OceanSphere
Engines

Mooring Winch

medium 650 models total
Winch for vessel mooring operations; split drum, auto-tension, constant-tension types.

46 manufacturers · 650 models

Hatlapa

50 ✓ 8 verified
HMW-50kN unverified
Pull Force (kN)
50
Type
Hydraulic Mooring Winch
EMW-50kN unverified
Pull Force (kN)
50
Type
Electric Mooring Winch
HMW-100kN unverified
Pull Force (kN)
100
Type
Hydraulic Mooring Winch
EMW-100kN unverified
Pull Force (kN)
100
Type
Electric Mooring Winch
HMW-150kN unverified
Pull Force (kN)
150
Type
Hydraulic Mooring Winch
EMW-150kN unverified
Pull Force (kN)
150
Type
Electric Mooring Winch
HMW-200kN unverified
Pull Force (kN)
200
Type
Hydraulic Mooring Winch
EMW-200kN unverified
Pull Force (kN)
200
Type
Electric Mooring Winch
HMW-250kN unverified
Pull Force (kN)
250
Type
Hydraulic Mooring Winch
EMW-250kN unverified
Pull Force (kN)
250
Type
Electric Mooring Winch
HMW-300kN unverified
Pull Force (kN)
300
Type
Hydraulic Mooring Winch
EMW-300kN unverified
Pull Force (kN)
300
Type
Electric Mooring Winch
HMW-400kN unverified
Pull Force (kN)
400
Type
Hydraulic Mooring Winch
EMW-400kN unverified
Pull Force (kN)
400
Type
Electric Mooring Winch
HMW-500kN unverified
Pull Force (kN)
500
Type
Hydraulic Mooring Winch
EMW-500kN unverified
Pull Force (kN)
500
Type
Electric Mooring Winch
HAT-MW-75kN-H unverified
Pull Force (kN)
75
Drive
Hydraulic
HAT-MW-75kN-E unverified
Pull Force (kN)
75
Drive
Electric
HAT-MW-125kN-H unverified
Pull Force (kN)
125
Drive
Hydraulic
HAT-MW-125kN-E unverified
Pull Force (kN)
125
Drive
Electric
HAT-MW-175kN-H unverified
Pull Force (kN)
175
Drive
Hydraulic
HAT-MW-175kN-E unverified
Pull Force (kN)
175
Drive
Electric
HAT-MW-225kN-H unverified
Pull Force (kN)
225
Drive
Hydraulic
HAT-MW-225kN-E unverified
Pull Force (kN)
225
Drive
Electric
HAT-MW-275kN-H unverified
Pull Force (kN)
275
Drive
Hydraulic
HAT-MW-275kN-E unverified
Pull Force (kN)
275
Drive
Electric
HAT-MW-350kN-H unverified
Pull Force (kN)
350
Drive
Hydraulic
HAT-MW-350kN-E unverified
Pull Force (kN)
350
Drive
Electric
HAT-MW-450kN-H unverified
Pull Force (kN)
450
Drive
Hydraulic
HAT-MW-450kN-E unverified
Pull Force (kN)
450
Drive
Electric
HAT-MW-550kN-H unverified
Pull Force (kN)
550
Drive
Hydraulic
HAT-MW-550kN-E unverified
Pull Force (kN)
550
Drive
Electric
HAT-MW-650kN-H unverified
Pull Force (kN)
650
Drive
Hydraulic
HAT-MW-650kN-E unverified
Pull Force (kN)
650
Drive
Electric
HAT-MW-700kN-H unverified
Pull Force (kN)
700
Drive
Hydraulic
HAT-MW-700kN-E unverified
Pull Force (kN)
700
Drive
Electric
HAT-MW-750kN-H unverified
Pull Force (kN)
750
Drive
Hydraulic
HAT-MW-750kN-E unverified
Pull Force (kN)
750
Drive
Electric
HAT-MW-850kN-H unverified
Pull Force (kN)
850
Drive
Hydraulic
HAT-MW-850kN-E unverified
Pull Force (kN)
850
Drive
Electric
HAT-MW-900kN-H unverified
Pull Force (kN)
900
Drive
Hydraulic
HAT-MW-900kN-E unverified
Pull Force (kN)
900
Drive
Electric
D-25436 ✓ verified
Application
Anchor Double Drum Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Compliance
    Check: Verify brake holding capacity is at least 80% of Minimum Breaking Load (MBL) per ISO 3730:2012 standards
  • Area: Load Testing and Certification
    Check: Confirm load testing records and brake rendering test certificates are current and meet MSC.1/Circ.1175 requirements
  • Area: Motor and Drive System Integrity
    Check: Inspect hydraulic or electric motor for proper sealing, corrosion resistance in marine environment, and verify no leaks or vibration anomalies
  • Area: Drum and Gearing Condition
    Check: Examine drum surface for damage, verify gearing operation, check for proper lubrication, and confirm chain spooling quality
  • Area: Electrical System Compliance (Electric Models)
    Check: For electric drive models: verify 3-phase power supply matches nameplate rating, test motor insulation resistance, check control system functionality and safety interlocks

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Model 6744 ✓ verified
Application
Electrical Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Compliance
    Check: Verify brake holding capacity is at least 80% of Minimum Breaking Load (MBL) per ISO 3730:2012 standards
  • Area: Load Testing and Certification
    Check: Confirm load testing records and brake rendering test certificates are current and meet MSC.1/Circ.1175 requirements
  • Area: Motor and Drive System Integrity
    Check: Inspect hydraulic or electric motor for proper sealing, corrosion resistance in marine environment, and verify no leaks or vibration anomalies
  • Area: Drum and Gearing Condition
    Check: Examine drum surface for damage, verify gearing operation, check for proper lubrication, and confirm chain spooling quality
  • Area: Electrical System Compliance (Electric Models)
    Check: For electric drive models: verify 3-phase power supply matches nameplate rating, test motor insulation resistance, check control system functionality and safety interlocks

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Hydraulic Motor Type 25245 ✓ verified
Application
Hydraulic Drive for Anchor & Mooring Winches
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Compliance
    Check: Verify brake holding capacity is at least 80% of Minimum Breaking Load (MBL) per ISO 3730:2012 standards
  • Area: Load Testing and Certification
    Check: Confirm load testing records and brake rendering test certificates are current and meet MSC.1/Circ.1175 requirements
  • Area: Motor and Drive System Integrity
    Check: Inspect hydraulic or electric motor for proper sealing, corrosion resistance in marine environment, and verify no leaks or vibration anomalies
  • Area: Drum and Gearing Condition
    Check: Examine drum surface for damage, verify gearing operation, check for proper lubrication, and confirm chain spooling quality
  • Area: Electrical System Compliance (Electric Models)
    Check: For electric drive models: verify 3-phase power supply matches nameplate rating, test motor insulation resistance, check control system functionality and safety interlocks

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Hydraulic Motor Type 25235 ✓ verified
Application
Hydraulic Drive for Anchor & Mooring Winches
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Compliance
    Check: Verify brake holding capacity is at least 80% of Minimum Breaking Load (MBL) per ISO 3730:2012 standards
  • Area: Load Testing and Certification
    Check: Confirm load testing records and brake rendering test certificates are current and meet MSC.1/Circ.1175 requirements
  • Area: Motor and Drive System Integrity
    Check: Inspect hydraulic or electric motor for proper sealing, corrosion resistance in marine environment, and verify no leaks or vibration anomalies
  • Area: Drum and Gearing Condition
    Check: Examine drum surface for damage, verify gearing operation, check for proper lubrication, and confirm chain spooling quality
  • Area: Electrical System Compliance (Electric Models)
    Check: For electric drive models: verify 3-phase power supply matches nameplate rating, test motor insulation resistance, check control system functionality and safety interlocks

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Hydraulic Motor Type 25215 ✓ verified
Application
Hydraulic Drive for Anchor & Mooring Winches
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Compliance
    Check: Verify brake holding capacity is at least 80% of Minimum Breaking Load (MBL) per ISO 3730:2012 standards
  • Area: Load Testing and Certification
    Check: Confirm load testing records and brake rendering test certificates are current and meet MSC.1/Circ.1175 requirements
  • Area: Motor and Drive System Integrity
    Check: Inspect hydraulic or electric motor for proper sealing, corrosion resistance in marine environment, and verify no leaks or vibration anomalies
  • Area: Drum and Gearing Condition
    Check: Examine drum surface for damage, verify gearing operation, check for proper lubrication, and confirm chain spooling quality
  • Area: Electrical System Compliance (Electric Models)
    Check: For electric drive models: verify 3-phase power supply matches nameplate rating, test motor insulation resistance, check control system functionality and safety interlocks

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Hydraulic Motor Type 25214 ✓ verified
Application
Hydraulic Drive for Anchor & Mooring Winches
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Compliance
    Check: Verify brake holding capacity is at least 80% of Minimum Breaking Load (MBL) per ISO 3730:2012 standards
  • Area: Load Testing and Certification
    Check: Confirm load testing records and brake rendering test certificates are current and meet MSC.1/Circ.1175 requirements
  • Area: Motor and Drive System Integrity
    Check: Inspect hydraulic or electric motor for proper sealing, corrosion resistance in marine environment, and verify no leaks or vibration anomalies
  • Area: Drum and Gearing Condition
    Check: Examine drum surface for damage, verify gearing operation, check for proper lubrication, and confirm chain spooling quality
  • Area: Electrical System Compliance (Electric Models)
    Check: For electric drive models: verify 3-phase power supply matches nameplate rating, test motor insulation resistance, check control system functionality and safety interlocks

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Mooring Winch - Electric Drive Series (30-500 kN range) ✓ verified
Application
Vessel Mooring and Anchor Handling
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Compliance
    Check: Verify brake holding capacity is at least 80% of Minimum Breaking Load (MBL) per ISO 3730:2012 standards
  • Area: Load Testing and Certification
    Check: Confirm load testing records and brake rendering test certificates are current and meet MSC.1/Circ.1175 requirements
  • Area: Motor and Drive System Integrity
    Check: Inspect hydraulic or electric motor for proper sealing, corrosion resistance in marine environment, and verify no leaks or vibration anomalies
  • Area: Drum and Gearing Condition
    Check: Examine drum surface for damage, verify gearing operation, check for proper lubrication, and confirm chain spooling quality
  • Area: Electrical System Compliance (Electric Models)
    Check: For electric drive models: verify 3-phase power supply matches nameplate rating, test motor insulation resistance, check control system functionality and safety interlocks

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Mooring Winch - Hydraulic Drive Series (30-500 kN range) ✓ verified
Application
Vessel Mooring and Anchor Handling
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Compliance
    Check: Verify brake holding capacity is at least 80% of Minimum Breaking Load (MBL) per ISO 3730:2012 standards
  • Area: Load Testing and Certification
    Check: Confirm load testing records and brake rendering test certificates are current and meet MSC.1/Circ.1175 requirements
  • Area: Motor and Drive System Integrity
    Check: Inspect hydraulic or electric motor for proper sealing, corrosion resistance in marine environment, and verify no leaks or vibration anomalies
  • Area: Drum and Gearing Condition
    Check: Examine drum surface for damage, verify gearing operation, check for proper lubrication, and confirm chain spooling quality
  • Area: Electrical System Compliance (Electric Models)
    Check: For electric drive models: verify 3-phase power supply matches nameplate rating, test motor insulation resistance, check control system functionality and safety interlocks

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

DMT Marine Equipment SA

40 ✓ 40 verified
MW-010-H700kN ✓ verified
Application
Standard Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

MW-020-E250kN ✓ verified
Application
Standard Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

MW-010-H400kN ✓ verified
Application
Standard Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

SLW-020-H450kN ✓ verified
Application
Spring-line Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

MW-022-H140kN ✓ verified
Application
Standard Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

MW-010-H70kN ✓ verified
Application
Standard Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

MW-011-H55kN ✓ verified
Application
Standard Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

MW-011-E150kN ✓ verified
Application
Standard Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

MW-011-E110kN ✓ verified
Application
Standard Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

MW-010-E100kN ✓ verified
Application
Standard Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

MW-011-E80kN ✓ verified
Application
Standard Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

MW-010-E50kN ✓ verified
Application
Standard Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

MW-010-E20kN ✓ verified
Application
Standard Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AMW-111-E-44-U3 ✓ verified
Application
Anchor Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AMW-E64u3 ✓ verified
Application
Anchor Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AMW-E50k3 ✓ verified
Application
Anchor Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AMW-E48k3 ✓ verified
Application
Anchor Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AMW-E46k3 ✓ verified
Application
Anchor Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AMW-E40k2 ✓ verified
Application
Anchor Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AMW-E40u3 ✓ verified
Application
Anchor Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AMW-E38k2 ✓ verified
Application
Anchor Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AMW-E36k3 ✓ verified
Application
Anchor Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AMW-E34k3 ✓ verified
Application
Anchor Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AMW-E30k3 ✓ verified
Application
Anchor Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AMW-E28c ✓ verified
Application
Anchor Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AMW-E28k2 ✓ verified
Application
Anchor Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AMW-E26k2 ✓ verified
Application
Anchor Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AMW-E22k3 ✓ verified
Application
Anchor Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AMW-E22c ✓ verified
Application
Anchor Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AMW-E22u2 ✓ verified
Application
Anchor Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AMW-H60k3 ✓ verified
Application
Anchor Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AMW-H58k3 ✓ verified
Application
Anchor Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AMW-H48k3 ✓ verified
Application
Anchor Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AMW-H28c ✓ verified
Application
Anchor Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AMW-H19k2 ✓ verified
Application
Anchor Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

LMW-900kN ✓ verified
Application
Longitudinal Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

WW-010-E120kN ✓ verified
Application
Walking Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

WW-010-E45kN ✓ verified
Application
Walking Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

MW-010-E130kN ✓ verified
Application
Slipway Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

SW-010-E120kN ✓ verified
Application
Slipway Mooring Winch
Common Failures & Inspection Points
  • Area: Brake Holding Capacity Degradation
    Check: Annual brake holding capacity test required; minimum 80% of mooring rope breaking strength; check for oil, moisture, rust on brake lining/drum (can reduce capacity by up to 75%); brake lining thickness must not exceed 40% wear (renew if residual thickness less than 60% of original)
  • Area: Rope/Chain and Drum Condition
    Check: Verify correct rope diameter and length; inspect for wear and damage; check layering on tension drum (capacity only achieved with single layer); monitor for corrosion; verify proper seating in drum grooves
  • Area: Brake and Clutch Mechanism Functionality
    Check: Monthly: verify free movement of clutch mechanism and brake linkages; check for excessive wear on clutch and brake components; verify linkages are not stuck (restricted movement causes brake capacity loss); monthly greasing per schedule
  • Area: Drive System (Hydraulic/Electric) Performance
    Check: Hydraulic: implement hour-based PM scheduling for hydraulic motors; check for leaks and fluid condition. Electric: test insulation resistance; perform visual inspection for corrosion; verify proper motor function under load
  • Area: Structural Integrity and Foundation Stability
    Check: Verify foundation bolt torque per design specifications; inspect for cracks or deformation in winch housing; check welds for fatigue damage; ensure proper alignment of all shaft components; verify grouting integrity under mounting feet

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Adria Winch

28 ✓ 5 verified
AW-EMW-200 Electric Mooring Winch
200 kN · Anchor Chain / Mooring Lines
Brake capacity (kN)
400
Wire diameter (mm)
36
Drive
electric
Common Failures & Inspection Points
  • Motor brush wear
  • Gearbox oil contamination
  • Brake adjustment drift
Service: Replace motor brushes at 5000 hours; use synthetic gearbox oil.
Spare Parts: Adria Winch: Bremsbeläge an Bord vorhalten. Lead time: 3-6 Wochen.
AW-HMW-300 Hydraulic Mooring Winch
300 kN · Anchor Chain / Mooring Lines
Brake capacity (kN)
600
Wire diameter (mm)
42
Drive
hydraulic
Common Failures & Inspection Points
  • Hydraulic hose chafing
  • Drum seal extrusion
  • Brake disc cracking
Service: Route hydraulic hoses clear of moving parts; NDT brake disc at dry-dock.
Spare Parts: Adria Winch: Bremsbeläge an Bord vorhalten. Lead time: 3-6 Wochen.
AMW-50kN unverified
Pull Force (kN)
50
AMW-100kN unverified
Pull Force (kN)
100
AMW-150kN unverified
Pull Force (kN)
150
AMW-200kN unverified
Pull Force (kN)
200
AMW-250kN unverified
Pull Force (kN)
250
AMW-300kN unverified
Pull Force (kN)
300
AMW-400kN unverified
Pull Force (kN)
400
AW-MW-75kN-H unverified
Pull Force (kN)
75
Drive
Hydraulic
AW-MW-75kN-E unverified
Pull Force (kN)
75
Drive
Electric
AW-MW-125kN-H unverified
Pull Force (kN)
125
Drive
Hydraulic
AW-MW-125kN-E unverified
Pull Force (kN)
125
Drive
Electric
AW-MW-175kN-H unverified
Pull Force (kN)
175
Drive
Hydraulic
AW-MW-175kN-E unverified
Pull Force (kN)
175
Drive
Electric
AW-MW-225kN-H unverified
Pull Force (kN)
225
Drive
Hydraulic
AW-MW-225kN-E unverified
Pull Force (kN)
225
Drive
Electric
AW-MW-275kN-H unverified
Pull Force (kN)
275
Drive
Hydraulic
AW-MW-275kN-E unverified
Pull Force (kN)
275
Drive
Electric
AW-MW-350kN-H unverified
Pull Force (kN)
350
Drive
Hydraulic
AW-MW-350kN-E unverified
Pull Force (kN)
350
Drive
Electric
AW-MW-450kN-H unverified
Pull Force (kN)
450
Drive
Hydraulic
AW-MW-450kN-E unverified
Pull Force (kN)
450
Drive
Electric
AW 46 K3 ✓ verified
Application
Hydraulic Anchor-Mooring Winch
Common Failures & Inspection Points
  • Area: Transmission Housing Integrity - Verify fully sealed transmission housing shows no corrosion, cracks, or oil seepage indicating compromised seal integrity
    Check: Visual inspection for cracks, corrosion, leakage around housing joints and seal areas; pressure test if available
  • Area: Gearbox and Shaft Condition - Assess high-quality cast alloy steel components for fatigue cracks, pitting, or deformation under load-bearing surfaces
    Check: Magnetic particle inspection (MPI) or ultrasonic testing for internal cracks; visual inspection for surface pitting and corrosion
  • Area: Brake System Function - Verify fail-safe brakes (manual or hydraulic-operated) engage fully and hold rated loads without slippage
    Check: Load holding test at rated capacity; brake torque verification; inspect brake rim (stainless steel if applicable) for wear
  • Area: Marine Coating/Metallization Protection - Check steel frame and gearbox coatings (metalized or marine-grade) for adhesion, blistering, or delamination indicatin
    Check: Cross-section cutting/salt spray testing per ISO 12944; adhesion testing (pull-off test); visual inspection for coating breakdown
  • Area: Oil-Bath Lubrication System - Inspect transmission oil-bath level, condition, and filtration to prevent premature gear wear and bearing failure
    Check: Oil sample analysis (TAN, viscosity, particle count); visual inspection of oil color/clarity; verify breather condition and seal integrity

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AW 44 K3 ✓ verified
Application
Hydraulic Anchor-Mooring Winch
Common Failures & Inspection Points
  • Area: Transmission Housing Integrity - Verify fully sealed transmission housing shows no corrosion, cracks, or oil seepage indicating compromised seal integrity
    Check: Visual inspection for cracks, corrosion, leakage around housing joints and seal areas; pressure test if available
  • Area: Gearbox and Shaft Condition - Assess high-quality cast alloy steel components for fatigue cracks, pitting, or deformation under load-bearing surfaces
    Check: Magnetic particle inspection (MPI) or ultrasonic testing for internal cracks; visual inspection for surface pitting and corrosion
  • Area: Brake System Function - Verify fail-safe brakes (manual or hydraulic-operated) engage fully and hold rated loads without slippage
    Check: Load holding test at rated capacity; brake torque verification; inspect brake rim (stainless steel if applicable) for wear
  • Area: Marine Coating/Metallization Protection - Check steel frame and gearbox coatings (metalized or marine-grade) for adhesion, blistering, or delamination indicatin
    Check: Cross-section cutting/salt spray testing per ISO 12944; adhesion testing (pull-off test); visual inspection for coating breakdown
  • Area: Oil-Bath Lubrication System - Inspect transmission oil-bath level, condition, and filtration to prevent premature gear wear and bearing failure
    Check: Oil sample analysis (TAN, viscosity, particle count); visual inspection of oil color/clarity; verify breather condition and seal integrity

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AW 20.5 K2 ✓ verified
Application
Electric Anchor-Mooring Capstan
Common Failures & Inspection Points
  • Area: Transmission Housing Integrity - Verify fully sealed transmission housing shows no corrosion, cracks, or oil seepage indicating compromised seal integrity
    Check: Visual inspection for cracks, corrosion, leakage around housing joints and seal areas; pressure test if available
  • Area: Gearbox and Shaft Condition - Assess high-quality cast alloy steel components for fatigue cracks, pitting, or deformation under load-bearing surfaces
    Check: Magnetic particle inspection (MPI) or ultrasonic testing for internal cracks; visual inspection for surface pitting and corrosion
  • Area: Brake System Function - Verify fail-safe brakes (manual or hydraulic-operated) engage fully and hold rated loads without slippage
    Check: Load holding test at rated capacity; brake torque verification; inspect brake rim (stainless steel if applicable) for wear
  • Area: Marine Coating/Metallization Protection - Check steel frame and gearbox coatings (metalized or marine-grade) for adhesion, blistering, or delamination indicatin
    Check: Cross-section cutting/salt spray testing per ISO 12944; adhesion testing (pull-off test); visual inspection for coating breakdown
  • Area: Oil-Bath Lubrication System - Inspect transmission oil-bath level, condition, and filtration to prevent premature gear wear and bearing failure
    Check: Oil sample analysis (TAN, viscosity, particle count); visual inspection of oil color/clarity; verify breather condition and seal integrity

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AW Mooring Winch 100 kN ✓ verified
Application
Hydraulic Mooring Winch
Common Failures & Inspection Points
  • Area: Transmission Housing Integrity - Verify fully sealed transmission housing shows no corrosion, cracks, or oil seepage indicating compromised seal integrity
    Check: Visual inspection for cracks, corrosion, leakage around housing joints and seal areas; pressure test if available
  • Area: Gearbox and Shaft Condition - Assess high-quality cast alloy steel components for fatigue cracks, pitting, or deformation under load-bearing surfaces
    Check: Magnetic particle inspection (MPI) or ultrasonic testing for internal cracks; visual inspection for surface pitting and corrosion
  • Area: Brake System Function - Verify fail-safe brakes (manual or hydraulic-operated) engage fully and hold rated loads without slippage
    Check: Load holding test at rated capacity; brake torque verification; inspect brake rim (stainless steel if applicable) for wear
  • Area: Marine Coating/Metallization Protection - Check steel frame and gearbox coatings (metalized or marine-grade) for adhesion, blistering, or delamination indicatin
    Check: Cross-section cutting/salt spray testing per ISO 12944; adhesion testing (pull-off test); visual inspection for coating breakdown
  • Area: Oil-Bath Lubrication System - Inspect transmission oil-bath level, condition, and filtration to prevent premature gear wear and bearing failure
    Check: Oil sample analysis (TAN, viscosity, particle count); visual inspection of oil color/clarity; verify breather condition and seal integrity

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AW Mooring Capstan 70 kN ✓ verified
Application
Hydraulic Mooring Capstan
Common Failures & Inspection Points
  • Area: Transmission Housing Integrity - Verify fully sealed transmission housing shows no corrosion, cracks, or oil seepage indicating compromised seal integrity
    Check: Visual inspection for cracks, corrosion, leakage around housing joints and seal areas; pressure test if available
  • Area: Gearbox and Shaft Condition - Assess high-quality cast alloy steel components for fatigue cracks, pitting, or deformation under load-bearing surfaces
    Check: Magnetic particle inspection (MPI) or ultrasonic testing for internal cracks; visual inspection for surface pitting and corrosion
  • Area: Brake System Function - Verify fail-safe brakes (manual or hydraulic-operated) engage fully and hold rated loads without slippage
    Check: Load holding test at rated capacity; brake torque verification; inspect brake rim (stainless steel if applicable) for wear
  • Area: Marine Coating/Metallization Protection - Check steel frame and gearbox coatings (metalized or marine-grade) for adhesion, blistering, or delamination indicatin
    Check: Cross-section cutting/salt spray testing per ISO 12944; adhesion testing (pull-off test); visual inspection for coating breakdown
  • Area: Oil-Bath Lubrication System - Inspect transmission oil-bath level, condition, and filtration to prevent premature gear wear and bearing failure
    Check: Oil sample analysis (TAN, viscosity, particle count); visual inspection of oil color/clarity; verify breather condition and seal integrity

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

DMT Marine Equipment

10 ✓ 8 verified
DMT-HMW-200 Hydraulic Mooring Winch
200 kN · Anchor Chain / Mooring Lines
Brake capacity (kN)
400
Wire diameter (mm)
36
Drive
hydraulic
Common Failures & Inspection Points
  • Hydraulic motor internal leakage
  • Wire rope fleet angle error
  • Brake lining delamination
Service: Monitor motor case drain flow; correct fleet angle with fairlead adjustment.
Spare Parts: DMT Marine Equipment: Bremsbeläge an Bord vorhalten. Lead time: 3-6 Wochen.
DMT-EMW-250 Electric Mooring Winch
250 kN · Anchor Chain / Mooring Lines
Brake capacity (kN)
500
Wire diameter (mm)
40
Drive
electric
Common Failures & Inspection Points
  • Slip ring brush wear
  • Encoder contamination
  • Drum flange bolt loosening
Service: Replace slip ring brushes at 4000 hours; torque drum flange bolts quarterly.
Spare Parts: DMT Marine Equipment: Bremsbeläge an Bord vorhalten. Lead time: 3-6 Wochen.
MW-H600 Point Mooring System ✓ verified
Application
Cable laying vessel mooring system (6-point configuration)
Common Failures & Inspection Points
  • Area: Bandbremse / Bremssystem - Verschleiß und Verschmutzung der Bremsbelage kontrollieren
    Check: Bandbremse / Bremssystem - Verschleiß und Verschmutzung der Bremsbelage kontrollieren
  • Area: Hydraulikkupplung - Dichtheit prüfen, Hydraulikflüssigkeitsstand überprüfen
    Check: Hydraulikkupplung - Dichtheit prüfen, Hydraulikflüssigkeitsstand überprüfen
  • Area: Kettennuss/Sprocket - Verschleiß an Zähnen, Kettennuss-Durchmesser Reduktion
    Check: Kettennuss/Sprocket - Verschleiß an Zähnen, Kettennuss-Durchmesser Reduktion
  • Area: Kettenlager und Lager - Verschleiß, Lagerspiel, Geräusche kontrollieren
    Check: Kettenlager und Lager - Verschleiß, Lagerspiel, Geräusche kontrollieren
  • Area: Hydraulische Steuerventile - Funktionsprüfung, Dichtheit, Verschleiß
    Check: Hydraulische Steuerventile - Funktionsprüfung, Dichtheit, Verschleiß
  • Area: Drahtseiltrommel - Risse, Verschleiß, Kratzer, Verschmutzung
    Check: Drahtseiltrommel - Risse, Verschleiß, Kratzer, Verschmutzung
  • Area: Sicherheitsvorrichtungen - Notfall-Lösevorrichtung, Überlaststopp, Verschleißschutz testen
    Check: Sicherheitsvorrichtungen - Notfall-Lösevorrichtung, Überlaststopp, Verschleißschutz testen
  • Area: Welle und Gelenkkupplungen - Verschleiß, Risse, Korrosion, Verschmutzung durch Salzwasser
    Check: Welle und Gelenkkupplungen - Verschleiß, Risse, Korrosion, Verschmutzung durch Salzwasser

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

MW-H500 Point Mooring System ✓ verified
Application
Cable laying barge mooring system (4-point configuration)
Common Failures & Inspection Points
  • Area: Bandbremse / Bremssystem - Verschleiß und Verschmutzung der Bremsbelage kontrollieren
    Check: Bandbremse / Bremssystem - Verschleiß und Verschmutzung der Bremsbelage kontrollieren
  • Area: Hydraulikkupplung - Dichtheit prüfen, Hydraulikflüssigkeitsstand überprüfen
    Check: Hydraulikkupplung - Dichtheit prüfen, Hydraulikflüssigkeitsstand überprüfen
  • Area: Kettennuss/Sprocket - Verschleiß an Zähnen, Kettennuss-Durchmesser Reduktion
    Check: Kettennuss/Sprocket - Verschleiß an Zähnen, Kettennuss-Durchmesser Reduktion
  • Area: Kettenlager und Lager - Verschleiß, Lagerspiel, Geräusche kontrollieren
    Check: Kettenlager und Lager - Verschleiß, Lagerspiel, Geräusche kontrollieren
  • Area: Hydraulische Steuerventile - Funktionsprüfung, Dichtheit, Verschleiß
    Check: Hydraulische Steuerventile - Funktionsprüfung, Dichtheit, Verschleiß
  • Area: Drahtseiltrommel - Risse, Verschleiß, Kratzer, Verschmutzung
    Check: Drahtseiltrommel - Risse, Verschleiß, Kratzer, Verschmutzung
  • Area: Sicherheitsvorrichtungen - Notfall-Lösevorrichtung, Überlaststopp, Verschleißschutz testen
    Check: Sicherheitsvorrichtungen - Notfall-Lösevorrichtung, Überlaststopp, Verschleißschutz testen
  • Area: Welle und Gelenkkupplungen - Verschleiß, Risse, Korrosion, Verschmutzung durch Salzwasser
    Check: Welle und Gelenkkupplungen - Verschleiß, Risse, Korrosion, Verschmutzung durch Salzwasser

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Longitudinal Mooring Winch ✓ verified
Application
Immersed tunnel installation and assembly operations
Common Failures & Inspection Points
  • Area: Bandbremse / Bremssystem - Verschleiß und Verschmutzung der Bremsbelage kontrollieren
    Check: Bandbremse / Bremssystem - Verschleiß und Verschmutzung der Bremsbelage kontrollieren
  • Area: Hydraulikkupplung - Dichtheit prüfen, Hydraulikflüssigkeitsstand überprüfen
    Check: Hydraulikkupplung - Dichtheit prüfen, Hydraulikflüssigkeitsstand überprüfen
  • Area: Kettennuss/Sprocket - Verschleiß an Zähnen, Kettennuss-Durchmesser Reduktion
    Check: Kettennuss/Sprocket - Verschleiß an Zähnen, Kettennuss-Durchmesser Reduktion
  • Area: Kettenlager und Lager - Verschleiß, Lagerspiel, Geräusche kontrollieren
    Check: Kettenlager und Lager - Verschleiß, Lagerspiel, Geräusche kontrollieren
  • Area: Hydraulische Steuerventile - Funktionsprüfung, Dichtheit, Verschleiß
    Check: Hydraulische Steuerventile - Funktionsprüfung, Dichtheit, Verschleiß
  • Area: Drahtseiltrommel - Risse, Verschleiß, Kratzer, Verschmutzung
    Check: Drahtseiltrommel - Risse, Verschleiß, Kratzer, Verschmutzung
  • Area: Sicherheitsvorrichtungen - Notfall-Lösevorrichtung, Überlaststopp, Verschleißschutz testen
    Check: Sicherheitsvorrichtungen - Notfall-Lösevorrichtung, Überlaststopp, Verschleißschutz testen
  • Area: Welle und Gelenkkupplungen - Verschleiß, Risse, Korrosion, Verschmutzung durch Salzwasser
    Check: Welle und Gelenkkupplungen - Verschleiß, Risse, Korrosion, Verschmutzung durch Salzwasser

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Transverse Mooring Winch ✓ verified
Application
Immersed tunnel installation (Fehmarnbelt tunnel project)
Common Failures & Inspection Points
  • Area: Bandbremse / Bremssystem - Verschleiß und Verschmutzung der Bremsbelage kontrollieren
    Check: Bandbremse / Bremssystem - Verschleiß und Verschmutzung der Bremsbelage kontrollieren
  • Area: Hydraulikkupplung - Dichtheit prüfen, Hydraulikflüssigkeitsstand überprüfen
    Check: Hydraulikkupplung - Dichtheit prüfen, Hydraulikflüssigkeitsstand überprüfen
  • Area: Kettennuss/Sprocket - Verschleiß an Zähnen, Kettennuss-Durchmesser Reduktion
    Check: Kettennuss/Sprocket - Verschleiß an Zähnen, Kettennuss-Durchmesser Reduktion
  • Area: Kettenlager und Lager - Verschleiß, Lagerspiel, Geräusche kontrollieren
    Check: Kettenlager und Lager - Verschleiß, Lagerspiel, Geräusche kontrollieren
  • Area: Hydraulische Steuerventile - Funktionsprüfung, Dichtheit, Verschleiß
    Check: Hydraulische Steuerventile - Funktionsprüfung, Dichtheit, Verschleiß
  • Area: Drahtseiltrommel - Risse, Verschleiß, Kratzer, Verschmutzung
    Check: Drahtseiltrommel - Risse, Verschleiß, Kratzer, Verschmutzung
  • Area: Sicherheitsvorrichtungen - Notfall-Lösevorrichtung, Überlaststopp, Verschleißschutz testen
    Check: Sicherheitsvorrichtungen - Notfall-Lösevorrichtung, Überlaststopp, Verschleißschutz testen
  • Area: Welle und Gelenkkupplungen - Verschleiß, Risse, Korrosion, Verschmutzung durch Salzwasser
    Check: Welle und Gelenkkupplungen - Verschleiß, Risse, Korrosion, Verschmutzung durch Salzwasser

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Walking Mooring Winch 120 kN ✓ verified
Application
Commercial shipping and offshore vessel mooring
Common Failures & Inspection Points
  • Area: Bandbremse / Bremssystem - Verschleiß und Verschmutzung der Bremsbelage kontrollieren
    Check: Bandbremse / Bremssystem - Verschleiß und Verschmutzung der Bremsbelage kontrollieren
  • Area: Hydraulikkupplung - Dichtheit prüfen, Hydraulikflüssigkeitsstand überprüfen
    Check: Hydraulikkupplung - Dichtheit prüfen, Hydraulikflüssigkeitsstand überprüfen
  • Area: Kettennuss/Sprocket - Verschleiß an Zähnen, Kettennuss-Durchmesser Reduktion
    Check: Kettennuss/Sprocket - Verschleiß an Zähnen, Kettennuss-Durchmesser Reduktion
  • Area: Kettenlager und Lager - Verschleiß, Lagerspiel, Geräusche kontrollieren
    Check: Kettenlager und Lager - Verschleiß, Lagerspiel, Geräusche kontrollieren
  • Area: Hydraulische Steuerventile - Funktionsprüfung, Dichtheit, Verschleiß
    Check: Hydraulische Steuerventile - Funktionsprüfung, Dichtheit, Verschleiß
  • Area: Drahtseiltrommel - Risse, Verschleiß, Kratzer, Verschmutzung
    Check: Drahtseiltrommel - Risse, Verschleiß, Kratzer, Verschmutzung
  • Area: Sicherheitsvorrichtungen - Notfall-Lösevorrichtung, Überlaststopp, Verschleißschutz testen
    Check: Sicherheitsvorrichtungen - Notfall-Lösevorrichtung, Überlaststopp, Verschleißschutz testen
  • Area: Welle und Gelenkkupplungen - Verschleiß, Risse, Korrosion, Verschmutzung durch Salzwasser
    Check: Welle und Gelenkkupplungen - Verschleiß, Risse, Korrosion, Verschmutzung durch Salzwasser

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Walking Mooring Winch 45 kN ✓ verified
Application
Commercial shipping and offshore vessel mooring
Common Failures & Inspection Points
  • Area: Bandbremse / Bremssystem - Verschleiß und Verschmutzung der Bremsbelage kontrollieren
    Check: Bandbremse / Bremssystem - Verschleiß und Verschmutzung der Bremsbelage kontrollieren
  • Area: Hydraulikkupplung - Dichtheit prüfen, Hydraulikflüssigkeitsstand überprüfen
    Check: Hydraulikkupplung - Dichtheit prüfen, Hydraulikflüssigkeitsstand überprüfen
  • Area: Kettennuss/Sprocket - Verschleiß an Zähnen, Kettennuss-Durchmesser Reduktion
    Check: Kettennuss/Sprocket - Verschleiß an Zähnen, Kettennuss-Durchmesser Reduktion
  • Area: Kettenlager und Lager - Verschleiß, Lagerspiel, Geräusche kontrollieren
    Check: Kettenlager und Lager - Verschleiß, Lagerspiel, Geräusche kontrollieren
  • Area: Hydraulische Steuerventile - Funktionsprüfung, Dichtheit, Verschleiß
    Check: Hydraulische Steuerventile - Funktionsprüfung, Dichtheit, Verschleiß
  • Area: Drahtseiltrommel - Risse, Verschleiß, Kratzer, Verschmutzung
    Check: Drahtseiltrommel - Risse, Verschleiß, Kratzer, Verschmutzung
  • Area: Sicherheitsvorrichtungen - Notfall-Lösevorrichtung, Überlaststopp, Verschleißschutz testen
    Check: Sicherheitsvorrichtungen - Notfall-Lösevorrichtung, Überlaststopp, Verschleißschutz testen
  • Area: Welle und Gelenkkupplungen - Verschleiß, Risse, Korrosion, Verschmutzung durch Salzwasser
    Check: Welle und Gelenkkupplungen - Verschleiß, Risse, Korrosion, Verschmutzung durch Salzwasser

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

BUMI ARMADA ✓ verified
Application
Ship mooring with automatic/manual tensioning
Common Failures & Inspection Points
  • Area: Bandbremse / Bremssystem - Verschleiß und Verschmutzung der Bremsbelage kontrollieren
    Check: Bandbremse / Bremssystem - Verschleiß und Verschmutzung der Bremsbelage kontrollieren
  • Area: Hydraulikkupplung - Dichtheit prüfen, Hydraulikflüssigkeitsstand überprüfen
    Check: Hydraulikkupplung - Dichtheit prüfen, Hydraulikflüssigkeitsstand überprüfen
  • Area: Kettennuss/Sprocket - Verschleiß an Zähnen, Kettennuss-Durchmesser Reduktion
    Check: Kettennuss/Sprocket - Verschleiß an Zähnen, Kettennuss-Durchmesser Reduktion
  • Area: Kettenlager und Lager - Verschleiß, Lagerspiel, Geräusche kontrollieren
    Check: Kettenlager und Lager - Verschleiß, Lagerspiel, Geräusche kontrollieren
  • Area: Hydraulische Steuerventile - Funktionsprüfung, Dichtheit, Verschleiß
    Check: Hydraulische Steuerventile - Funktionsprüfung, Dichtheit, Verschleiß
  • Area: Drahtseiltrommel - Risse, Verschleiß, Kratzer, Verschmutzung
    Check: Drahtseiltrommel - Risse, Verschleiß, Kratzer, Verschmutzung
  • Area: Sicherheitsvorrichtungen - Notfall-Lösevorrichtung, Überlaststopp, Verschleißschutz testen
    Check: Sicherheitsvorrichtungen - Notfall-Lösevorrichtung, Überlaststopp, Verschleißschutz testen
  • Area: Welle und Gelenkkupplungen - Verschleiß, Risse, Korrosion, Verschmutzung durch Salzwasser
    Check: Welle und Gelenkkupplungen - Verschleiß, Risse, Korrosion, Verschmutzung durch Salzwasser

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

AMW 111 Anchor Mooring Winch ✓ verified
Application
Anchor/mooring operations with chain lifting capability
Common Failures & Inspection Points
  • Area: Bandbremse / Bremssystem - Verschleiß und Verschmutzung der Bremsbelage kontrollieren
    Check: Bandbremse / Bremssystem - Verschleiß und Verschmutzung der Bremsbelage kontrollieren
  • Area: Hydraulikkupplung - Dichtheit prüfen, Hydraulikflüssigkeitsstand überprüfen
    Check: Hydraulikkupplung - Dichtheit prüfen, Hydraulikflüssigkeitsstand überprüfen
  • Area: Kettennuss/Sprocket - Verschleiß an Zähnen, Kettennuss-Durchmesser Reduktion
    Check: Kettennuss/Sprocket - Verschleiß an Zähnen, Kettennuss-Durchmesser Reduktion
  • Area: Kettenlager und Lager - Verschleiß, Lagerspiel, Geräusche kontrollieren
    Check: Kettenlager und Lager - Verschleiß, Lagerspiel, Geräusche kontrollieren
  • Area: Hydraulische Steuerventile - Funktionsprüfung, Dichtheit, Verschleiß
    Check: Hydraulische Steuerventile - Funktionsprüfung, Dichtheit, Verschleiß
  • Area: Drahtseiltrommel - Risse, Verschleiß, Kratzer, Verschmutzung
    Check: Drahtseiltrommel - Risse, Verschleiß, Kratzer, Verschmutzung
  • Area: Sicherheitsvorrichtungen - Notfall-Lösevorrichtung, Überlaststopp, Verschleißschutz testen
    Check: Sicherheitsvorrichtungen - Notfall-Lösevorrichtung, Überlaststopp, Verschleißschutz testen
  • Area: Welle und Gelenkkupplungen - Verschleiß, Risse, Korrosion, Verschmutzung durch Salzwasser
    Check: Welle und Gelenkkupplungen - Verschleiß, Risse, Korrosion, Verschmutzung durch Salzwasser

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Rolls-Royce Brattvaag

8 ✓ 8 verified
MW 165 H ✓ verified
Application
Mooring Winch
Common Failures & Inspection Points
  • Area: Brake contamination from oil and moisture reduces holding capacity by up to 75%
    Check: Conduct annual brake render tests; inspect brake drums for rust buildup and worn material requiring replacement; verify correct brake setting typically around 60% of Ship Design Minimum Breaking Load (SDMBL)
  • Area: Contaminated gear oil causes premature wear and system failure
    Check: Inspect gear oil regularly through the inspection cover; whitish discoloration indicates contamination requiring immediate oil change
  • Area: Restricted brake linkage movement causes false operator confidence and loss of brake effectiveness
    Check: Test all brake linkages for free movement; identify and lubricate any corroded or stuck connections
  • Area: Inadequate lubrication of rotating components leads to accelerated wear and failure
    Check: Move and lubricate all rotating parts (fairlead rollers, winch drums, deck stands) on frequent basis; maintain lubrication records
  • Area: Damaged synthetic hawsers and wire ropes lead to mooring line breakage under tension
    Check: Visually inspect synthetic hawsers, heaving lines and messenger ropes for damage, chafing and kinks; rotate and grease wire ropes regularly; replace if >10% of strands are broken within 8-diameter lengths

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

MW 200F/AW50K3 ✓ verified
Application
Windlass/Mooring Winch Combination
Common Failures & Inspection Points
  • Area: Brake contamination from oil and moisture reduces holding capacity by up to 75%
    Check: Conduct annual brake render tests; inspect brake drums for rust buildup and worn material requiring replacement; verify correct brake setting typically around 60% of Ship Design Minimum Breaking Load (SDMBL)
  • Area: Contaminated gear oil causes premature wear and system failure
    Check: Inspect gear oil regularly through the inspection cover; whitish discoloration indicates contamination requiring immediate oil change
  • Area: Restricted brake linkage movement causes false operator confidence and loss of brake effectiveness
    Check: Test all brake linkages for free movement; identify and lubricate any corroded or stuck connections
  • Area: Inadequate lubrication of rotating components leads to accelerated wear and failure
    Check: Move and lubricate all rotating parts (fairlead rollers, winch drums, deck stands) on frequent basis; maintain lubrication records
  • Area: Damaged synthetic hawsers and wire ropes lead to mooring line breakage under tension
    Check: Visually inspect synthetic hawsers, heaving lines and messenger ropes for damage, chafing and kinks; rotate and grease wire ropes regularly; replace if >10% of strands are broken within 8-diameter lengths

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

MW 250 HA ✓ verified
Application
Mooring Windlass System
Common Failures & Inspection Points
  • Area: Brake contamination from oil and moisture reduces holding capacity by up to 75%
    Check: Conduct annual brake render tests; inspect brake drums for rust buildup and worn material requiring replacement; verify correct brake setting typically around 60% of Ship Design Minimum Breaking Load (SDMBL)
  • Area: Contaminated gear oil causes premature wear and system failure
    Check: Inspect gear oil regularly through the inspection cover; whitish discoloration indicates contamination requiring immediate oil change
  • Area: Restricted brake linkage movement causes false operator confidence and loss of brake effectiveness
    Check: Test all brake linkages for free movement; identify and lubricate any corroded or stuck connections
  • Area: Inadequate lubrication of rotating components leads to accelerated wear and failure
    Check: Move and lubricate all rotating parts (fairlead rollers, winch drums, deck stands) on frequent basis; maintain lubrication records
  • Area: Damaged synthetic hawsers and wire ropes lead to mooring line breakage under tension
    Check: Visually inspect synthetic hawsers, heaving lines and messenger ropes for damage, chafing and kinks; rotate and grease wire ropes regularly; replace if >10% of strands are broken within 8-diameter lengths

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

SL 150W-2T ✓ verified
Application
Towing Winch
Common Failures & Inspection Points
  • Area: Brake contamination from oil and moisture reduces holding capacity by up to 75%
    Check: Conduct annual brake render tests; inspect brake drums for rust buildup and worn material requiring replacement; verify correct brake setting typically around 60% of Ship Design Minimum Breaking Load (SDMBL)
  • Area: Contaminated gear oil causes premature wear and system failure
    Check: Inspect gear oil regularly through the inspection cover; whitish discoloration indicates contamination requiring immediate oil change
  • Area: Restricted brake linkage movement causes false operator confidence and loss of brake effectiveness
    Check: Test all brake linkages for free movement; identify and lubricate any corroded or stuck connections
  • Area: Inadequate lubrication of rotating components leads to accelerated wear and failure
    Check: Move and lubricate all rotating parts (fairlead rollers, winch drums, deck stands) on frequent basis; maintain lubrication records
  • Area: Damaged synthetic hawsers and wire ropes lead to mooring line breakage under tension
    Check: Visually inspect synthetic hawsers, heaving lines and messenger ropes for damage, chafing and kinks; rotate and grease wire ropes regularly; replace if >10% of strands are broken within 8-diameter lengths

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

SL 200WX-B2T ✓ verified
Application
Towing Winch with Heave Compensation
Common Failures & Inspection Points
  • Area: Brake contamination from oil and moisture reduces holding capacity by up to 75%
    Check: Conduct annual brake render tests; inspect brake drums for rust buildup and worn material requiring replacement; verify correct brake setting typically around 60% of Ship Design Minimum Breaking Load (SDMBL)
  • Area: Contaminated gear oil causes premature wear and system failure
    Check: Inspect gear oil regularly through the inspection cover; whitish discoloration indicates contamination requiring immediate oil change
  • Area: Restricted brake linkage movement causes false operator confidence and loss of brake effectiveness
    Check: Test all brake linkages for free movement; identify and lubricate any corroded or stuck connections
  • Area: Inadequate lubrication of rotating components leads to accelerated wear and failure
    Check: Move and lubricate all rotating parts (fairlead rollers, winch drums, deck stands) on frequent basis; maintain lubrication records
  • Area: Damaged synthetic hawsers and wire ropes lead to mooring line breakage under tension
    Check: Visually inspect synthetic hawsers, heaving lines and messenger ropes for damage, chafing and kinks; rotate and grease wire ropes regularly; replace if >10% of strands are broken within 8-diameter lengths

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

BSL 454W / SL 454 W ✓ verified
Application
Combined Anchor Handling and Towing Winch (KM404)
Common Failures & Inspection Points
  • Area: Brake contamination from oil and moisture reduces holding capacity by up to 75%
    Check: Conduct annual brake render tests; inspect brake drums for rust buildup and worn material requiring replacement; verify correct brake setting typically around 60% of Ship Design Minimum Breaking Load (SDMBL)
  • Area: Contaminated gear oil causes premature wear and system failure
    Check: Inspect gear oil regularly through the inspection cover; whitish discoloration indicates contamination requiring immediate oil change
  • Area: Restricted brake linkage movement causes false operator confidence and loss of brake effectiveness
    Check: Test all brake linkages for free movement; identify and lubricate any corroded or stuck connections
  • Area: Inadequate lubrication of rotating components leads to accelerated wear and failure
    Check: Move and lubricate all rotating parts (fairlead rollers, winch drums, deck stands) on frequent basis; maintain lubrication records
  • Area: Damaged synthetic hawsers and wire ropes lead to mooring line breakage under tension
    Check: Visually inspect synthetic hawsers, heaving lines and messenger ropes for damage, chafing and kinks; rotate and grease wire ropes regularly; replace if >10% of strands are broken within 8-diameter lengths

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

MPC-200 ✓ verified
Application
Mooring Winch
Common Failures & Inspection Points
  • Area: Brake contamination from oil and moisture reduces holding capacity by up to 75%
    Check: Conduct annual brake render tests; inspect brake drums for rust buildup and worn material requiring replacement; verify correct brake setting typically around 60% of Ship Design Minimum Breaking Load (SDMBL)
  • Area: Contaminated gear oil causes premature wear and system failure
    Check: Inspect gear oil regularly through the inspection cover; whitish discoloration indicates contamination requiring immediate oil change
  • Area: Restricted brake linkage movement causes false operator confidence and loss of brake effectiveness
    Check: Test all brake linkages for free movement; identify and lubricate any corroded or stuck connections
  • Area: Inadequate lubrication of rotating components leads to accelerated wear and failure
    Check: Move and lubricate all rotating parts (fairlead rollers, winch drums, deck stands) on frequent basis; maintain lubrication records
  • Area: Damaged synthetic hawsers and wire ropes lead to mooring line breakage under tension
    Check: Visually inspect synthetic hawsers, heaving lines and messenger ropes for damage, chafing and kinks; rotate and grease wire ropes regularly; replace if >10% of strands are broken within 8-diameter lengths

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

LBFMG41-38 ✓ verified
Application
Combined Windlass and Mooring Winch
Common Failures & Inspection Points
  • Area: Brake contamination from oil and moisture reduces holding capacity by up to 75%
    Check: Conduct annual brake render tests; inspect brake drums for rust buildup and worn material requiring replacement; verify correct brake setting typically around 60% of Ship Design Minimum Breaking Load (SDMBL)
  • Area: Contaminated gear oil causes premature wear and system failure
    Check: Inspect gear oil regularly through the inspection cover; whitish discoloration indicates contamination requiring immediate oil change
  • Area: Restricted brake linkage movement causes false operator confidence and loss of brake effectiveness
    Check: Test all brake linkages for free movement; identify and lubricate any corroded or stuck connections
  • Area: Inadequate lubrication of rotating components leads to accelerated wear and failure
    Check: Move and lubricate all rotating parts (fairlead rollers, winch drums, deck stands) on frequent basis; maintain lubrication records
  • Area: Damaged synthetic hawsers and wire ropes lead to mooring line breakage under tension
    Check: Visually inspect synthetic hawsers, heaving lines and messenger ropes for damage, chafing and kinks; rotate and grease wire ropes regularly; replace if >10% of strands are broken within 8-diameter lengths

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

TTS Marine

8 ✓ 8 verified
E-Model (Electric Mooring Winch) ✓ verified
Application
Electric mooring winches for dry cargo vessels (container carriers, RoRo, RoPax carriers, ferries, cruise vessels)
Common Failures & Inspection Points
  • Area: Hydraulic fluid contamination or degradation leading to motor and pump malfunction
    Check: Sample hydraulic oil at 1000-2000 operating hour intervals or annually; test for viscosity, acid number (TAN), water content, and particle contamination (ISO 4406 codes); replace oil per manufacturer specification; confirm proper oil type in use
  • Area: Brake band friction material wear exceeding allowable thickness (typically >3mm wear), reducing holding capacity and creating slip hazard
    Check: Measure brake friction material thickness at multiple points during winch operation; visually inspect for rust, oil saturation, or foreign material buildup on brake drum; verify spring-loaded brake closes fully with spring power during pressure loss; perform load holding test at rated SWL
  • Area: Structural foundation bolt looseness or frame cracking due to cyclic mooring loads, causing winch displacement and failure
    Check: Inspect all foundation bolts for tightness using calibrated torque wrench; verify torque specification matches design drawings; check for cracks in base frame using liquid dye penetrant on cast steel components; measure bolt preload with ultrasonic bolt tensioner; confirm welded seams free of cracks and corrosion pitting
  • Area: Anchor chain wear rate exceeding 12% of original diameter, reducing SWL and creating breaking risk
    Check: Measure chain link diameter at minimum 5 locations using calibrated chain gauge; mark wear progression at reference points; rotate chain end-to-end regularly to distribute wear; perform ultrasonic or eddy current thickness measurement on high-wear links; document trend over survey intervals; condemn chain if wear exceeds 12% per international standards
  • Area: Loss of electrical interlock functionality or shore-side emergency stop circuit failure in E-model frequency-controlled winches
    Check: Verify three-position solenoid control valve operation (raise/lower/hold); test frequency drive converter alarm outputs; confirm emergency stop (e-stop) pulls motor current to zero within 2 seconds; inspect wiring insulation for chafing or water ingress in junction boxes; perform insulation resistance test (≥1 MΩ); verify DC supply to brake solenoid independently powers emergency circuit

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

CSH (Central System Hydraulic Mooring Winch) ✓ verified
Application
Anchor and mooring winches for general marine vessels
Common Failures & Inspection Points
  • Area: Hydraulic fluid contamination or degradation leading to motor and pump malfunction
    Check: Sample hydraulic oil at 1000-2000 operating hour intervals or annually; test for viscosity, acid number (TAN), water content, and particle contamination (ISO 4406 codes); replace oil per manufacturer specification; confirm proper oil type in use
  • Area: Brake band friction material wear exceeding allowable thickness (typically >3mm wear), reducing holding capacity and creating slip hazard
    Check: Measure brake friction material thickness at multiple points during winch operation; visually inspect for rust, oil saturation, or foreign material buildup on brake drum; verify spring-loaded brake closes fully with spring power during pressure loss; perform load holding test at rated SWL
  • Area: Structural foundation bolt looseness or frame cracking due to cyclic mooring loads, causing winch displacement and failure
    Check: Inspect all foundation bolts for tightness using calibrated torque wrench; verify torque specification matches design drawings; check for cracks in base frame using liquid dye penetrant on cast steel components; measure bolt preload with ultrasonic bolt tensioner; confirm welded seams free of cracks and corrosion pitting
  • Area: Anchor chain wear rate exceeding 12% of original diameter, reducing SWL and creating breaking risk
    Check: Measure chain link diameter at minimum 5 locations using calibrated chain gauge; mark wear progression at reference points; rotate chain end-to-end regularly to distribute wear; perform ultrasonic or eddy current thickness measurement on high-wear links; document trend over survey intervals; condemn chain if wear exceeds 12% per international standards
  • Area: Loss of electrical interlock functionality or shore-side emergency stop circuit failure in E-model frequency-controlled winches
    Check: Verify three-position solenoid control valve operation (raise/lower/hold); test frequency drive converter alarm outputs; confirm emergency stop (e-stop) pulls motor current to zero within 2 seconds; inspect wiring insulation for chafing or water ingress in junction boxes; perform insulation resistance test (≥1 MΩ); verify DC supply to brake solenoid independently powers emergency circuit

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

CSH-W (Central System Hydraulic Mooring Winch - Mooring) ✓ verified
Application
Pure mooring winch applications with external hydraulic power pack
Common Failures & Inspection Points
  • Area: Hydraulic fluid contamination or degradation leading to motor and pump malfunction
    Check: Sample hydraulic oil at 1000-2000 operating hour intervals or annually; test for viscosity, acid number (TAN), water content, and particle contamination (ISO 4406 codes); replace oil per manufacturer specification; confirm proper oil type in use
  • Area: Brake band friction material wear exceeding allowable thickness (typically >3mm wear), reducing holding capacity and creating slip hazard
    Check: Measure brake friction material thickness at multiple points during winch operation; visually inspect for rust, oil saturation, or foreign material buildup on brake drum; verify spring-loaded brake closes fully with spring power during pressure loss; perform load holding test at rated SWL
  • Area: Structural foundation bolt looseness or frame cracking due to cyclic mooring loads, causing winch displacement and failure
    Check: Inspect all foundation bolts for tightness using calibrated torque wrench; verify torque specification matches design drawings; check for cracks in base frame using liquid dye penetrant on cast steel components; measure bolt preload with ultrasonic bolt tensioner; confirm welded seams free of cracks and corrosion pitting
  • Area: Anchor chain wear rate exceeding 12% of original diameter, reducing SWL and creating breaking risk
    Check: Measure chain link diameter at minimum 5 locations using calibrated chain gauge; mark wear progression at reference points; rotate chain end-to-end regularly to distribute wear; perform ultrasonic or eddy current thickness measurement on high-wear links; document trend over survey intervals; condemn chain if wear exceeds 12% per international standards
  • Area: Loss of electrical interlock functionality or shore-side emergency stop circuit failure in E-model frequency-controlled winches
    Check: Verify three-position solenoid control valve operation (raise/lower/hold); test frequency drive converter alarm outputs; confirm emergency stop (e-stop) pulls motor current to zero within 2 seconds; inspect wiring insulation for chafing or water ingress in junction boxes; perform insulation resistance test (≥1 MΩ); verify DC supply to brake solenoid independently powers emergency circuit

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

CEH (Central Electro-Hydraulic Self-Contained Winch) ✓ verified
Application
Self-contained anchor and mooring winches for newbuildings; integrated power pack per unit
Common Failures & Inspection Points
  • Area: Hydraulic fluid contamination or degradation leading to motor and pump malfunction
    Check: Sample hydraulic oil at 1000-2000 operating hour intervals or annually; test for viscosity, acid number (TAN), water content, and particle contamination (ISO 4406 codes); replace oil per manufacturer specification; confirm proper oil type in use
  • Area: Brake band friction material wear exceeding allowable thickness (typically >3mm wear), reducing holding capacity and creating slip hazard
    Check: Measure brake friction material thickness at multiple points during winch operation; visually inspect for rust, oil saturation, or foreign material buildup on brake drum; verify spring-loaded brake closes fully with spring power during pressure loss; perform load holding test at rated SWL
  • Area: Structural foundation bolt looseness or frame cracking due to cyclic mooring loads, causing winch displacement and failure
    Check: Inspect all foundation bolts for tightness using calibrated torque wrench; verify torque specification matches design drawings; check for cracks in base frame using liquid dye penetrant on cast steel components; measure bolt preload with ultrasonic bolt tensioner; confirm welded seams free of cracks and corrosion pitting
  • Area: Anchor chain wear rate exceeding 12% of original diameter, reducing SWL and creating breaking risk
    Check: Measure chain link diameter at minimum 5 locations using calibrated chain gauge; mark wear progression at reference points; rotate chain end-to-end regularly to distribute wear; perform ultrasonic or eddy current thickness measurement on high-wear links; document trend over survey intervals; condemn chain if wear exceeds 12% per international standards
  • Area: Loss of electrical interlock functionality or shore-side emergency stop circuit failure in E-model frequency-controlled winches
    Check: Verify three-position solenoid control valve operation (raise/lower/hold); test frequency drive converter alarm outputs; confirm emergency stop (e-stop) pulls motor current to zero within 2 seconds; inspect wiring insulation for chafing or water ingress in junction boxes; perform insulation resistance test (≥1 MΩ); verify DC supply to brake solenoid independently powers emergency circuit

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

CEH1908 (Central Electro-Hydraulic 1908 Model) ✓ verified
Application
Combined anchor windlass and mooring winch for larger vessels
Common Failures & Inspection Points
  • Area: Hydraulic fluid contamination or degradation leading to motor and pump malfunction
    Check: Sample hydraulic oil at 1000-2000 operating hour intervals or annually; test for viscosity, acid number (TAN), water content, and particle contamination (ISO 4406 codes); replace oil per manufacturer specification; confirm proper oil type in use
  • Area: Brake band friction material wear exceeding allowable thickness (typically >3mm wear), reducing holding capacity and creating slip hazard
    Check: Measure brake friction material thickness at multiple points during winch operation; visually inspect for rust, oil saturation, or foreign material buildup on brake drum; verify spring-loaded brake closes fully with spring power during pressure loss; perform load holding test at rated SWL
  • Area: Structural foundation bolt looseness or frame cracking due to cyclic mooring loads, causing winch displacement and failure
    Check: Inspect all foundation bolts for tightness using calibrated torque wrench; verify torque specification matches design drawings; check for cracks in base frame using liquid dye penetrant on cast steel components; measure bolt preload with ultrasonic bolt tensioner; confirm welded seams free of cracks and corrosion pitting
  • Area: Anchor chain wear rate exceeding 12% of original diameter, reducing SWL and creating breaking risk
    Check: Measure chain link diameter at minimum 5 locations using calibrated chain gauge; mark wear progression at reference points; rotate chain end-to-end regularly to distribute wear; perform ultrasonic or eddy current thickness measurement on high-wear links; document trend over survey intervals; condemn chain if wear exceeds 12% per international standards
  • Area: Loss of electrical interlock functionality or shore-side emergency stop circuit failure in E-model frequency-controlled winches
    Check: Verify three-position solenoid control valve operation (raise/lower/hold); test frequency drive converter alarm outputs; confirm emergency stop (e-stop) pulls motor current to zero within 2 seconds; inspect wiring insulation for chafing or water ingress in junction boxes; perform insulation resistance test (≥1 MΩ); verify DC supply to brake solenoid independently powers emergency circuit

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

RW NG32 (Kocks Planetary Gear Mooring Winch) ✓ verified
Application
Mooring winch with planetary gearbox reduction (Drawing 03-134.468/0A)
Common Failures & Inspection Points
  • Area: Hydraulic fluid contamination or degradation leading to motor and pump malfunction
    Check: Sample hydraulic oil at 1000-2000 operating hour intervals or annually; test for viscosity, acid number (TAN), water content, and particle contamination (ISO 4406 codes); replace oil per manufacturer specification; confirm proper oil type in use
  • Area: Brake band friction material wear exceeding allowable thickness (typically >3mm wear), reducing holding capacity and creating slip hazard
    Check: Measure brake friction material thickness at multiple points during winch operation; visually inspect for rust, oil saturation, or foreign material buildup on brake drum; verify spring-loaded brake closes fully with spring power during pressure loss; perform load holding test at rated SWL
  • Area: Structural foundation bolt looseness or frame cracking due to cyclic mooring loads, causing winch displacement and failure
    Check: Inspect all foundation bolts for tightness using calibrated torque wrench; verify torque specification matches design drawings; check for cracks in base frame using liquid dye penetrant on cast steel components; measure bolt preload with ultrasonic bolt tensioner; confirm welded seams free of cracks and corrosion pitting
  • Area: Anchor chain wear rate exceeding 12% of original diameter, reducing SWL and creating breaking risk
    Check: Measure chain link diameter at minimum 5 locations using calibrated chain gauge; mark wear progression at reference points; rotate chain end-to-end regularly to distribute wear; perform ultrasonic or eddy current thickness measurement on high-wear links; document trend over survey intervals; condemn chain if wear exceeds 12% per international standards
  • Area: Loss of electrical interlock functionality or shore-side emergency stop circuit failure in E-model frequency-controlled winches
    Check: Verify three-position solenoid control valve operation (raise/lower/hold); test frequency drive converter alarm outputs; confirm emergency stop (e-stop) pulls motor current to zero within 2 seconds; inspect wiring insulation for chafing or water ingress in junction boxes; perform insulation resistance test (≥1 MΩ); verify DC supply to brake solenoid independently powers emergency circuit

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

TTS WB (TTS Winch Bollard Mooring System) ✓ verified
Application
Advanced mooring bollard with controlled rope tensioning
Common Failures & Inspection Points
  • Area: Hydraulic fluid contamination or degradation leading to motor and pump malfunction
    Check: Sample hydraulic oil at 1000-2000 operating hour intervals or annually; test for viscosity, acid number (TAN), water content, and particle contamination (ISO 4406 codes); replace oil per manufacturer specification; confirm proper oil type in use
  • Area: Brake band friction material wear exceeding allowable thickness (typically >3mm wear), reducing holding capacity and creating slip hazard
    Check: Measure brake friction material thickness at multiple points during winch operation; visually inspect for rust, oil saturation, or foreign material buildup on brake drum; verify spring-loaded brake closes fully with spring power during pressure loss; perform load holding test at rated SWL
  • Area: Structural foundation bolt looseness or frame cracking due to cyclic mooring loads, causing winch displacement and failure
    Check: Inspect all foundation bolts for tightness using calibrated torque wrench; verify torque specification matches design drawings; check for cracks in base frame using liquid dye penetrant on cast steel components; measure bolt preload with ultrasonic bolt tensioner; confirm welded seams free of cracks and corrosion pitting
  • Area: Anchor chain wear rate exceeding 12% of original diameter, reducing SWL and creating breaking risk
    Check: Measure chain link diameter at minimum 5 locations using calibrated chain gauge; mark wear progression at reference points; rotate chain end-to-end regularly to distribute wear; perform ultrasonic or eddy current thickness measurement on high-wear links; document trend over survey intervals; condemn chain if wear exceeds 12% per international standards
  • Area: Loss of electrical interlock functionality or shore-side emergency stop circuit failure in E-model frequency-controlled winches
    Check: Verify three-position solenoid control valve operation (raise/lower/hold); test frequency drive converter alarm outputs; confirm emergency stop (e-stop) pulls motor current to zero within 2 seconds; inspect wiring insulation for chafing or water ingress in junction boxes; perform insulation resistance test (≥1 MΩ); verify DC supply to brake solenoid independently powers emergency circuit

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Anchor Handling/Towing Winches (AH Series) ✓ verified
Application
Heavy-duty anchor handling and towing operations
Common Failures & Inspection Points
  • Area: Hydraulic fluid contamination or degradation leading to motor and pump malfunction
    Check: Sample hydraulic oil at 1000-2000 operating hour intervals or annually; test for viscosity, acid number (TAN), water content, and particle contamination (ISO 4406 codes); replace oil per manufacturer specification; confirm proper oil type in use
  • Area: Brake band friction material wear exceeding allowable thickness (typically >3mm wear), reducing holding capacity and creating slip hazard
    Check: Measure brake friction material thickness at multiple points during winch operation; visually inspect for rust, oil saturation, or foreign material buildup on brake drum; verify spring-loaded brake closes fully with spring power during pressure loss; perform load holding test at rated SWL
  • Area: Structural foundation bolt looseness or frame cracking due to cyclic mooring loads, causing winch displacement and failure
    Check: Inspect all foundation bolts for tightness using calibrated torque wrench; verify torque specification matches design drawings; check for cracks in base frame using liquid dye penetrant on cast steel components; measure bolt preload with ultrasonic bolt tensioner; confirm welded seams free of cracks and corrosion pitting
  • Area: Anchor chain wear rate exceeding 12% of original diameter, reducing SWL and creating breaking risk
    Check: Measure chain link diameter at minimum 5 locations using calibrated chain gauge; mark wear progression at reference points; rotate chain end-to-end regularly to distribute wear; perform ultrasonic or eddy current thickness measurement on high-wear links; document trend over survey intervals; condemn chain if wear exceeds 12% per international standards
  • Area: Loss of electrical interlock functionality or shore-side emergency stop circuit failure in E-model frequency-controlled winches
    Check: Verify three-position solenoid control valve operation (raise/lower/hold); test frequency drive converter alarm outputs; confirm emergency stop (e-stop) pulls motor current to zero within 2 seconds; inspect wiring insulation for chafing or water ingress in junction boxes; perform insulation resistance test (≥1 MΩ); verify DC supply to brake solenoid independently powers emergency circuit

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Tytan Marine

7 ✓ 7 verified
150kN Hydraulic Mooring Winch ✓ verified
Application
Very Large Crude Carriers (VLCC) - 300,000 DWT vessels
Common Failures & Inspection Points
  • Area: Bandbremse (Band Brake) - Verschleiß und Funktionsprüfung der Bremsbeläge
    Check: Bandbremse (Band Brake) - Verschleiß und Funktionsprüfung der Bremsbeläge
  • Area: Kupplungssystem (Coupling Unit) - Verschleiß, Rutschprüfung und Dichtheitskontrolle
    Check: Kupplungssystem (Coupling Unit) - Verschleiß, Rutschprüfung und Dichtheitskontrolle
  • Area: Hydrauliksystem (Hydraulic System) - Druckkontrolle, Ölqualität, Leckagenprüfung und Filteraustausch
    Check: Hydrauliksystem (Hydraulic System) - Druckkontrolle, Ölqualität, Leckagenprüfung und Filteraustausch
  • Area: Kettennuss-Verschleiß (Sprocket/Chain Wheel Wear) - Verschleißgrad und Beschädigungsprüfung
    Check: Kettennuss-Verschleiß (Sprocket/Chain Wheel Wear) - Verschleißgrad und Beschädigungsprüfung
  • Area: Trommellager (Drum Bearing) - Geräuschentwicklung, Verschleiß und Temperaturüberwachung
    Check: Trommellager (Drum Bearing) - Geräuschentwicklung, Verschleiß und Temperaturüberwachung
  • Area: Seiltrommel (Drum) - Verzunderung, Risse und Verformungsprüfung
    Check: Seiltrommel (Drum) - Verzunderung, Risse und Verformungsprüfung
  • Area: Elektromotorlager und Schmierung (Motor Bearing Lubrication) - Schmierstoffzustand und Lagerverschleiß
    Check: Elektromotorlager und Schmierung (Motor Bearing Lubrication) - Schmierstoffzustand und Lagerverschleiß
  • Area: Funktionstests unter Last (Load Testing) - Regelung, Bremsfunktion und Notbremsverhalten
    Check: Funktionstests unter Last (Load Testing) - Regelung, Bremsfunktion und Notbremsverhalten

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

300kN Anchor Handling / Mooring Winch ✓ verified
Application
Anchor handling and mooring operations
Common Failures & Inspection Points
  • Area: Bandbremse (Band Brake) - Verschleiß und Funktionsprüfung der Bremsbeläge
    Check: Bandbremse (Band Brake) - Verschleiß und Funktionsprüfung der Bremsbeläge
  • Area: Kupplungssystem (Coupling Unit) - Verschleiß, Rutschprüfung und Dichtheitskontrolle
    Check: Kupplungssystem (Coupling Unit) - Verschleiß, Rutschprüfung und Dichtheitskontrolle
  • Area: Hydrauliksystem (Hydraulic System) - Druckkontrolle, Ölqualität, Leckagenprüfung und Filteraustausch
    Check: Hydrauliksystem (Hydraulic System) - Druckkontrolle, Ölqualität, Leckagenprüfung und Filteraustausch
  • Area: Kettennuss-Verschleiß (Sprocket/Chain Wheel Wear) - Verschleißgrad und Beschädigungsprüfung
    Check: Kettennuss-Verschleiß (Sprocket/Chain Wheel Wear) - Verschleißgrad und Beschädigungsprüfung
  • Area: Trommellager (Drum Bearing) - Geräuschentwicklung, Verschleiß und Temperaturüberwachung
    Check: Trommellager (Drum Bearing) - Geräuschentwicklung, Verschleiß und Temperaturüberwachung
  • Area: Seiltrommel (Drum) - Verzunderung, Risse und Verformungsprüfung
    Check: Seiltrommel (Drum) - Verzunderung, Risse und Verformungsprüfung
  • Area: Elektromotorlager und Schmierung (Motor Bearing Lubrication) - Schmierstoffzustand und Lagerverschleiß
    Check: Elektromotorlager und Schmierung (Motor Bearing Lubrication) - Schmierstoffzustand und Lagerverschleiß
  • Area: Funktionstests unter Last (Load Testing) - Regelung, Bremsfunktion und Notbremsverhalten
    Check: Funktionstests unter Last (Load Testing) - Regelung, Bremsfunktion und Notbremsverhalten

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Marine Anti-explosion Mooring Winch (Exd II BT4) ✓ verified
Application
Oil barges and hazardous environments
Common Failures & Inspection Points
  • Area: Bandbremse (Band Brake) - Verschleiß und Funktionsprüfung der Bremsbeläge
    Check: Bandbremse (Band Brake) - Verschleiß und Funktionsprüfung der Bremsbeläge
  • Area: Kupplungssystem (Coupling Unit) - Verschleiß, Rutschprüfung und Dichtheitskontrolle
    Check: Kupplungssystem (Coupling Unit) - Verschleiß, Rutschprüfung und Dichtheitskontrolle
  • Area: Hydrauliksystem (Hydraulic System) - Druckkontrolle, Ölqualität, Leckagenprüfung und Filteraustausch
    Check: Hydrauliksystem (Hydraulic System) - Druckkontrolle, Ölqualität, Leckagenprüfung und Filteraustausch
  • Area: Kettennuss-Verschleiß (Sprocket/Chain Wheel Wear) - Verschleißgrad und Beschädigungsprüfung
    Check: Kettennuss-Verschleiß (Sprocket/Chain Wheel Wear) - Verschleißgrad und Beschädigungsprüfung
  • Area: Trommellager (Drum Bearing) - Geräuschentwicklung, Verschleiß und Temperaturüberwachung
    Check: Trommellager (Drum Bearing) - Geräuschentwicklung, Verschleiß und Temperaturüberwachung
  • Area: Seiltrommel (Drum) - Verzunderung, Risse und Verformungsprüfung
    Check: Seiltrommel (Drum) - Verzunderung, Risse und Verformungsprüfung
  • Area: Elektromotorlager und Schmierung (Motor Bearing Lubrication) - Schmierstoffzustand und Lagerverschleiß
    Check: Elektromotorlager und Schmierung (Motor Bearing Lubrication) - Schmierstoffzustand und Lagerverschleiß
  • Area: Funktionstests unter Last (Load Testing) - Regelung, Bremsfunktion und Notbremsverhalten
    Check: Funktionstests unter Last (Load Testing) - Regelung, Bremsfunktion und Notbremsverhalten

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

100kN 4 Point Mooring Winch ✓ verified
Application
Engineering ships and working barges
Common Failures & Inspection Points
  • Area: Bandbremse (Band Brake) - Verschleiß und Funktionsprüfung der Bremsbeläge
    Check: Bandbremse (Band Brake) - Verschleiß und Funktionsprüfung der Bremsbeläge
  • Area: Kupplungssystem (Coupling Unit) - Verschleiß, Rutschprüfung und Dichtheitskontrolle
    Check: Kupplungssystem (Coupling Unit) - Verschleiß, Rutschprüfung und Dichtheitskontrolle
  • Area: Hydrauliksystem (Hydraulic System) - Druckkontrolle, Ölqualität, Leckagenprüfung und Filteraustausch
    Check: Hydrauliksystem (Hydraulic System) - Druckkontrolle, Ölqualität, Leckagenprüfung und Filteraustausch
  • Area: Kettennuss-Verschleiß (Sprocket/Chain Wheel Wear) - Verschleißgrad und Beschädigungsprüfung
    Check: Kettennuss-Verschleiß (Sprocket/Chain Wheel Wear) - Verschleißgrad und Beschädigungsprüfung
  • Area: Trommellager (Drum Bearing) - Geräuschentwicklung, Verschleiß und Temperaturüberwachung
    Check: Trommellager (Drum Bearing) - Geräuschentwicklung, Verschleiß und Temperaturüberwachung
  • Area: Seiltrommel (Drum) - Verzunderung, Risse und Verformungsprüfung
    Check: Seiltrommel (Drum) - Verzunderung, Risse und Verformungsprüfung
  • Area: Elektromotorlager und Schmierung (Motor Bearing Lubrication) - Schmierstoffzustand und Lagerverschleiß
    Check: Elektromotorlager und Schmierung (Motor Bearing Lubrication) - Schmierstoffzustand und Lagerverschleiß
  • Area: Funktionstests unter Last (Load Testing) - Regelung, Bremsfunktion und Notbremsverhalten
    Check: Funktionstests unter Last (Load Testing) - Regelung, Bremsfunktion und Notbremsverhalten

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

350kN 8 Point Mooring Positioning Winch System ✓ verified
Application
Self-elevating drilling platforms
Common Failures & Inspection Points
  • Area: Bandbremse (Band Brake) - Verschleiß und Funktionsprüfung der Bremsbeläge
    Check: Bandbremse (Band Brake) - Verschleiß und Funktionsprüfung der Bremsbeläge
  • Area: Kupplungssystem (Coupling Unit) - Verschleiß, Rutschprüfung und Dichtheitskontrolle
    Check: Kupplungssystem (Coupling Unit) - Verschleiß, Rutschprüfung und Dichtheitskontrolle
  • Area: Hydrauliksystem (Hydraulic System) - Druckkontrolle, Ölqualität, Leckagenprüfung und Filteraustausch
    Check: Hydrauliksystem (Hydraulic System) - Druckkontrolle, Ölqualität, Leckagenprüfung und Filteraustausch
  • Area: Kettennuss-Verschleiß (Sprocket/Chain Wheel Wear) - Verschleißgrad und Beschädigungsprüfung
    Check: Kettennuss-Verschleiß (Sprocket/Chain Wheel Wear) - Verschleißgrad und Beschädigungsprüfung
  • Area: Trommellager (Drum Bearing) - Geräuschentwicklung, Verschleiß und Temperaturüberwachung
    Check: Trommellager (Drum Bearing) - Geräuschentwicklung, Verschleiß und Temperaturüberwachung
  • Area: Seiltrommel (Drum) - Verzunderung, Risse und Verformungsprüfung
    Check: Seiltrommel (Drum) - Verzunderung, Risse und Verformungsprüfung
  • Area: Elektromotorlager und Schmierung (Motor Bearing Lubrication) - Schmierstoffzustand und Lagerverschleiß
    Check: Elektromotorlager und Schmierung (Motor Bearing Lubrication) - Schmierstoffzustand und Lagerverschleiß
  • Area: Funktionstests unter Last (Load Testing) - Regelung, Bremsfunktion und Notbremsverhalten
    Check: Funktionstests unter Last (Load Testing) - Regelung, Bremsfunktion und Notbremsverhalten

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

1200kN 8 Point Mooring Winch System ✓ verified
Application
Large mooring systems with multi-point positioning
Common Failures & Inspection Points
  • Area: Bandbremse (Band Brake) - Verschleiß und Funktionsprüfung der Bremsbeläge
    Check: Bandbremse (Band Brake) - Verschleiß und Funktionsprüfung der Bremsbeläge
  • Area: Kupplungssystem (Coupling Unit) - Verschleiß, Rutschprüfung und Dichtheitskontrolle
    Check: Kupplungssystem (Coupling Unit) - Verschleiß, Rutschprüfung und Dichtheitskontrolle
  • Area: Hydrauliksystem (Hydraulic System) - Druckkontrolle, Ölqualität, Leckagenprüfung und Filteraustausch
    Check: Hydrauliksystem (Hydraulic System) - Druckkontrolle, Ölqualität, Leckagenprüfung und Filteraustausch
  • Area: Kettennuss-Verschleiß (Sprocket/Chain Wheel Wear) - Verschleißgrad und Beschädigungsprüfung
    Check: Kettennuss-Verschleiß (Sprocket/Chain Wheel Wear) - Verschleißgrad und Beschädigungsprüfung
  • Area: Trommellager (Drum Bearing) - Geräuschentwicklung, Verschleiß und Temperaturüberwachung
    Check: Trommellager (Drum Bearing) - Geräuschentwicklung, Verschleiß und Temperaturüberwachung
  • Area: Seiltrommel (Drum) - Verzunderung, Risse und Verformungsprüfung
    Check: Seiltrommel (Drum) - Verzunderung, Risse und Verformungsprüfung
  • Area: Elektromotorlager und Schmierung (Motor Bearing Lubrication) - Schmierstoffzustand und Lagerverschleiß
    Check: Elektromotorlager und Schmierung (Motor Bearing Lubrication) - Schmierstoffzustand und Lagerverschleiß
  • Area: Funktionstests unter Last (Load Testing) - Regelung, Bremsfunktion und Notbremsverhalten
    Check: Funktionstests unter Last (Load Testing) - Regelung, Bremsfunktion und Notbremsverhalten

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

117mm Combined Windlass Mooring Winch ✓ verified
Application
Combined anchor handling and mooring
Common Failures & Inspection Points
  • Area: Bandbremse (Band Brake) - Verschleiß und Funktionsprüfung der Bremsbeläge
    Check: Bandbremse (Band Brake) - Verschleiß und Funktionsprüfung der Bremsbeläge
  • Area: Kupplungssystem (Coupling Unit) - Verschleiß, Rutschprüfung und Dichtheitskontrolle
    Check: Kupplungssystem (Coupling Unit) - Verschleiß, Rutschprüfung und Dichtheitskontrolle
  • Area: Hydrauliksystem (Hydraulic System) - Druckkontrolle, Ölqualität, Leckagenprüfung und Filteraustausch
    Check: Hydrauliksystem (Hydraulic System) - Druckkontrolle, Ölqualität, Leckagenprüfung und Filteraustausch
  • Area: Kettennuss-Verschleiß (Sprocket/Chain Wheel Wear) - Verschleißgrad und Beschädigungsprüfung
    Check: Kettennuss-Verschleiß (Sprocket/Chain Wheel Wear) - Verschleißgrad und Beschädigungsprüfung
  • Area: Trommellager (Drum Bearing) - Geräuschentwicklung, Verschleiß und Temperaturüberwachung
    Check: Trommellager (Drum Bearing) - Geräuschentwicklung, Verschleiß und Temperaturüberwachung
  • Area: Seiltrommel (Drum) - Verzunderung, Risse und Verformungsprüfung
    Check: Seiltrommel (Drum) - Verzunderung, Risse und Verformungsprüfung
  • Area: Elektromotorlager und Schmierung (Motor Bearing Lubrication) - Schmierstoffzustand und Lagerverschleiß
    Check: Elektromotorlager und Schmierung (Motor Bearing Lubrication) - Schmierstoffzustand und Lagerverschleiß
  • Area: Funktionstests unter Last (Load Testing) - Regelung, Bremsfunktion und Notbremsverhalten
    Check: Funktionstests unter Last (Load Testing) - Regelung, Bremsfunktion und Notbremsverhalten

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Data Hidrolik

6 ✓ 4 verified
Data Hidrolik DH-HMW-180 Hydraulic Mooring Winch
DH-HMW-180 Hydraulic Mooring Winch
180 kN · Anchor Chain / Mooring Lines
Brake capacity (kN)
360
Wire diameter (mm)
34
Drive
hydraulic
Common Failures & Inspection Points
  • Valve block O-ring failure
  • Drum shaft keyway wear
  • Brake cylinder leak
Service: Replace valve block O-rings at 4000 hours; inspect keyways at dry-dock.
Spare Parts: Data Hidrolik: Bremsbeläge an Bord vorhalten. Lead time: 3-6 Wochen.
DH-HMW-300 Hydraulic Mooring Winch
300 kN · Anchor Chain / Mooring Lines
Brake capacity (kN)
600
Wire diameter (mm)
42
Drive
hydraulic
Common Failures & Inspection Points
  • HPU pump cavitation
  • Wire drum corrosion
  • Brake pad glazing
Service: Check HPU suction line for air leaks; blast and coat drum interior at dry-dock.
Spare Parts: Data Hidrolik: Bremsbeläge an Bord vorhalten. Lead time: 3-6 Wochen.
Mooring Winch (General Product Line) ✓ verified
Application
Mooring operations for tugboats and offshore support vessels
Common Failures & Inspection Points
  • Area: Brake drum rust buildup and brake material wear
    Check: Visual inspection of brake drum surfaces; remove rust buildup with de-scaling and replace worn brake material as required
  • Area: Brake linkage restricted movement reducing holding capacity
    Check: Check brake linkages for smooth, free movement; ensure brake holding does not exceed 100% of MBLSD (Minimum Breaking Load of Selected Diameter)
  • Area: Hydraulic oil contamination and fluid degradation
    Check: Monthly monitoring of hydraulic fluid level, color, and contamination via inspection windows; change fluid per manufacturer schedule and maintain cleanliness standards
  • Area: Hydraulic hose and fitting damage or leakage
    Check: Regular visual inspection of all hoses and fittings for cracks, wear, corrosion, or fluid seepage; replace damaged components immediately
  • Area: Winch cable/rope damage, kinks, or fraying
    Check: Visual inspection before and after each use; check for kinks, fraying, broken strands, or corrosion on wire rope; verify drum capacity

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Towing Winch ✓ verified
Application
Heavy-duty towing for tugboats and support vessels
Common Failures & Inspection Points
  • Area: Brake drum rust buildup and brake material wear
    Check: Visual inspection of brake drum surfaces; remove rust buildup with de-scaling and replace worn brake material as required
  • Area: Brake linkage restricted movement reducing holding capacity
    Check: Check brake linkages for smooth, free movement; ensure brake holding does not exceed 100% of MBLSD (Minimum Breaking Load of Selected Diameter)
  • Area: Hydraulic oil contamination and fluid degradation
    Check: Monthly monitoring of hydraulic fluid level, color, and contamination via inspection windows; change fluid per manufacturer schedule and maintain cleanliness standards
  • Area: Hydraulic hose and fitting damage or leakage
    Check: Regular visual inspection of all hoses and fittings for cracks, wear, corrosion, or fluid seepage; replace damaged components immediately
  • Area: Winch cable/rope damage, kinks, or fraying
    Check: Visual inspection before and after each use; check for kinks, fraying, broken strands, or corrosion on wire rope; verify drum capacity

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Tugger Winch ✓ verified
Application
Maneuvering and light towing operations
Common Failures & Inspection Points
  • Area: Brake drum rust buildup and brake material wear
    Check: Visual inspection of brake drum surfaces; remove rust buildup with de-scaling and replace worn brake material as required
  • Area: Brake linkage restricted movement reducing holding capacity
    Check: Check brake linkages for smooth, free movement; ensure brake holding does not exceed 100% of MBLSD (Minimum Breaking Load of Selected Diameter)
  • Area: Hydraulic oil contamination and fluid degradation
    Check: Monthly monitoring of hydraulic fluid level, color, and contamination via inspection windows; change fluid per manufacturer schedule and maintain cleanliness standards
  • Area: Hydraulic hose and fitting damage or leakage
    Check: Regular visual inspection of all hoses and fittings for cracks, wear, corrosion, or fluid seepage; replace damaged components immediately
  • Area: Winch cable/rope damage, kinks, or fraying
    Check: Visual inspection before and after each use; check for kinks, fraying, broken strands, or corrosion on wire rope; verify drum capacity

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Anchor Winch ✓ verified
Application
Anchor handling and deployment
Common Failures & Inspection Points
  • Area: Brake drum rust buildup and brake material wear
    Check: Visual inspection of brake drum surfaces; remove rust buildup with de-scaling and replace worn brake material as required
  • Area: Brake linkage restricted movement reducing holding capacity
    Check: Check brake linkages for smooth, free movement; ensure brake holding does not exceed 100% of MBLSD (Minimum Breaking Load of Selected Diameter)
  • Area: Hydraulic oil contamination and fluid degradation
    Check: Monthly monitoring of hydraulic fluid level, color, and contamination via inspection windows; change fluid per manufacturer schedule and maintain cleanliness standards
  • Area: Hydraulic hose and fitting damage or leakage
    Check: Regular visual inspection of all hoses and fittings for cracks, wear, corrosion, or fluid seepage; replace damaged components immediately
  • Area: Winch cable/rope damage, kinks, or fraying
    Check: Visual inspection before and after each use; check for kinks, fraying, broken strands, or corrosion on wire rope; verify drum capacity

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Huchez

4 ✓ 4 verified
TRAKZIO-R 6500 kg - 4 m/min ✓ verified
Application
Mooring of barges, pulling and holding operations, river navigation
Common Failures & Inspection Points
  • Area: Band brake inspection: Check brake drum for rust, worn brake material, and ensure proper clearance (1-1.5mm)
    Check: Band brake inspection: Check brake drum for rust, worn brake material, and ensure proper clearance (1-1.5mm)
  • Area: Brake linkage free movement: Verify linkages operate freely to maintain holding capacity
    Check: Brake linkage free movement: Verify linkages operate freely to maintain holding capacity
  • Area: Brake lining wear inspection: Regular checks for wear and tear on all brake components
    Check: Brake lining wear inspection: Regular checks for wear and tear on all brake components
  • Area: Drum and shaft bearing lubrication: Rotate and grease all bearings and rotating parts with multipurpose grease
    Check: Drum and shaft bearing lubrication: Rotate and grease all bearings and rotating parts with multipurpose grease
  • Area: Wire rope condition: Inspect rope diameter, for breaks, corrosion, and proper winding on drum
    Check: Wire rope condition: Inspect rope diameter, for breaks, corrosion, and proper winding on drum
  • Area: Motor and coupling inspection: Check asynchronous motor condition, IP 55 protection integrity, and coupling alignment
    Check: Motor and coupling inspection: Check asynchronous motor condition, IP 55 protection integrity, and coupling alignment
  • Area: Control system functionality: Test low voltage pendant control, emergency stop button, and dead-turn limit switches
    Check: Control system functionality: Test low voltage pendant control, emergency stop button, and dead-turn limit switches
  • Area: Mechanical structure integrity: Inspect welded steel structure for corrosion, cracks, or paint degradation
    Check: Mechanical structure integrity: Inspect welded steel structure for corrosion, cracks, or paint degradation

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

TRAKZIO-R 10000 kg - 4 m/min ✓ verified
Application
Mooring of barges, pulling and holding operations, river navigation, heavy load operations
Common Failures & Inspection Points
  • Area: Band brake inspection: Check brake drum for rust, worn brake material, and ensure proper clearance (1-1.5mm)
    Check: Band brake inspection: Check brake drum for rust, worn brake material, and ensure proper clearance (1-1.5mm)
  • Area: Brake linkage free movement: Verify linkages operate freely to maintain holding capacity
    Check: Brake linkage free movement: Verify linkages operate freely to maintain holding capacity
  • Area: Brake lining wear inspection: Regular checks for wear and tear on all brake components
    Check: Brake lining wear inspection: Regular checks for wear and tear on all brake components
  • Area: Drum and shaft bearing lubrication: Rotate and grease all bearings and rotating parts with multipurpose grease
    Check: Drum and shaft bearing lubrication: Rotate and grease all bearings and rotating parts with multipurpose grease
  • Area: Wire rope condition: Inspect rope diameter, for breaks, corrosion, and proper winding on drum
    Check: Wire rope condition: Inspect rope diameter, for breaks, corrosion, and proper winding on drum
  • Area: Motor and coupling inspection: Check asynchronous motor condition, IP 55 protection integrity, and coupling alignment
    Check: Motor and coupling inspection: Check asynchronous motor condition, IP 55 protection integrity, and coupling alignment
  • Area: Control system functionality: Test low voltage pendant control, emergency stop button, and dead-turn limit switches
    Check: Control system functionality: Test low voltage pendant control, emergency stop button, and dead-turn limit switches
  • Area: Mechanical structure integrity: Inspect welded steel structure for corrosion, cracks, or paint degradation
    Check: Mechanical structure integrity: Inspect welded steel structure for corrosion, cracks, or paint degradation

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

TRAKZIO-R 15000 kg - 6 m/min ✓ verified
Application
Mooring of barges, pulling and holding operations, river navigation, heavy industrial lifting
Common Failures & Inspection Points
  • Area: Band brake inspection: Check brake drum for rust, worn brake material, and ensure proper clearance (1-1.5mm)
    Check: Band brake inspection: Check brake drum for rust, worn brake material, and ensure proper clearance (1-1.5mm)
  • Area: Brake linkage free movement: Verify linkages operate freely to maintain holding capacity
    Check: Brake linkage free movement: Verify linkages operate freely to maintain holding capacity
  • Area: Brake lining wear inspection: Regular checks for wear and tear on all brake components
    Check: Brake lining wear inspection: Regular checks for wear and tear on all brake components
  • Area: Drum and shaft bearing lubrication: Rotate and grease all bearings and rotating parts with multipurpose grease
    Check: Drum and shaft bearing lubrication: Rotate and grease all bearings and rotating parts with multipurpose grease
  • Area: Wire rope condition: Inspect rope diameter, for breaks, corrosion, and proper winding on drum
    Check: Wire rope condition: Inspect rope diameter, for breaks, corrosion, and proper winding on drum
  • Area: Motor and coupling inspection: Check asynchronous motor condition, IP 55 protection integrity, and coupling alignment
    Check: Motor and coupling inspection: Check asynchronous motor condition, IP 55 protection integrity, and coupling alignment
  • Area: Control system functionality: Test low voltage pendant control, emergency stop button, and dead-turn limit switches
    Check: Control system functionality: Test low voltage pendant control, emergency stop button, and dead-turn limit switches
  • Area: Mechanical structure integrity: Inspect welded steel structure for corrosion, cracks, or paint degradation
    Check: Mechanical structure integrity: Inspect welded steel structure for corrosion, cracks, or paint degradation

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

THB 4 t ✓ verified
Application
Manual mooring winch for barges, hauling and mooring at dock/anchorage, river navigation
Common Failures & Inspection Points
  • Area: Band brake inspection: Check brake drum for rust, worn brake material, and ensure proper clearance (1-1.5mm)
    Check: Band brake inspection: Check brake drum for rust, worn brake material, and ensure proper clearance (1-1.5mm)
  • Area: Brake linkage free movement: Verify linkages operate freely to maintain holding capacity
    Check: Brake linkage free movement: Verify linkages operate freely to maintain holding capacity
  • Area: Brake lining wear inspection: Regular checks for wear and tear on all brake components
    Check: Brake lining wear inspection: Regular checks for wear and tear on all brake components
  • Area: Drum and shaft bearing lubrication: Rotate and grease all bearings and rotating parts with multipurpose grease
    Check: Drum and shaft bearing lubrication: Rotate and grease all bearings and rotating parts with multipurpose grease
  • Area: Wire rope condition: Inspect rope diameter, for breaks, corrosion, and proper winding on drum
    Check: Wire rope condition: Inspect rope diameter, for breaks, corrosion, and proper winding on drum
  • Area: Motor and coupling inspection: Check asynchronous motor condition, IP 55 protection integrity, and coupling alignment
    Check: Motor and coupling inspection: Check asynchronous motor condition, IP 55 protection integrity, and coupling alignment
  • Area: Control system functionality: Test low voltage pendant control, emergency stop button, and dead-turn limit switches
    Check: Control system functionality: Test low voltage pendant control, emergency stop button, and dead-turn limit switches
  • Area: Mechanical structure integrity: Inspect welded steel structure for corrosion, cracks, or paint degradation
    Check: Mechanical structure integrity: Inspect welded steel structure for corrosion, cracks, or paint degradation

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Rapp Hydema

4 ✓ 4 verified
WDU 2500 ✓ verified
Application
Hydraulic Drive Unit - Mooring Winches
Common Failures & Inspection Points
  • Area: Brake System Holding Capacity and Render Function
    Check: Verify brake holding at 60-80% SDMBL first layer per ISO 3730; execute brake render test to confirm slippage at rated design load
  • Area: Wire Rope/Mooring Line Degradation and Lubrication
    Check: Inspect for damage, chafing, kinks; verify lubrication with oil-based compounds applied across full rope length; assess breaking strength reduction
  • Area: Hydraulic System Pressure and Sealing Integrity
    Check: Monitor operating pressure versus nameplate specifications; check all seals, connections and motor housing for hydraulic fluid leakage; calibrate pressure gauges
  • Area: Structural Integrity and Corrosion Protection
    Check: Inspect winch drum for cracks, deformation, surface wear; verify bolt/pin/bearing tightness; assess zinc shot-blast coating condition for oxidation
  • Area: Maintenance Documentation and Load Test Certification
    Check: Confirm annual load test completion and records; review maintenance log for overhauls, repairs, line replacements; verify SOLAS II-1/3-8 compliance documentation

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

WDU 4000 ✓ verified
Application
Hydraulic Drive Unit - Mooring Winches
Common Failures & Inspection Points
  • Area: Brake System Holding Capacity and Render Function
    Check: Verify brake holding at 60-80% SDMBL first layer per ISO 3730; execute brake render test to confirm slippage at rated design load
  • Area: Wire Rope/Mooring Line Degradation and Lubrication
    Check: Inspect for damage, chafing, kinks; verify lubrication with oil-based compounds applied across full rope length; assess breaking strength reduction
  • Area: Hydraulic System Pressure and Sealing Integrity
    Check: Monitor operating pressure versus nameplate specifications; check all seals, connections and motor housing for hydraulic fluid leakage; calibrate pressure gauges
  • Area: Structural Integrity and Corrosion Protection
    Check: Inspect winch drum for cracks, deformation, surface wear; verify bolt/pin/bearing tightness; assess zinc shot-blast coating condition for oxidation
  • Area: Maintenance Documentation and Load Test Certification
    Check: Confirm annual load test completion and records; review maintenance log for overhauls, repairs, line replacements; verify SOLAS II-1/3-8 compliance documentation

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

WDU 20000 ✓ verified
Application
Hydraulic Drive Unit - Mooring Winches
Common Failures & Inspection Points
  • Area: Brake System Holding Capacity and Render Function
    Check: Verify brake holding at 60-80% SDMBL first layer per ISO 3730; execute brake render test to confirm slippage at rated design load
  • Area: Wire Rope/Mooring Line Degradation and Lubrication
    Check: Inspect for damage, chafing, kinks; verify lubrication with oil-based compounds applied across full rope length; assess breaking strength reduction
  • Area: Hydraulic System Pressure and Sealing Integrity
    Check: Monitor operating pressure versus nameplate specifications; check all seals, connections and motor housing for hydraulic fluid leakage; calibrate pressure gauges
  • Area: Structural Integrity and Corrosion Protection
    Check: Inspect winch drum for cracks, deformation, surface wear; verify bolt/pin/bearing tightness; assess zinc shot-blast coating condition for oxidation
  • Area: Maintenance Documentation and Load Test Certification
    Check: Confirm annual load test completion and records; review maintenance log for overhauls, repairs, line replacements; verify SOLAS II-1/3-8 compliance documentation

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Split Trawl Winch ✓ verified
Application
Mooring and Marine Deck Operations
Common Failures & Inspection Points
  • Area: Brake System Holding Capacity and Render Function
    Check: Verify brake holding at 60-80% SDMBL first layer per ISO 3730; execute brake render test to confirm slippage at rated design load
  • Area: Wire Rope/Mooring Line Degradation and Lubrication
    Check: Inspect for damage, chafing, kinks; verify lubrication with oil-based compounds applied across full rope length; assess breaking strength reduction
  • Area: Hydraulic System Pressure and Sealing Integrity
    Check: Monitor operating pressure versus nameplate specifications; check all seals, connections and motor housing for hydraulic fluid leakage; calibrate pressure gauges
  • Area: Structural Integrity and Corrosion Protection
    Check: Inspect winch drum for cracks, deformation, surface wear; verify bolt/pin/bearing tightness; assess zinc shot-blast coating condition for oxidation
  • Area: Maintenance Documentation and Load Test Certification
    Check: Confirm annual load test completion and records; review maintenance log for overhauls, repairs, line replacements; verify SOLAS II-1/3-8 compliance documentation

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Royal IHC

4 ✓ 4 verified
HW110 ✓ verified
Application
Mooring, barge mooring, hoisting operations
Common Failures & Inspection Points
  • Area: Brake holding capacity degradation and brake render setting point verification
    Check: Verify brake render setting is maintained at 60% of ship design MBL; check brake linkages for free movement; inspect brake linings for wear and tear; examine brake drum for rust buildup and worn material deposits
  • Area: Wire rope and cable deterioration
    Check: Conduct visual inspection of entire mooring winch system for signs of damage, wear, or corrosion; inspect wire ropes, cables, and drum for fatigue and mechanical damage; verify rope storage and spooling condition
  • Area: Lubrication and rotating parts maintenance
    Check: Inspect all rotating parts (rollers, fairleads, winch drums, deck stands) for free movement; apply multipurpose grease to lubrication points; perform monthly routine inspections with increased frequency for high-usage equipment
  • Area: Hydraulic/electric system performance degradation
    Check: Test line heaving speed under load; verify constant tension and torque control systems; check active/passive heave compensation functionality; measure gear backlash; conduct clutch and brake handle operation checks
  • Area: Structural integrity and corrosion in marine environment
    Check: Perform comprehensive visual examination of drum, frame, and mounting structure; check for signs of corrosion, cracks, or deformation; verify welds and fasteners; conduct dry run to check for abnormal noises or overheating

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

HW250 ✓ verified
Application
Mooring, hoisting, temporary winch replacement
Common Failures & Inspection Points
  • Area: Brake holding capacity degradation and brake render setting point verification
    Check: Verify brake render setting is maintained at 60% of ship design MBL; check brake linkages for free movement; inspect brake linings for wear and tear; examine brake drum for rust buildup and worn material deposits
  • Area: Wire rope and cable deterioration
    Check: Conduct visual inspection of entire mooring winch system for signs of damage, wear, or corrosion; inspect wire ropes, cables, and drum for fatigue and mechanical damage; verify rope storage and spooling condition
  • Area: Lubrication and rotating parts maintenance
    Check: Inspect all rotating parts (rollers, fairleads, winch drums, deck stands) for free movement; apply multipurpose grease to lubrication points; perform monthly routine inspections with increased frequency for high-usage equipment
  • Area: Hydraulic/electric system performance degradation
    Check: Test line heaving speed under load; verify constant tension and torque control systems; check active/passive heave compensation functionality; measure gear backlash; conduct clutch and brake handle operation checks
  • Area: Structural integrity and corrosion in marine environment
    Check: Perform comprehensive visual examination of drum, frame, and mounting structure; check for signs of corrosion, cracks, or deformation; verify welds and fasteners; conduct dry run to check for abnormal noises or overheating

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

EW1690 ✓ verified
Application
Draghead mooring, intermediate lifting
Common Failures & Inspection Points
  • Area: Brake holding capacity degradation and brake render setting point verification
    Check: Verify brake render setting is maintained at 60% of ship design MBL; check brake linkages for free movement; inspect brake linings for wear and tear; examine brake drum for rust buildup and worn material deposits
  • Area: Wire rope and cable deterioration
    Check: Conduct visual inspection of entire mooring winch system for signs of damage, wear, or corrosion; inspect wire ropes, cables, and drum for fatigue and mechanical damage; verify rope storage and spooling condition
  • Area: Lubrication and rotating parts maintenance
    Check: Inspect all rotating parts (rollers, fairleads, winch drums, deck stands) for free movement; apply multipurpose grease to lubrication points; perform monthly routine inspections with increased frequency for high-usage equipment
  • Area: Hydraulic/electric system performance degradation
    Check: Test line heaving speed under load; verify constant tension and torque control systems; check active/passive heave compensation functionality; measure gear backlash; conduct clutch and brake handle operation checks
  • Area: Structural integrity and corrosion in marine environment
    Check: Perform comprehensive visual examination of drum, frame, and mounting structure; check for signs of corrosion, cracks, or deformation; verify welds and fasteners; conduct dry run to check for abnormal noises or overheating

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

EW2100 ✓ verified
Application
Intermediate mooring, heavy-duty lifting
Common Failures & Inspection Points
  • Area: Brake holding capacity degradation and brake render setting point verification
    Check: Verify brake render setting is maintained at 60% of ship design MBL; check brake linkages for free movement; inspect brake linings for wear and tear; examine brake drum for rust buildup and worn material deposits
  • Area: Wire rope and cable deterioration
    Check: Conduct visual inspection of entire mooring winch system for signs of damage, wear, or corrosion; inspect wire ropes, cables, and drum for fatigue and mechanical damage; verify rope storage and spooling condition
  • Area: Lubrication and rotating parts maintenance
    Check: Inspect all rotating parts (rollers, fairleads, winch drums, deck stands) for free movement; apply multipurpose grease to lubrication points; perform monthly routine inspections with increased frequency for high-usage equipment
  • Area: Hydraulic/electric system performance degradation
    Check: Test line heaving speed under load; verify constant tension and torque control systems; check active/passive heave compensation functionality; measure gear backlash; conduct clutch and brake handle operation checks
  • Area: Structural integrity and corrosion in marine environment
    Check: Perform comprehensive visual examination of drum, frame, and mounting structure; check for signs of corrosion, cracks, or deformation; verify welds and fasteners; conduct dry run to check for abnormal noises or overheating

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Aicrane

3 ✓ 3 verified
AQ-JM 30 Ton Electric Mooring Winch ✓ verified
Application
Ship mooring, anchoring, towing, vessel positioning during loading/unloading operations
Common Failures & Inspection Points
  • Area: Bandbremse (Band Brake) auf Verschleiss, Risse und korrekte Spanneinstellung pruefen
    Check: Bandbremse (Band Brake) auf Verschleiss, Risse und korrekte Spanneinstellung pruefen
  • Area: Hydraulische Kupplung und Schalt-Ventile auf Lecks und Druckverluste kontrollieren
    Check: Hydraulische Kupplung und Schalt-Ventile auf Lecks und Druckverluste kontrollieren
  • Area: Kettennuss und Trommel auf Verschleiss, Zahnabbruch und Spurrillen untersuchen
    Check: Kettennuss und Trommel auf Verschleiss, Zahnabbruch und Spurrillen untersuchen
  • Area: Drahtseile auf Korrosion, Faserbruch und Deformationen visuell und taendisch pruefen
    Check: Drahtseile auf Korrosion, Faserbruch und Deformationen visuell und taendisch pruefen
  • Area: Lagerungen und Wellenverbindungen auf Spiel, Verschleiss und Undichtigkeiten inspizieren
    Check: Lagerungen und Wellenverbindungen auf Spiel, Verschleiss und Undichtigkeiten inspizieren
  • Area: Hydraulische Fluesse auf Verschmutzung, Feuchtigkeit und korrektes Viskositaet-Level ueberpruefen
    Check: Hydraulische Fluesse auf Verschmutzung, Feuchtigkeit und korrektes Viskositaet-Level ueberpruefen
  • Area: Elektroschalter, Motorkabel und Kontaktoren auf Erroesion und Beschaedigungen kontrollieren
    Check: Elektroschalter, Motorkabel und Kontaktoren auf Erroesion und Beschaedigungen kontrollieren
  • Area: Kupplung und Tragwerk-Verschraubungen auf Lockerungen und Bruchstellen prufen
    Check: Kupplung und Tragwerk-Verschraubungen auf Lockerungen und Bruchstellen prufen

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

5 Ton Electric Mooring Winch (AQ-JM Series) ✓ verified
Application
Marine electric mooring for vessels, ship anchoring and towing operations
Common Failures & Inspection Points
  • Area: Bandbremse (Band Brake) auf Verschleiss, Risse und korrekte Spanneinstellung pruefen
    Check: Bandbremse (Band Brake) auf Verschleiss, Risse und korrekte Spanneinstellung pruefen
  • Area: Hydraulische Kupplung und Schalt-Ventile auf Lecks und Druckverluste kontrollieren
    Check: Hydraulische Kupplung und Schalt-Ventile auf Lecks und Druckverluste kontrollieren
  • Area: Kettennuss und Trommel auf Verschleiss, Zahnabbruch und Spurrillen untersuchen
    Check: Kettennuss und Trommel auf Verschleiss, Zahnabbruch und Spurrillen untersuchen
  • Area: Drahtseile auf Korrosion, Faserbruch und Deformationen visuell und taendisch pruefen
    Check: Drahtseile auf Korrosion, Faserbruch und Deformationen visuell und taendisch pruefen
  • Area: Lagerungen und Wellenverbindungen auf Spiel, Verschleiss und Undichtigkeiten inspizieren
    Check: Lagerungen und Wellenverbindungen auf Spiel, Verschleiss und Undichtigkeiten inspizieren
  • Area: Hydraulische Fluesse auf Verschmutzung, Feuchtigkeit und korrektes Viskositaet-Level ueberpruefen
    Check: Hydraulische Fluesse auf Verschmutzung, Feuchtigkeit und korrektes Viskositaet-Level ueberpruefen
  • Area: Elektroschalter, Motorkabel und Kontaktoren auf Erroesion und Beschaedigungen kontrollieren
    Check: Elektroschalter, Motorkabel und Kontaktoren auf Erroesion und Beschaedigungen kontrollieren
  • Area: Kupplung und Tragwerk-Verschraubungen auf Lockerungen und Bruchstellen prufen
    Check: Kupplung und Tragwerk-Verschraubungen auf Lockerungen und Bruchstellen prufen

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

30 Ton Hydraulic Mooring Winch (Single Drum) ✓ verified
Application
Port mooring, harbor vessel positioning, offshore platform mooring operations
Common Failures & Inspection Points
  • Area: Bandbremse (Band Brake) auf Verschleiss, Risse und korrekte Spanneinstellung pruefen
    Check: Bandbremse (Band Brake) auf Verschleiss, Risse und korrekte Spanneinstellung pruefen
  • Area: Hydraulische Kupplung und Schalt-Ventile auf Lecks und Druckverluste kontrollieren
    Check: Hydraulische Kupplung und Schalt-Ventile auf Lecks und Druckverluste kontrollieren
  • Area: Kettennuss und Trommel auf Verschleiss, Zahnabbruch und Spurrillen untersuchen
    Check: Kettennuss und Trommel auf Verschleiss, Zahnabbruch und Spurrillen untersuchen
  • Area: Drahtseile auf Korrosion, Faserbruch und Deformationen visuell und taendisch pruefen
    Check: Drahtseile auf Korrosion, Faserbruch und Deformationen visuell und taendisch pruefen
  • Area: Lagerungen und Wellenverbindungen auf Spiel, Verschleiss und Undichtigkeiten inspizieren
    Check: Lagerungen und Wellenverbindungen auf Spiel, Verschleiss und Undichtigkeiten inspizieren
  • Area: Hydraulische Fluesse auf Verschmutzung, Feuchtigkeit und korrektes Viskositaet-Level ueberpruefen
    Check: Hydraulische Fluesse auf Verschmutzung, Feuchtigkeit und korrektes Viskositaet-Level ueberpruefen
  • Area: Elektroschalter, Motorkabel und Kontaktoren auf Erroesion und Beschaedigungen kontrollieren
    Check: Elektroschalter, Motorkabel und Kontaktoren auf Erroesion und Beschaedigungen kontrollieren
  • Area: Kupplung und Tragwerk-Verschraubungen auf Lockerungen und Bruchstellen prufen
    Check: Kupplung und Tragwerk-Verschraubungen auf Lockerungen und Bruchstellen prufen

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Maritime Pusnes AS

2 ✓ 2 verified
150 HW ✓ verified
Application
Mooring winch
Common Failures & Inspection Points
  • Area: Brake holding capacity degradation
    Check: Render test - brake must hold at minimum 60% of Safe Diagonal Minimum Breaking Load (SDMBL). Oil, moisture, rust on lining can reduce capacity up to 75%
  • Area: Brake lining wear
    Check: Visual inspection for wear, damage, contamination. Maximum allowable wear is 40% (residual thickness must be 60% of original). Measure lining thickness with calipers
  • Area: Cable winding and line integrity
    Check: Inspect proper cable winding on drum - improper winding reduces braking force by up to 50%. Check for kinks, fraying, or damaged sections along entire cable length
  • Area: Hydraulic system pressure and fluid condition
    Check: Verify working pressure approximately 250 bar (for Pusnes ring-main systems). Test fluid for contamination, water ingress, viscosity stability. Check all hoses for leaks, cracks, or excessive wear
  • Area: Mechanical components and gearbox
    Check: Inspect enclosed primary gearbox for oil leaks, gear wear, bearing play. Verify oil-bath lubrication system functioning. Check for noise during operation indicating internal damage

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

220 HW / 245 HW ✓ verified
Application
Windlass mooring winch
Common Failures & Inspection Points
  • Area: Brake holding capacity degradation
    Check: Render test - brake must hold at minimum 60% of Safe Diagonal Minimum Breaking Load (SDMBL). Oil, moisture, rust on lining can reduce capacity up to 75%
  • Area: Brake lining wear
    Check: Visual inspection for wear, damage, contamination. Maximum allowable wear is 40% (residual thickness must be 60% of original). Measure lining thickness with calipers
  • Area: Cable winding and line integrity
    Check: Inspect proper cable winding on drum - improper winding reduces braking force by up to 50%. Check for kinks, fraying, or damaged sections along entire cable length
  • Area: Hydraulic system pressure and fluid condition
    Check: Verify working pressure approximately 250 bar (for Pusnes ring-main systems). Test fluid for contamination, water ingress, viscosity stability. Check all hoses for leaks, cracks, or excessive wear
  • Area: Mechanical components and gearbox
    Check: Inspect enclosed primary gearbox for oil leaks, gear wear, bearing play. Verify oil-bath lubrication system functioning. Check for noise during operation indicating internal damage

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Nippon Pusnes Co., Ltd.

2 ✓ 2 verified
NS160HW ✓ verified
Application
Mooring winch with hydraulic motor
Common Failures & Inspection Points
  • Area: Brake holding capacity degradation
    Check: Render test - brake must hold at minimum 60% of Safe Diagonal Minimum Breaking Load (SDMBL). Oil, moisture, rust on lining can reduce capacity up to 75%
  • Area: Brake lining wear
    Check: Visual inspection for wear, damage, contamination. Maximum allowable wear is 40% (residual thickness must be 60% of original). Measure lining thickness with calipers
  • Area: Cable winding and line integrity
    Check: Inspect proper cable winding on drum - improper winding reduces braking force by up to 50%. Check for kinks, fraying, or damaged sections along entire cable length
  • Area: Hydraulic system pressure and fluid condition
    Check: Verify working pressure approximately 250 bar (for Pusnes ring-main systems). Test fluid for contamination, water ingress, viscosity stability. Check all hoses for leaks, cracks, or excessive wear
  • Area: Mechanical components and gearbox
    Check: Inspect enclosed primary gearbox for oil leaks, gear wear, bearing play. Verify oil-bath lubrication system functioning. Check for noise during operation indicating internal damage

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

HMC-125-S-125-40-FMC-CS ✓ verified
Application
Windlass and mooring winch with motor
Common Failures & Inspection Points
  • Area: Brake holding capacity degradation
    Check: Render test - brake must hold at minimum 60% of Safe Diagonal Minimum Breaking Load (SDMBL). Oil, moisture, rust on lining can reduce capacity up to 75%
  • Area: Brake lining wear
    Check: Visual inspection for wear, damage, contamination. Maximum allowable wear is 40% (residual thickness must be 60% of original). Measure lining thickness with calipers
  • Area: Cable winding and line integrity
    Check: Inspect proper cable winding on drum - improper winding reduces braking force by up to 50%. Check for kinks, fraying, or damaged sections along entire cable length
  • Area: Hydraulic system pressure and fluid condition
    Check: Verify working pressure approximately 250 bar (for Pusnes ring-main systems). Test fluid for contamination, water ingress, viscosity stability. Check all hoses for leaks, cracks, or excessive wear
  • Area: Mechanical components and gearbox
    Check: Inspect enclosed primary gearbox for oil leaks, gear wear, bearing play. Verify oil-bath lubrication system functioning. Check for noise during operation indicating internal damage

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Flutek

1 ✓ 1 verified
WWFK0001 ✓ verified
Application
Ship Mooring Winch (Type 81 Windlass)
Common Failures & Inspection Points
  • Area: Brake System Inspection
    Check: Verify spring-applied fail-safe brake mechanism (manual and hydraulic activation) per marine classification standards (ClassNK, DNV-GL, ABS)
  • Area: Hydraulic System Integrity
    Check: Inspect hydraulic pumps (K3V series), motors, and control valves for leaks, pressure ratings, and certification per ISO 4413 and marine environmental standards
  • Area: Winch Drum Condition Assessment
    Check: Check chain drum and mooring drum for wear, corrosion, fatigue cracks, and liner condition; verify load capacity against service history
  • Area: Control & Remote System Verification
    Check: Test wireless remote control, shipside remote, automatic tension mooring function, and emergency stop systems for proper operation and safety interlocks
  • Area: Environmental Resistance Certification
    Check: Verify corrosion resistance (material coatings, stainless hardware) and polar operation capability per Flutek eco-friendly deck machinery design standard

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Karmøy Winch AS

1 ✓ 1 verified
MW 022-44c-E117 ✓ verified
Application
Mooring Winch for ships, docking maneuvers and lifting/lowering operations
Common Failures & Inspection Points
  • Area: Hydraulic fluid condition and contamination levels
    Check: Verify oil color, viscosity, absence of particulates; ISO 4406 cleanliness code compliance (typically 17/15/12 or better for mooring winches)
  • Area: Drum condition and wire rope interface
    Check: Inspect drum surface for damage, grooves, corrosion; verify grooves are not deformed and wire seating is uniform
  • Area: Brake system performance and safety holding capacity
    Check: Test brake holding force, verify emergency release mechanism functions properly, confirm spring and friction disc condition
  • Area: Electrical and control system functionality
    Check: Verify all control panel indicators work, test emergency stop button operation, confirm load monitoring system accuracy
  • Area: Structural integrity and fastener security
    Check: Check for cracks in winch frame and drum housing, verify all bolts torqued to specification, inspect welds for signs of stress or separation

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

MacGregor (Pusnes Brand)

1 ✓ 1 verified
MHW Series (5-150 tonnes) ✓ verified
Application
Mooring winch drive
Common Failures & Inspection Points
  • Area: Brake holding capacity degradation
    Check: Render test - brake must hold at minimum 60% of Safe Diagonal Minimum Breaking Load (SDMBL). Oil, moisture, rust on lining can reduce capacity up to 75%
  • Area: Brake lining wear
    Check: Visual inspection for wear, damage, contamination. Maximum allowable wear is 40% (residual thickness must be 60% of original). Measure lining thickness with calipers
  • Area: Cable winding and line integrity
    Check: Inspect proper cable winding on drum - improper winding reduces braking force by up to 50%. Check for kinks, fraying, or damaged sections along entire cable length
  • Area: Hydraulic system pressure and fluid condition
    Check: Verify working pressure approximately 250 bar (for Pusnes ring-main systems). Test fluid for contamination, water ingress, viscosity stability. Check all hoses for leaks, cracks, or excessive wear
  • Area: Mechanical components and gearbox
    Check: Inspect enclosed primary gearbox for oil leaks, gear wear, bearing play. Verify oil-bath lubrication system functioning. Check for noise during operation indicating internal damage

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Pusnes/Aker Solutions

1 ✓ 1 verified
320 EW / 350 EW ✓ verified
Application
Electrically-driven mooring winch
Common Failures & Inspection Points
  • Area: Brake holding capacity degradation
    Check: Render test - brake must hold at minimum 60% of Safe Diagonal Minimum Breaking Load (SDMBL). Oil, moisture, rust on lining can reduce capacity up to 75%
  • Area: Brake lining wear
    Check: Visual inspection for wear, damage, contamination. Maximum allowable wear is 40% (residual thickness must be 60% of original). Measure lining thickness with calipers
  • Area: Cable winding and line integrity
    Check: Inspect proper cable winding on drum - improper winding reduces braking force by up to 50%. Check for kinks, fraying, or damaged sections along entire cable length
  • Area: Hydraulic system pressure and fluid condition
    Check: Verify working pressure approximately 250 bar (for Pusnes ring-main systems). Test fluid for contamination, water ingress, viscosity stability. Check all hoses for leaks, cracks, or excessive wear
  • Area: Mechanical components and gearbox
    Check: Inspect enclosed primary gearbox for oil leaks, gear wear, bearing play. Verify oil-bath lubrication system functioning. Check for noise during operation indicating internal damage

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

Pusnes/Maritime Pusnes AS

1 ✓ 1 verified
400 HW ✓ verified
Application
Mooring winch
Common Failures & Inspection Points
  • Area: Brake holding capacity degradation
    Check: Render test - brake must hold at minimum 60% of Safe Diagonal Minimum Breaking Load (SDMBL). Oil, moisture, rust on lining can reduce capacity up to 75%
  • Area: Brake lining wear
    Check: Visual inspection for wear, damage, contamination. Maximum allowable wear is 40% (residual thickness must be 60% of original). Measure lining thickness with calipers
  • Area: Cable winding and line integrity
    Check: Inspect proper cable winding on drum - improper winding reduces braking force by up to 50%. Check for kinks, fraying, or damaged sections along entire cable length
  • Area: Hydraulic system pressure and fluid condition
    Check: Verify working pressure approximately 250 bar (for Pusnes ring-main systems). Test fluid for contamination, water ingress, viscosity stability. Check all hoses for leaks, cracks, or excessive wear
  • Area: Mechanical components and gearbox
    Check: Inspect enclosed primary gearbox for oil leaks, gear wear, bearing play. Verify oil-bath lubrication system functioning. Check for noise during operation indicating internal damage

Typ-universelle Inspektionspunkte fuer Anchor & Mooring Equipment (verifiziert, 2026-06).

MacGregor

61
MW-E Electric Mooring Winch
350 kN holding · Anchor Chain / Mooring Lines
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

Service: Calibrate tension sensors annually. Inspect worm gear at dry-dock.
Spare Parts: MacGregor: Bremsbeläge an Bord vorhalten. Lead time: 3-6 Wochen.
Hatlapa LMK Electric Mooring Winch (Family)
Model Family
Hatlapa LMK-E
Equipment Type
mooring_winch
Drive Type
electric
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

Hatlapa LMK-200E
Model Family
Hatlapa LMK-E
Equipment Type
mooring_winch
Drive Type
electric
Pull capacity (kN)
200
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

Hatlapa LMK-300E
Model Family
Hatlapa LMK-E
Equipment Type
mooring_winch
Drive Type
electric
Pull capacity (kN)
300
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

Hatlapa LMK-400E
Model Family
Hatlapa LMK-E
Equipment Type
mooring_winch
Drive Type
electric
Pull capacity (kN)
400
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

Hatlapa LMK-500E
Model Family
Hatlapa LMK-E
Equipment Type
mooring_winch
Drive Type
electric
Pull capacity (kN)
500
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

Hatlapa LMK-600E
Model Family
Hatlapa LMK-E
Equipment Type
mooring_winch
Drive Type
electric
Pull capacity (kN)
600
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

Hatlapa LMK-800E
Model Family
Hatlapa LMK-E
Equipment Type
mooring_winch
Drive Type
electric
Pull capacity (kN)
800
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

Pusnes Mooring Winch MW (Family)
Model Family
Pusnes MW
Equipment Type
mooring_winch
Drive Type
hydraulic
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

Pusnes MW-300
Model Family
Pusnes MW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
300
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

Pusnes MW-400
Model Family
Pusnes MW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
400
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

Pusnes MW-500
Model Family
Pusnes MW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
500
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

Pusnes MW-600
Model Family
Pusnes MW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
600
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

Pusnes MW-800
Model Family
Pusnes MW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
800
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

Pusnes MW-1000
Model Family
Pusnes MW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
1000
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

Pusnes MW-1200
Model Family
Pusnes MW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
1200
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

Pusnes MW-1500
Model Family
Pusnes MW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
1500
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

Pusnes MW-2000
Model Family
Pusnes MW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
2000
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

HMW-50kN
Pull Force (kN)
50
Type
Hägglunds Mooring Winch
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

HMW-100kN
Pull Force (kN)
100
Type
Hägglunds Mooring Winch
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

HMW-150kN
Pull Force (kN)
150
Type
Hägglunds Mooring Winch
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

HMW-200kN
Pull Force (kN)
200
Type
Hägglunds Mooring Winch
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

HMW-250kN
Pull Force (kN)
250
Type
Hägglunds Mooring Winch
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

HMW-300kN
Pull Force (kN)
300
Type
Hägglunds Mooring Winch
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

HMW-400kN
Pull Force (kN)
400
Type
Hägglunds Mooring Winch
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

HMW-500kN
Pull Force (kN)
500
Type
Hägglunds Mooring Winch
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

HMW-600kN
Pull Force (kN)
600
Type
Hägglunds Mooring Winch
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

HMW-800kN
Pull Force (kN)
800
Type
Hägglunds Mooring Winch
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

HMW-1000kN
Pull Force (kN)
1000
Type
Hägglunds Mooring Winch
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MG-MW-75kN-H
Pull Force (kN)
75
Drive
Hydraulic
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MG-MW-75kN-E
Pull Force (kN)
75
Drive
Electric
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MG-MW-125kN-H
Pull Force (kN)
125
Drive
Hydraulic
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MG-MW-125kN-E
Pull Force (kN)
125
Drive
Electric
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MG-MW-175kN-H
Pull Force (kN)
175
Drive
Hydraulic
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MG-MW-175kN-E
Pull Force (kN)
175
Drive
Electric
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MG-MW-225kN-H
Pull Force (kN)
225
Drive
Hydraulic
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MG-MW-225kN-E
Pull Force (kN)
225
Drive
Electric
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MG-MW-275kN-H
Pull Force (kN)
275
Drive
Hydraulic
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MG-MW-275kN-E
Pull Force (kN)
275
Drive
Electric
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MG-MW-350kN-H
Pull Force (kN)
350
Drive
Hydraulic
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MG-MW-350kN-E
Pull Force (kN)
350
Drive
Electric
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MG-MW-450kN-H
Pull Force (kN)
450
Drive
Hydraulic
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MG-MW-450kN-E
Pull Force (kN)
450
Drive
Electric
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MG-MW-550kN-H
Pull Force (kN)
550
Drive
Hydraulic
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MG-MW-550kN-E
Pull Force (kN)
550
Drive
Electric
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MG-MW-650kN-H
Pull Force (kN)
650
Drive
Hydraulic
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MG-MW-650kN-E
Pull Force (kN)
650
Drive
Electric
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MG-MW-700kN-H
Pull Force (kN)
700
Drive
Hydraulic
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MG-MW-700kN-E
Pull Force (kN)
700
Drive
Electric
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MG-MW-750kN-H
Pull Force (kN)
750
Drive
Hydraulic
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MG-MW-750kN-E
Pull Force (kN)
750
Drive
Electric
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MG-MW-850kN-H
Pull Force (kN)
850
Drive
Hydraulic
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MG-MW-850kN-E
Pull Force (kN)
850
Drive
Electric
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MG-MW-900kN-H
Pull Force (kN)
900
Drive
Hydraulic
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MG-MW-900kN-E
Pull Force (kN)
900
Drive
Electric
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

MacGregor MW-200 200kN Winch
Pull Force (kN)
200
Drive Type
hydraulic
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

Pusnes Mooring Winch Range
Pull 100-600 kN, Brake 200-1,200 kN · Mooring Lines (Wire/Synthetic)
Type
Single/Double Drum Mooring Winch (Electric/Hydraulic)
Size Range
  • MW-100
  • MW-200
  • MW-300
  • MW-400
  • MW-600
Power range (kW)
  • 30
  • 300
Drive Type
Electric / Hydraulic
Construction
Cast/welded steel, split drum, band/disc brake, auto-tension
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

Service: Band brake inspection every 6 months. Auto-tension system test before each port call. Drum groove measurement at drydock. Hydraulic oil analysis annually. Wire/line drum capacity check per OCIMF MEG4.
Spare Parts: MacGregor/Cargotec (ehem. Pusnes). Global network. Lead time: 3-6 weeks. Brake linings: keep onboard.
MHW-E200 Electric Mooring Winch
200 kN · Anchor Chain / Mooring Lines
Brake capacity (kN)
400
Wire diameter (mm)
36
Drum capacity (m)
200
Drive
electric
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

Service: Re-spool wire after every 50 operations; adjust brake clearance semi-annually.
Spare Parts: MacGregor Pusnes: Bremsbeläge an Bord vorhalten. Lead time: 3-6 Wochen.
MHW-H300 Hydraulic Mooring Winch
300 kN · Anchor Chain / Mooring Lines
Brake capacity (kN)
600
Wire diameter (mm)
42
Drum capacity (m)
280
Drive
hydraulic
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

Service: Replace motor seals at 8000 hours; inspect drum surface at dry-dock.
Spare Parts: MacGregor Pusnes: Bremsbeläge an Bord vorhalten. Lead time: 3-6 Wochen.
MHW-Auto 250 Auto-Mooring
250 kN · Anchor Chain / Mooring Lines
Brake capacity (kN)
500
Auto tension
ja
Wire diameter (mm)
40
Drive
electric
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

Service: Software update annually; re-terminate wire eyes every 3 years.
Spare Parts: MacGregor Pusnes: Bremsbeläge an Bord vorhalten. Lead time: 3-6 Wochen.
MHW-SD400 Split Drum
400 kN · Anchor Chain / Mooring Lines · Hydraulic Mooring Winch
Brake capacity (kN)
800
Wire diameter (mm)
48
Drum capacity (m)
350
Drive
hydraulic
Technical Specifications
Brake Holding Capacity (first layer)
Up to 500 tonnes, or ISO/classification society compliant
Load Capacity
5 to 300 tonnes on first layer (configurable)
Windlass with Chain Stopper
Brake must withstand min. 45% of chain cable breaking strength
Windlass without Chain Stopper
Brake must withstand min. 80% of chain cable breaking strength
Drum Configuration
Single to triple drums, modular HPU or full electrical drive
Product Lines
  • Hatlapa (merchant ship segment, anchor handling)
  • Pusnes (offshore mooring systems, eccentric fairlead chain stopper EFCS)
  • Triplex (chain stopper systems)
  • MacGregor MEW (electrical drive)
  • MacGregor MHW (modular hydraulic power unit)
Common Failures & Inspection Points
  • Area: Brake Holding Capacity insufficiency or deterioration
    Check: Conduct brake rendering test using Brake Testing Kit or torque spanner method. Accept only if PRIMARY brake holds min. 60% of ship design MBL. Test after every brake lining renewal, before delivery, within 30 days takeover, and annually. Adjust lining if wear exceeds 40% residual thickness.
  • Area: Chain/Gypsy Wear, Corrosion, Pitting (gypsy teeth, chain links)
    Check: Measure link diameter at wear points - maximum 12% reduction allowed by class rules. Inspect for cracks, distortion, corrosion pitting, especially under gypsy where crevice corrosion occurs. Monitor for abrasion from rocks/sand. In saltwater, check galvanized steel for oxidation; in stainless, examine for crevice attack in oxygen-starved spots.
  • Area: Hydraulic System Contamination (brake efficiency loss)
    Check: Check hydraulic lines and piping monthly for leaks, tightness, proper valve function. Inspect hydraulic fluid condition (contamination, moisture, oil breakdown). Oil, moisture, or heavy rust on brake lining/drum can reduce holding capacity up to 75%. Temperature monitoring on hydraulic pipelines indicates lubrication issues.
  • Area: Brake Lining Wear (linings must maintain adequate thickness)
    Check: Inspect brake lining thickness regularly - renewal required when residual thickness drops below 50-60% of original (e.g., 8mm original -> replace at 4-5mm). Check for discoloration, scorching, unevenness, rough spots. Replace upper AND lower linings simultaneously. On non-tank vessels, renew at every drydock regardless of condition.
  • Area: Chain Stopper Hydraulic Function & Mechanical Lock (Pusnes EFCS, Hatlapa roller stopper)
    Check: Test hydraulic-operated chain stopper self-locking release capability under FULL DESIGN LOAD. Verify proper engagement/disengagement cycles. For Pusnes EFCS: check eccentric mechanism for wear, hydraulic pressure (motor protection integration). For Hatlapa roller stopper: inspect roller wear, high-pressure hydraulic motor function. Examine for leaks, cracks, corrosion on stopper pins/bushings.
  • Area: Foundation Integrity & Corrosion (windlass mounting, fairlead supports)
    Check: Examine foundation bolts, welds, support frame before and after heavy anchoring/mooring operations for stress cracks, corrosion pitting, galvanic corrosion at dissimilar metal joints (fairlead/deck interface). Verify no settlement or deformation. In rough weather operations, monitor for fatigue cracking under excessive loads. Apply protective coatings where needed (zinc-rich primer + topcoat).

Typ-universelle Inspektions-/Wartungspunkte fuer Anchor & Mooring Equipment (MacGregor + DNV/OSHA, 2026-06). Per-Modell-Specs NICHT auto-gefuellt.

Service: NDT drum flanges at dry-dock; inspect brake cooling passages.
Spare Parts: MacGregor Pusnes: Bremsbeläge an Bord vorhalten. Lead time: 3-6 Wochen.
Strengths
  • High brake capacity for secure mooring
  • Large drum capacity for extended wire storage
  • Hydraulic drive for smooth and reliable operation
  • Split drum design for efficient wire handling
  • Suitable for a range of vessel types and sizes
Weaknesses
  • Potential for drum flange cracking if not properly maintained
  • Brake overheating can occur if cooling passages are clogged
  • Clutch wear may require frequent inspection and replacement
  • Requires regular NDT inspections of drum flanges
  • May require additional cooling systems for high-temperature operations
Typical Vessels: TankerContainerBulk CarrierOffshore Support Vessel
Certifications: DNVABSLloyds Register
Decision Guide: Choose if: you require a high-capacity mooring winch with a reliable hydraulic drive and efficient wire handling. Avoid if: you are looking for a winch with a low maintenance requirement or a compact design.
Use Cases: Typically deployed on large vessels that require secure mooring operations, such as tankers, container ships, and bulk carriers, as well as offshore support vessels.

Kongsberg

58
Kongsberg Maritime MW-SD200 Split Drum Mooring Winch
MW-SD200 Split Drum Mooring Winch
200 kN · Anchor Chain / Mooring Lines
Brake capacity (kN)
400
Wire diameter (mm)
36
Drum capacity (m)
220
Drive
electric
Common Failures & Inspection Points
  • Drum bearing failure
  • Brake band wear
  • Wire rope birdcaging
Service: Inspect wire for broken wires monthly; grease drum bearings quarterly.
Spare Parts: Kongsberg Maritime: Bremsbeläge an Bord vorhalten. Lead time: 3-6 Wochen.
Kongsberg Maritime MW-AT250 Auto-Tension Winch
MW-AT250 Auto-Tension Winch
250 kN · Anchor Chain / Mooring Lines
Brake capacity (kN)
500
Wire diameter (mm)
40
Auto tension
ja
Drive
hydraulic
Common Failures & Inspection Points
  • Tension sensor drift
  • Hydraulic accumulator leak
  • PLC fault
Service: Calibrate tension sensors semi-annually; test fail-safe mode quarterly.
Spare Parts: Kongsberg Maritime: Bremsbeläge an Bord vorhalten. Lead time: 3-6 Wochen.
Kongsberg Maritime MW-SD350 Split Drum Mooring Winch
MW-SD350 Split Drum Mooring Winch
350 kN · Anchor Chain / Mooring Lines
Brake capacity (kN)
700
Wire diameter (mm)
44
Drum capacity (m)
300
Drive
electric
Common Failures & Inspection Points
  • Clutch slippage
  • Wire fleet angle issues
  • Brake drum distortion
Service: Adjust clutch torque annually; ensure proper fleet angle via fairlead position.
Spare Parts: Kongsberg Maritime: Bremsbeläge an Bord vorhalten. Lead time: 3-6 Wochen.
MW-CT150 Constant Tension Winch
150 kN · Anchor Chain / Mooring Lines
Brake capacity (kN)
300
Constant tension
ja
Drive
hydraulic
Common Failures & Inspection Points
  • Servo valve contamination
  • Accumulator pre-charge loss
  • Drum seal leak
Service: Use filtered hydraulic oil (NAS 7); check accumulator monthly.
Spare Parts: Kongsberg Maritime: Bremsbeläge an Bord vorhalten. Lead time: 3-6 Wochen.
Brattvaag BV-MW Mooring Winch (Family) unverified
Model Family
Brattvaag BV-MW
Equipment Type
mooring_winch
Drive Type
hydraulic
BV-MW-150 unverified
Model Family
Brattvaag BV-MW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
150
BV-MW-200 unverified
Model Family
Brattvaag BV-MW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
200
BV-MW-300 unverified
Model Family
Brattvaag BV-MW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
300
BV-MW-400 unverified
Model Family
Brattvaag BV-MW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
400
BV-MW-500 unverified
Model Family
Brattvaag BV-MW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
500
BV-MW-600 unverified
Model Family
Brattvaag BV-MW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
600
BV-MW-800 unverified
Model Family
Brattvaag BV-MW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
800
BV-MW-1000 unverified
Model Family
Brattvaag BV-MW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
1000
RR MW-50kN unverified
Pull Force (kN)
50
Type
Hydraulic Mooring Winch
RR MW-E-50kN unverified
Pull Force (kN)
50
Type
Electric Mooring Winch
RR MW-100kN unverified
Pull Force (kN)
100
Type
Hydraulic Mooring Winch
RR MW-E-100kN unverified
Pull Force (kN)
100
Type
Electric Mooring Winch
RR MW-150kN unverified
Pull Force (kN)
150
Type
Hydraulic Mooring Winch
RR MW-E-150kN unverified
Pull Force (kN)
150
Type
Electric Mooring Winch
RR MW-200kN unverified
Pull Force (kN)
200
Type
Hydraulic Mooring Winch
RR MW-E-200kN unverified
Pull Force (kN)
200
Type
Electric Mooring Winch
RR MW-250kN unverified
Pull Force (kN)
250
Type
Hydraulic Mooring Winch
RR MW-E-250kN unverified
Pull Force (kN)
250
Type
Electric Mooring Winch
RR MW-300kN unverified
Pull Force (kN)
300
Type
Hydraulic Mooring Winch
RR MW-E-300kN unverified
Pull Force (kN)
300
Type
Electric Mooring Winch
RR MW-400kN unverified
Pull Force (kN)
400
Type
Hydraulic Mooring Winch
RR MW-E-400kN unverified
Pull Force (kN)
400
Type
Electric Mooring Winch
RR MW-500kN unverified
Pull Force (kN)
500
Type
Hydraulic Mooring Winch
RR MW-E-500kN unverified
Pull Force (kN)
500
Type
Electric Mooring Winch
RR MW-600kN unverified
Pull Force (kN)
600
Type
Hydraulic Mooring Winch
RR MW-E-600kN unverified
Pull Force (kN)
600
Type
Electric Mooring Winch
RR-MW-75kN-H unverified
Pull Force (kN)
75
Drive
Hydraulic
RR-MW-75kN-E unverified
Pull Force (kN)
75
Drive
Electric
RR-MW-125kN-H unverified
Pull Force (kN)
125
Drive
Hydraulic
RR-MW-125kN-E unverified
Pull Force (kN)
125
Drive
Electric
RR-MW-175kN-H unverified
Pull Force (kN)
175
Drive
Hydraulic
RR-MW-175kN-E unverified
Pull Force (kN)
175
Drive
Electric
RR-MW-225kN-H unverified
Pull Force (kN)
225
Drive
Hydraulic
RR-MW-225kN-E unverified
Pull Force (kN)
225
Drive
Electric
RR-MW-275kN-H unverified
Pull Force (kN)
275
Drive
Hydraulic
RR-MW-275kN-E unverified
Pull Force (kN)
275
Drive
Electric
RR-MW-350kN-H unverified
Pull Force (kN)
350
Drive
Hydraulic
RR-MW-350kN-E unverified
Pull Force (kN)
350
Drive
Electric
RR-MW-450kN-H unverified
Pull Force (kN)
450
Drive
Hydraulic
RR-MW-450kN-E unverified
Pull Force (kN)
450
Drive
Electric
RR-MW-550kN-H unverified
Pull Force (kN)
550
Drive
Hydraulic
RR-MW-550kN-E unverified
Pull Force (kN)
550
Drive
Electric
RR-MW-650kN-H unverified
Pull Force (kN)
650
Drive
Hydraulic
RR-MW-650kN-E unverified
Pull Force (kN)
650
Drive
Electric
RR-MW-700kN-H unverified
Pull Force (kN)
700
Drive
Hydraulic
RR-MW-700kN-E unverified
Pull Force (kN)
700
Drive
Electric
RR-MW-750kN-H unverified
Pull Force (kN)
750
Drive
Hydraulic
RR-MW-750kN-E unverified
Pull Force (kN)
750
Drive
Electric
RR-MW-850kN-H unverified
Pull Force (kN)
850
Drive
Hydraulic
RR-MW-850kN-E unverified
Pull Force (kN)
850
Drive
Electric
RR-MW-900kN-H unverified
Pull Force (kN)
900
Drive
Hydraulic
RR-MW-900kN-E unverified
Pull Force (kN)
900
Drive
Electric
Mooring Winch Range
Pull 100-600 kN · Mooring Lines
Type
Single/Double Drum Mooring Winch
Size Range
  • RR-MW-100
  • RR-MW-200
  • RR-MW-350
  • RR-MW-500
Power range (kW)
  • 30
  • 250
Drive Type
Electric / Hydraulic
Construction
Cast/welded steel, split drum, band brake
Common Failures & Inspection Points
  • Band brake wear
  • Drum clutch deterioration
  • Hydraulic motor leak
  • Auto-tension system fault
Service: Standard mooring winch maintenance. OCIMF MEG4 compliance check.
Spare Parts: Kongsberg Maritime. Lead time: 3-6 weeks.

Brattvaag

39
Brattvaag BM-H Hydraulic Mooring Winch
BM-H Hydraulic Mooring Winch
250 kN holding · Anchor Chain / Mooring Lines
Common Failures & Inspection Points
  • Hydraulic motor seal failure
  • Split-drum clutch slipping
  • Control valve sticking
Service: Replace hydraulic motor shaft seals every 8000 hrs. Flush hydraulic system annually.
Spare Parts: Brattvaag: Bremsbeläge an Bord vorhalten. Lead time: 3-6 Wochen.
BV-MW-SD200 Split Drum Mooring Winch
200 kN · Anchor Chain / Mooring Lines
Brake capacity (kN)
400
Wire diameter (mm)
36
Drive
hydraulic
Common Failures & Inspection Points
  • Drum seal failure
  • Wire rope fatigue
  • Brake band glazing
Service: Replace drum seals at 6000 hours.
Spare Parts: Brattvaag: Bremsbeläge an Bord vorhalten. Lead time: 3-6 Wochen.
BV-MW-CT300 Constant Tension
300 kN · Anchor Chain / Mooring Lines
Brake capacity (kN)
600
Constant tension
ja
Drive
hydraulic
Common Failures & Inspection Points
  • Accumulator bladder failure
  • Hydraulic motor cavitation
  • PLC communication error
Service: Replace accumulator bladders every 4 years; check PLC battery annually.
Spare Parts: Brattvaag: Bremsbeläge an Bord vorhalten. Lead time: 3-6 Wochen.
BV-MW-Combined 250
250 kN · Anchor Chain / Mooring Lines
Brake capacity (kN)
500
Combined towing
ja
Drive
hydraulic
Common Failures & Inspection Points
  • Towing drum bearing failure
  • Clutch engagement issues
  • Wire fairlead wear
Service: Inspect towing drum bearings every 2000 hours.
Spare Parts: Brattvaag: Bremsbeläge an Bord vorhalten. Lead time: 3-6 Wochen.
BV-MW-50kN unverified
Pull Force (kN)
50
BV-MW-100kN unverified
Pull Force (kN)
100
BV-MW-150kN unverified
Pull Force (kN)
150
BV-MW-200kN unverified
Pull Force (kN)
200
BV-MW-250kN unverified
Pull Force (kN)
250
BV-MW-300kN unverified
Pull Force (kN)
300
BV-MW-400kN unverified
Pull Force (kN)
400
BV-MW-500kN unverified
Pull Force (kN)
500
BV-MW-600kN unverified
Pull Force (kN)
600
BV-MW-75kN-H unverified
Pull Force (kN)
75
Drive
Hydraulic
BV-MW-75kN-E unverified
Pull Force (kN)
75
Drive
Electric
BV-MW-125kN-H unverified
Pull Force (kN)
125
Drive
Hydraulic
BV-MW-125kN-E unverified
Pull Force (kN)
125
Drive
Electric
BV-MW-175kN-H unverified
Pull Force (kN)
175
Drive
Hydraulic
BV-MW-175kN-E unverified
Pull Force (kN)
175
Drive
Electric
BV-MW-225kN-H unverified
Pull Force (kN)
225
Drive
Hydraulic
BV-MW-225kN-E unverified
Pull Force (kN)
225
Drive
Electric
BV-MW-275kN-H unverified
Pull Force (kN)
275
Drive
Hydraulic
BV-MW-275kN-E unverified
Pull Force (kN)
275
Drive
Electric
BV-MW-350kN-H unverified
Pull Force (kN)
350
Drive
Hydraulic
BV-MW-350kN-E unverified
Pull Force (kN)
350
Drive
Electric
BV-MW-450kN-H unverified
Pull Force (kN)
450
Drive
Hydraulic
BV-MW-450kN-E unverified
Pull Force (kN)
450
Drive
Electric
BV-MW-550kN-H unverified
Pull Force (kN)
550
Drive
Hydraulic
BV-MW-550kN-E unverified
Pull Force (kN)
550
Drive
Electric
BV-MW-650kN-H unverified
Pull Force (kN)
650
Drive
Hydraulic
BV-MW-650kN-E unverified
Pull Force (kN)
650
Drive
Electric
BV-MW-700kN-H unverified
Pull Force (kN)
700
Drive
Hydraulic
BV-MW-700kN-E unverified
Pull Force (kN)
700
Drive
Electric
BV-MW-750kN-H unverified
Pull Force (kN)
750
Drive
Hydraulic
BV-MW-750kN-E unverified
Pull Force (kN)
750
Drive
Electric
BV-MW-850kN-H unverified
Pull Force (kN)
850
Drive
Hydraulic
BV-MW-850kN-E unverified
Pull Force (kN)
850
Drive
Electric
BV-MW-900kN-H unverified
Pull Force (kN)
900
Drive
Hydraulic
BV-MW-900kN-E unverified
Pull Force (kN)
900
Drive
Electric

Beihai Marine

36
BH-MW-100kN unverified
Pull Force (kN)
100
BH-MW-150kN unverified
Pull Force (kN)
150
BH-MW-200kN unverified
Pull Force (kN)
200
BH-MW-250kN unverified
Pull Force (kN)
250
BH-MW-300kN unverified
Pull Force (kN)
300
BH-MW-400kN unverified
Pull Force (kN)
400
BH-MW-500kN unverified
Pull Force (kN)
500
BH-MW-600kN unverified
Pull Force (kN)
600
BH-MW-800kN unverified
Pull Force (kN)
800
BH-MW-1000kN unverified
Pull Force (kN)
1000
BH-MW-75kN-H unverified
Pull Force (kN)
75
Drive
Hydraulic
BH-MW-75kN-E unverified
Pull Force (kN)
75
Drive
Electric
BH-MW-125kN-H unverified
Pull Force (kN)
125
Drive
Hydraulic
BH-MW-125kN-E unverified
Pull Force (kN)
125
Drive
Electric
BH-MW-175kN-H unverified
Pull Force (kN)
175
Drive
Hydraulic
BH-MW-175kN-E unverified
Pull Force (kN)
175
Drive
Electric
BH-MW-225kN-H unverified
Pull Force (kN)
225
Drive
Hydraulic
BH-MW-225kN-E unverified
Pull Force (kN)
225
Drive
Electric
BH-MW-275kN-H unverified
Pull Force (kN)
275
Drive
Hydraulic
BH-MW-275kN-E unverified
Pull Force (kN)
275
Drive
Electric
BH-MW-350kN-H unverified
Pull Force (kN)
350
Drive
Hydraulic
BH-MW-350kN-E unverified
Pull Force (kN)
350
Drive
Electric
BH-MW-450kN-H unverified
Pull Force (kN)
450
Drive
Hydraulic
BH-MW-450kN-E unverified
Pull Force (kN)
450
Drive
Electric
BH-MW-550kN-H unverified
Pull Force (kN)
550
Drive
Hydraulic
BH-MW-550kN-E unverified
Pull Force (kN)
550
Drive
Electric
BH-MW-650kN-H unverified
Pull Force (kN)
650
Drive
Hydraulic
BH-MW-650kN-E unverified
Pull Force (kN)
650
Drive
Electric
BH-MW-700kN-H unverified
Pull Force (kN)
700
Drive
Hydraulic
BH-MW-700kN-E unverified
Pull Force (kN)
700
Drive
Electric
BH-MW-750kN-H unverified
Pull Force (kN)
750
Drive
Hydraulic
BH-MW-750kN-E unverified
Pull Force (kN)
750
Drive
Electric
BH-MW-850kN-H unverified
Pull Force (kN)
850
Drive
Hydraulic
BH-MW-850kN-E unverified
Pull Force (kN)
850
Drive
Electric
BH-MW-900kN-H unverified
Pull Force (kN)
900
Drive
Hydraulic
BH-MW-900kN-E unverified
Pull Force (kN)
900
Drive
Electric

CSSC Marine

35
CMW-100kN unverified
Pull Force (kN)
100
CMW-150kN unverified
Pull Force (kN)
150
CMW-200kN unverified
Pull Force (kN)
200
CMW-250kN unverified
Pull Force (kN)
250
CMW-300kN unverified
Pull Force (kN)
300
CMW-400kN unverified
Pull Force (kN)
400
CMW-500kN unverified
Pull Force (kN)
500
CMW-600kN unverified
Pull Force (kN)
600
CMW-800kN unverified
Pull Force (kN)
800
CSSC-MW-75kN-H unverified
Pull Force (kN)
75
Drive
Hydraulic
CSSC-MW-75kN-E unverified
Pull Force (kN)
75
Drive
Electric
CSSC-MW-125kN-H unverified
Pull Force (kN)
125
Drive
Hydraulic
CSSC-MW-125kN-E unverified
Pull Force (kN)
125
Drive
Electric
CSSC-MW-175kN-H unverified
Pull Force (kN)
175
Drive
Hydraulic
CSSC-MW-175kN-E unverified
Pull Force (kN)
175
Drive
Electric
CSSC-MW-225kN-H unverified
Pull Force (kN)
225
Drive
Hydraulic
CSSC-MW-225kN-E unverified
Pull Force (kN)
225
Drive
Electric
CSSC-MW-275kN-H unverified
Pull Force (kN)
275
Drive
Hydraulic
CSSC-MW-275kN-E unverified
Pull Force (kN)
275
Drive
Electric
CSSC-MW-350kN-H unverified
Pull Force (kN)
350
Drive
Hydraulic
CSSC-MW-350kN-E unverified
Pull Force (kN)
350
Drive
Electric
CSSC-MW-450kN-H unverified
Pull Force (kN)
450
Drive
Hydraulic
CSSC-MW-450kN-E unverified
Pull Force (kN)
450
Drive
Electric
CSSC-MW-550kN-H unverified
Pull Force (kN)
550
Drive
Hydraulic
CSSC-MW-550kN-E unverified
Pull Force (kN)
550
Drive
Electric
CSSC-MW-650kN-H unverified
Pull Force (kN)
650
Drive
Hydraulic
CSSC-MW-650kN-E unverified
Pull Force (kN)
650
Drive
Electric
CSSC-MW-700kN-H unverified
Pull Force (kN)
700
Drive
Hydraulic
CSSC-MW-700kN-E unverified
Pull Force (kN)
700
Drive
Electric
CSSC-MW-750kN-H unverified
Pull Force (kN)
750
Drive
Hydraulic
CSSC-MW-750kN-E unverified
Pull Force (kN)
750
Drive
Electric
CSSC-MW-850kN-H unverified
Pull Force (kN)
850
Drive
Hydraulic
CSSC-MW-850kN-E unverified
Pull Force (kN)
850
Drive
Electric
CSSC-MW-900kN-H unverified
Pull Force (kN)
900
Drive
Hydraulic
CSSC-MW-900kN-E unverified
Pull Force (kN)
900
Drive
Electric

Karmøy Winch

34
KMW-50kN unverified
Pull Force (kN)
50
KMW-100kN unverified
Pull Force (kN)
100
KMW-150kN unverified
Pull Force (kN)
150
KMW-200kN unverified
Pull Force (kN)
200
KMW-250kN unverified
Pull Force (kN)
250
KMW-300kN unverified
Pull Force (kN)
300
KMW-400kN unverified
Pull Force (kN)
400
KMW-500kN unverified
Pull Force (kN)
500
KW-MW-75kN-H unverified
Pull Force (kN)
75
Drive
Hydraulic
KW-MW-75kN-E unverified
Pull Force (kN)
75
Drive
Electric
KW-MW-125kN-H unverified
Pull Force (kN)
125
Drive
Hydraulic
KW-MW-125kN-E unverified
Pull Force (kN)
125
Drive
Electric
KW-MW-175kN-H unverified
Pull Force (kN)
175
Drive
Hydraulic
KW-MW-175kN-E unverified
Pull Force (kN)
175
Drive
Electric
KW-MW-225kN-H unverified
Pull Force (kN)
225
Drive
Hydraulic
KW-MW-225kN-E unverified
Pull Force (kN)
225
Drive
Electric
KW-MW-275kN-H unverified
Pull Force (kN)
275
Drive
Hydraulic
KW-MW-275kN-E unverified
Pull Force (kN)
275
Drive
Electric
KW-MW-350kN-H unverified
Pull Force (kN)
350
Drive
Hydraulic
KW-MW-350kN-E unverified
Pull Force (kN)
350
Drive
Electric
KW-MW-450kN-H unverified
Pull Force (kN)
450
Drive
Hydraulic
KW-MW-450kN-E unverified
Pull Force (kN)
450
Drive
Electric
KW-MW-550kN-H unverified
Pull Force (kN)
550
Drive
Hydraulic
KW-MW-550kN-E unverified
Pull Force (kN)
550
Drive
Electric
KW-MW-650kN-H unverified
Pull Force (kN)
650
Drive
Hydraulic
KW-MW-650kN-E unverified
Pull Force (kN)
650
Drive
Electric
KW-MW-700kN-H unverified
Pull Force (kN)
700
Drive
Hydraulic
KW-MW-700kN-E unverified
Pull Force (kN)
700
Drive
Electric
KW-MW-750kN-H unverified
Pull Force (kN)
750
Drive
Hydraulic
KW-MW-750kN-E unverified
Pull Force (kN)
750
Drive
Electric
KW-MW-850kN-H unverified
Pull Force (kN)
850
Drive
Hydraulic
KW-MW-850kN-E unverified
Pull Force (kN)
850
Drive
Electric
KW-MW-900kN-H unverified
Pull Force (kN)
900
Drive
Hydraulic
KW-MW-900kN-E unverified
Pull Force (kN)
900
Drive
Electric

Rapp Marine

34
Rapp MW-50kN unverified
Pull Force (kN)
50
Rapp MW-100kN unverified
Pull Force (kN)
100
Rapp MW-150kN unverified
Pull Force (kN)
150
Rapp MW-200kN unverified
Pull Force (kN)
200
Rapp MW-250kN unverified
Pull Force (kN)
250
Rapp MW-300kN unverified
Pull Force (kN)
300
Rapp MW-400kN unverified
Pull Force (kN)
400
Rapp MW-500kN unverified
Pull Force (kN)
500
RM-MW-75kN-H unverified
Pull Force (kN)
75
Drive
Hydraulic
RM-MW-75kN-E unverified
Pull Force (kN)
75
Drive
Electric
RM-MW-125kN-H unverified
Pull Force (kN)
125
Drive
Hydraulic
RM-MW-125kN-E unverified
Pull Force (kN)
125
Drive
Electric
RM-MW-175kN-H unverified
Pull Force (kN)
175
Drive
Hydraulic
RM-MW-175kN-E unverified
Pull Force (kN)
175
Drive
Electric
RM-MW-225kN-H unverified
Pull Force (kN)
225
Drive
Hydraulic
RM-MW-225kN-E unverified
Pull Force (kN)
225
Drive
Electric
RM-MW-275kN-H unverified
Pull Force (kN)
275
Drive
Hydraulic
RM-MW-275kN-E unverified
Pull Force (kN)
275
Drive
Electric
RM-MW-350kN-H unverified
Pull Force (kN)
350
Drive
Hydraulic
RM-MW-350kN-E unverified
Pull Force (kN)
350
Drive
Electric
RM-MW-450kN-H unverified
Pull Force (kN)
450
Drive
Hydraulic
RM-MW-450kN-E unverified
Pull Force (kN)
450
Drive
Electric
RM-MW-550kN-H unverified
Pull Force (kN)
550
Drive
Hydraulic
RM-MW-550kN-E unverified
Pull Force (kN)
550
Drive
Electric
RM-MW-650kN-H unverified
Pull Force (kN)
650
Drive
Hydraulic
RM-MW-650kN-E unverified
Pull Force (kN)
650
Drive
Electric
RM-MW-700kN-H unverified
Pull Force (kN)
700
Drive
Hydraulic
RM-MW-700kN-E unverified
Pull Force (kN)
700
Drive
Electric
RM-MW-750kN-H unverified
Pull Force (kN)
750
Drive
Hydraulic
RM-MW-750kN-E unverified
Pull Force (kN)
750
Drive
Electric
RM-MW-850kN-H unverified
Pull Force (kN)
850
Drive
Hydraulic
RM-MW-850kN-E unverified
Pull Force (kN)
850
Drive
Electric
RM-MW-900kN-H unverified
Pull Force (kN)
900
Drive
Hydraulic
RM-MW-900kN-E unverified
Pull Force (kN)
900
Drive
Electric

DMC Marine

33
DMC-MW-100kN unverified
Pull Force (kN)
100
DMC-MW-150kN unverified
Pull Force (kN)
150
DMC-MW-200kN unverified
Pull Force (kN)
200
DMC-MW-300kN unverified
Pull Force (kN)
300
DMC-MW-400kN unverified
Pull Force (kN)
400
DMC-MW-500kN unverified
Pull Force (kN)
500
DMC-MW-600kN unverified
Pull Force (kN)
600
DMC-MW-75kN-H unverified
Pull Force (kN)
75
Drive
Hydraulic
DMC-MW-75kN-E unverified
Pull Force (kN)
75
Drive
Electric
DMC-MW-125kN-H unverified
Pull Force (kN)
125
Drive
Hydraulic
DMC-MW-125kN-E unverified
Pull Force (kN)
125
Drive
Electric
DMC-MW-175kN-H unverified
Pull Force (kN)
175
Drive
Hydraulic
DMC-MW-175kN-E unverified
Pull Force (kN)
175
Drive
Electric
DMC-MW-225kN-H unverified
Pull Force (kN)
225
Drive
Hydraulic
DMC-MW-225kN-E unverified
Pull Force (kN)
225
Drive
Electric
DMC-MW-275kN-H unverified
Pull Force (kN)
275
Drive
Hydraulic
DMC-MW-275kN-E unverified
Pull Force (kN)
275
Drive
Electric
DMC-MW-350kN-H unverified
Pull Force (kN)
350
Drive
Hydraulic
DMC-MW-350kN-E unverified
Pull Force (kN)
350
Drive
Electric
DMC-MW-450kN-H unverified
Pull Force (kN)
450
Drive
Hydraulic
DMC-MW-450kN-E unverified
Pull Force (kN)
450
Drive
Electric
DMC-MW-550kN-H unverified
Pull Force (kN)
550
Drive
Hydraulic
DMC-MW-550kN-E unverified
Pull Force (kN)
550
Drive
Electric
DMC-MW-650kN-H unverified
Pull Force (kN)
650
Drive
Hydraulic
DMC-MW-650kN-E unverified
Pull Force (kN)
650
Drive
Electric
DMC-MW-700kN-H unverified
Pull Force (kN)
700
Drive
Hydraulic
DMC-MW-700kN-E unverified
Pull Force (kN)
700
Drive
Electric
DMC-MW-750kN-H unverified
Pull Force (kN)
750
Drive
Hydraulic
DMC-MW-750kN-E unverified
Pull Force (kN)
750
Drive
Electric
DMC-MW-850kN-H unverified
Pull Force (kN)
850
Drive
Hydraulic
DMC-MW-850kN-E unverified
Pull Force (kN)
850
Drive
Electric
DMC-MW-900kN-H unverified
Pull Force (kN)
900
Drive
Hydraulic
DMC-MW-900kN-E unverified
Pull Force (kN)
900
Drive
Electric

SEC Marine

33
SEC-MW-100kN unverified
Pull Force (kN)
100
SEC-MW-200kN unverified
Pull Force (kN)
200
SEC-MW-300kN unverified
Pull Force (kN)
300
SEC-MW-400kN unverified
Pull Force (kN)
400
SEC-MW-500kN unverified
Pull Force (kN)
500
SEC-MW-600kN unverified
Pull Force (kN)
600
SEC-MW-800kN unverified
Pull Force (kN)
800
SEC-MW-75kN-H unverified
Pull Force (kN)
75
Drive
Hydraulic
SEC-MW-75kN-E unverified
Pull Force (kN)
75
Drive
Electric
SEC-MW-125kN-H unverified
Pull Force (kN)
125
Drive
Hydraulic
SEC-MW-125kN-E unverified
Pull Force (kN)
125
Drive
Electric
SEC-MW-175kN-H unverified
Pull Force (kN)
175
Drive
Hydraulic
SEC-MW-175kN-E unverified
Pull Force (kN)
175
Drive
Electric
SEC-MW-225kN-H unverified
Pull Force (kN)
225
Drive
Hydraulic
SEC-MW-225kN-E unverified
Pull Force (kN)
225
Drive
Electric
SEC-MW-275kN-H unverified
Pull Force (kN)
275
Drive
Hydraulic
SEC-MW-275kN-E unverified
Pull Force (kN)
275
Drive
Electric
SEC-MW-350kN-H unverified
Pull Force (kN)
350
Drive
Hydraulic
SEC-MW-350kN-E unverified
Pull Force (kN)
350
Drive
Electric
SEC-MW-450kN-H unverified
Pull Force (kN)
450
Drive
Hydraulic
SEC-MW-450kN-E unverified
Pull Force (kN)
450
Drive
Electric
SEC-MW-550kN-H unverified
Pull Force (kN)
550
Drive
Hydraulic
SEC-MW-550kN-E unverified
Pull Force (kN)
550
Drive
Electric
SEC-MW-650kN-H unverified
Pull Force (kN)
650
Drive
Hydraulic
SEC-MW-650kN-E unverified
Pull Force (kN)
650
Drive
Electric
SEC-MW-700kN-H unverified
Pull Force (kN)
700
Drive
Hydraulic
SEC-MW-700kN-E unverified
Pull Force (kN)
700
Drive
Electric
SEC-MW-750kN-H unverified
Pull Force (kN)
750
Drive
Hydraulic
SEC-MW-750kN-E unverified
Pull Force (kN)
750
Drive
Electric
SEC-MW-850kN-H unverified
Pull Force (kN)
850
Drive
Hydraulic
SEC-MW-850kN-E unverified
Pull Force (kN)
850
Drive
Electric
SEC-MW-900kN-H unverified
Pull Force (kN)
900
Drive
Hydraulic
SEC-MW-900kN-E unverified
Pull Force (kN)
900
Drive
Electric

Towimor

33
TW-CMS-50kN unverified
Pull Force (kN)
50
TW-CMS-100kN unverified
Pull Force (kN)
100
TW-CMS-150kN unverified
Pull Force (kN)
150
TW-CMS-200kN unverified
Pull Force (kN)
200
TW-CMS-250kN unverified
Pull Force (kN)
250
TW-CMS-300kN unverified
Pull Force (kN)
300
TW-CMS-400kN unverified
Pull Force (kN)
400
TW-MW-75kN-H unverified
Pull Force (kN)
75
Drive
Hydraulic
TW-MW-75kN-E unverified
Pull Force (kN)
75
Drive
Electric
TW-MW-125kN-H unverified
Pull Force (kN)
125
Drive
Hydraulic
TW-MW-125kN-E unverified
Pull Force (kN)
125
Drive
Electric
TW-MW-175kN-H unverified
Pull Force (kN)
175
Drive
Hydraulic
TW-MW-175kN-E unverified
Pull Force (kN)
175
Drive
Electric
TW-MW-225kN-H unverified
Pull Force (kN)
225
Drive
Hydraulic
TW-MW-225kN-E unverified
Pull Force (kN)
225
Drive
Electric
TW-MW-275kN-H unverified
Pull Force (kN)
275
Drive
Hydraulic
TW-MW-275kN-E unverified
Pull Force (kN)
275
Drive
Electric
TW-MW-350kN-H unverified
Pull Force (kN)
350
Drive
Hydraulic
TW-MW-350kN-E unverified
Pull Force (kN)
350
Drive
Electric
TW-MW-450kN-H unverified
Pull Force (kN)
450
Drive
Hydraulic
TW-MW-450kN-E unverified
Pull Force (kN)
450
Drive
Electric
TW-CL 10t Panama Chock unverified
Safe working load (t)
10
Type
panama_chock
Material
cast_steel
TW-CL 15t Panama Chock unverified
Safe working load (t)
15
Type
panama_chock
Material
cast_steel
TW-CL 20t Panama Chock unverified
Safe working load (t)
20
Type
panama_chock
Material
cast_steel
TW-CL 25t Panama Chock unverified
Safe working load (t)
25
Type
panama_chock
Material
cast_steel
TW-CL 30t Panama Chock unverified
Safe working load (t)
30
Type
panama_chock
Material
cast_steel
TW-CL 50t Panama Chock unverified
Safe working load (t)
50
Type
panama_chock
Material
cast_steel
TW-CL 75t Panama Chock unverified
Safe working load (t)
75
Type
panama_chock
Material
cast_steel
TW-CL 100t Panama Chock unverified
Safe working load (t)
100
Type
panama_chock
Material
cast_steel
Towimor Capstan 50kN unverified
Pull Force (kN)
50
Type
capstan
Drive Type
hydraulic
Towimor Capstan 100kN unverified
Pull Force (kN)
100
Type
capstan
Drive Type
hydraulic
Towimor Capstan 150kN unverified
Pull Force (kN)
150
Type
capstan
Drive Type
hydraulic
Towimor Capstan 200kN unverified
Pull Force (kN)
200
Type
capstan
Drive Type
hydraulic

Lipa Marine

18
LM-W 50kN Mooring Winch unverified
Pull Force (kN)
50
Drive Type
electric
Drum capacity (m)
100
LM-C 50kN Mooring Winch unverified
Pull Force (kN)
50
Drive Type
hydraulic
Drum capacity (m)
100
LM-W 75kN Mooring Winch unverified
Pull Force (kN)
75
Drive Type
electric
Drum capacity (m)
150
LM-C 75kN Mooring Winch unverified
Pull Force (kN)
75
Drive Type
hydraulic
Drum capacity (m)
150
LM-W 100kN Mooring Winch unverified
Pull Force (kN)
100
Drive Type
electric
Drum capacity (m)
200
LM-C 100kN Mooring Winch unverified
Pull Force (kN)
100
Drive Type
hydraulic
Drum capacity (m)
200
LM-W 150kN Mooring Winch unverified
Pull Force (kN)
150
Drive Type
electric
Drum capacity (m)
300
LM-C 150kN Mooring Winch unverified
Pull Force (kN)
150
Drive Type
hydraulic
Drum capacity (m)
300
LM-W 200kN Mooring Winch unverified
Pull Force (kN)
200
Drive Type
electric
Drum capacity (m)
400
LM-C 200kN Mooring Winch unverified
Pull Force (kN)
200
Drive Type
hydraulic
Drum capacity (m)
400
LM-W 250kN Mooring Winch unverified
Pull Force (kN)
250
Drive Type
electric
Drum capacity (m)
500
LM-C 250kN Mooring Winch unverified
Pull Force (kN)
250
Drive Type
hydraulic
Drum capacity (m)
500
LM-W 300kN Mooring Winch unverified
Pull Force (kN)
300
Drive Type
electric
Drum capacity (m)
600
LM-C 300kN Mooring Winch unverified
Pull Force (kN)
300
Drive Type
hydraulic
Drum capacity (m)
600
LM-W 400kN Mooring Winch unverified
Pull Force (kN)
400
Drive Type
electric
Drum capacity (m)
800
LM-C 400kN Mooring Winch unverified
Pull Force (kN)
400
Drive Type
hydraulic
Drum capacity (m)
800
LM-W 500kN Mooring Winch unverified
Pull Force (kN)
500
Drive Type
electric
Drum capacity (m)
1000
LM-C 500kN Mooring Winch unverified
Pull Force (kN)
500
Drive Type
hydraulic
Drum capacity (m)
1000

DMT Marine

14
DMT Electric Mooring Winch (Family) unverified
Model Family
DMT-EMW
Equipment Type
mooring_winch
Drive Type
electric
DMT-EMW-150 unverified
Model Family
DMT-EMW
Equipment Type
mooring_winch
Drive Type
electric
Pull capacity (kN)
150
DMT-EMW-200 unverified
Model Family
DMT-EMW
Equipment Type
mooring_winch
Drive Type
electric
Pull capacity (kN)
200
DMT-EMW-300 unverified
Model Family
DMT-EMW
Equipment Type
mooring_winch
Drive Type
electric
Pull capacity (kN)
300
DMT-EMW-400 unverified
Model Family
DMT-EMW
Equipment Type
mooring_winch
Drive Type
electric
Pull capacity (kN)
400
DMT-EMW-500 unverified
Model Family
DMT-EMW
Equipment Type
mooring_winch
Drive Type
electric
Pull capacity (kN)
500
DMT-EMW-600 unverified
Model Family
DMT-EMW
Equipment Type
mooring_winch
Drive Type
electric
Pull capacity (kN)
600
DMT Hydraulic Mooring Winch (Family) unverified
Model Family
DMT-HMW
Equipment Type
mooring_winch
Drive Type
hydraulic
DMT-HMW-150 unverified
Model Family
DMT-HMW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
150
DMT-HMW-200 unverified
Model Family
DMT-HMW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
200
DMT-HMW-300 unverified
Model Family
DMT-HMW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
300
DMT-HMW-400 unverified
Model Family
DMT-HMW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
400
DMT-HMW-500 unverified
Model Family
DMT-HMW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
500
DMT-HMW-600 unverified
Model Family
DMT-HMW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
600

Karmoy Winch

14
KMW-E Electric Mooring Winch (Family) unverified
Model Family
KMW-E
Equipment Type
mooring_winch
Drive Type
electric
KMW-E-100 unverified
Model Family
KMW-E
Equipment Type
mooring_winch
Drive Type
electric
Pull capacity (kN)
100
KMW-E-150 unverified
Model Family
KMW-E
Equipment Type
mooring_winch
Drive Type
electric
Pull capacity (kN)
150
KMW-E-200 unverified
Model Family
KMW-E
Equipment Type
mooring_winch
Drive Type
electric
Pull capacity (kN)
200
KMW-E-300 unverified
Model Family
KMW-E
Equipment Type
mooring_winch
Drive Type
electric
Pull capacity (kN)
300
KMW-E-400 unverified
Model Family
KMW-E
Equipment Type
mooring_winch
Drive Type
electric
Pull capacity (kN)
400
KMW-E-500 unverified
Model Family
KMW-E
Equipment Type
mooring_winch
Drive Type
electric
Pull capacity (kN)
500
KMW-H Hydraulic Mooring Winch (Family) unverified
Model Family
KMW-H
Equipment Type
mooring_winch
Drive Type
hydraulic
KMW-H-100 unverified
Model Family
KMW-H
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
100
KMW-H-150 unverified
Model Family
KMW-H
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
150
KMW-H-200 unverified
Model Family
KMW-H
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
200
KMW-H-300 unverified
Model Family
KMW-H
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
300
KMW-H-400 unverified
Model Family
KMW-H
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
400
KMW-H-500 unverified
Model Family
KMW-H
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
500

Brake Hydraulik

6
Brake Hydraulic Mooring Winch (Family) unverified
Model Family
Brake HMW
Equipment Type
mooring_winch
Drive Type
hydraulic
Brake HMW-50 unverified
Model Family
Brake HMW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
50
Brake HMW-100 unverified
Model Family
Brake HMW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
100
Brake HMW-150 unverified
Model Family
Brake HMW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
150
Brake HMW-200 unverified
Model Family
Brake HMW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
200
Brake HMW-300 unverified
Model Family
Brake HMW
Equipment Type
mooring_winch
Drive Type
hydraulic
Pull capacity (kN)
300

Aukra Maritime

4
Aukra Capstan 50kN unverified
Pull Force (kN)
50
Type
capstan
Drive Type
hydraulic
Aukra Capstan 100kN unverified
Pull Force (kN)
100
Type
capstan
Drive Type
hydraulic
Aukra Capstan 150kN unverified
Pull Force (kN)
150
Type
capstan
Drive Type
hydraulic
Aukra Capstan 200kN unverified
Pull Force (kN)
200
Type
capstan
Drive Type
hydraulic

IBERCISA

3
IB-MW-E200 Electric Mooring Winch
200 kN · Anchor Chain / Mooring Lines
Brake capacity (kN)
400
Wire diameter (mm)
36
Drive
electric
Common Failures & Inspection Points
  • Motor insulation degradation
  • Drum bearing overheating
  • Spooling device jam
Service: Megger motor insulation annually; inspect spooling device monthly.
Spare Parts: IBERCISA: Bremsbeläge an Bord vorhalten. Lead time: 3-6 Wochen.
IB-MW-E300 Electric Mooring Winch
300 kN · Anchor Chain / Mooring Lines
Brake capacity (kN)
600
Wire diameter (mm)
42
Drive
electric
Common Failures & Inspection Points
  • VFD fault codes
  • Wire rope crushing
  • Brake disc warping
Service: Log VFD fault codes; inspect wire for crushing damage after heavy weather.
Spare Parts: IBERCISA: Bremsbeläge an Bord vorhalten. Lead time: 3-6 Wochen.
IBERCISA IB-MW-H400 Hydraulic Mooring Winch
IB-MW-H400 Hydraulic Mooring Winch
400 kN · Anchor Chain / Mooring Lines
Brake capacity (kN)
800
Wire diameter (mm)
48
Drive
hydraulic
Common Failures & Inspection Points
  • HPU pump shaft seal failure
  • Manifold block cracks
  • Brake heat fade
Service: Replace pump shaft seals at 8000 hours; NDT manifold at dry-dock.
Spare Parts: IBERCISA: Bremsbeläge an Bord vorhalten. Lead time: 3-6 Wochen.

THR Marine

3
THR Marine THR-MW Combined Mooring Winch
THR-MW Combined Mooring Winch
300 kN holding · Anchor Chain / Mooring Lines
Common Failures & Inspection Points
  • Brake band overheating
  • Wire rope drum scoring
  • PLC communication fault
Service: Annual brake band renewal if heavily used. Check PLC battery every 2 years.
Spare Parts: THR Marine: Bremsbeläge an Bord vorhalten. Lead time: 3-6 Wochen.
THR-MW-E150 Electric Mooring Winch
150 kN · Anchor Chain / Mooring Lines
Brake capacity (kN)
300
Wire diameter (mm)
32
Drive
electric
Common Failures & Inspection Points
  • Worm gear noise
  • Brake spring fatigue
  • Terminal box corrosion
Service: Protect terminal box from sea spray; replace brake springs at 5000 hours.
Spare Parts: THR Marine: Bremsbeläge an Bord vorhalten. Lead time: 3-6 Wochen.
THR Marine THR-MW-H250 Hydraulic Mooring Winch
THR-MW-H250 Hydraulic Mooring Winch
250 kN · Anchor Chain / Mooring Lines
Brake capacity (kN)
500
Wire diameter (mm)
40
Drive
hydraulic
Common Failures & Inspection Points
  • Proportional valve sticking
  • HPU filter bypass
  • Drum alignment shift
Service: Clean proportional valve spools annually; never bypass HPU filters.
Spare Parts: THR Marine: Bremsbeläge an Bord vorhalten. Lead time: 3-6 Wochen.

Rolls-Royce Marine

2
RR MW-300 300kN Mooring Winch unverified
Pull Force (kN)
300
Drive Type
hydraulic
RR MW-150 150kN Electric Mooring unverified
Pull Force (kN)
150
Drive Type
electric

Coastal Marine Equipment / CME (China)

1
CME Mooring Winch
Pull 100-400 kN · Mooring Lines
Type
Single/Double Drum Mooring Winch
Size Range
  • CME-MW-100
  • CME-MW-200
  • CME-MW-300
  • CME-MW-400
Power range (kW)
  • 25
  • 200
Drive Type
Electric / Hydraulic
Construction
Cast/welded steel, split drum, band brake
Common Failures & Inspection Points
  • Band brake lining quality inconsistency
  • Gear quality varies
  • Motor insulation issues in humid climates
Service: More frequent inspection intervals recommended than European OEMs.
Spare Parts: CME/Chinese OEMs. Very competitive pricing. Lead time: 2-3 weeks China.

DMT Marine Equipment (South Korea)

1
DMT Mooring Winch
Pull 100-500 kN · Mooring Lines
Type
Single/Double Drum Mooring Winch
Size Range
  • DMT-MW-100
  • DMT-MW-200
  • DMT-MW-350
  • DMT-MW-500
Power range (kW)
  • 25
  • 250
Drive Type
Electric / Hydraulic
Construction
Cast/welded steel, split drum, band brake
Common Failures & Inspection Points
  • Band brake quality varies
  • Casting quality inconsistency
  • Motor/gear housing seal issues
Service: Standard mooring winch maintenance.
Spare Parts: DMT (Busan, Korea). Lead time: 2-4 weeks Korea.

Fukushima (Japan)

1
Fukushima (Japan) FK Mooring Winch
FK Mooring Winch
Pull 100-500 kN · Mooring Lines
Type
Single/Double Drum Mooring Winch
Size Range
  • FK-MW-100
  • FK-MW-200
  • FK-MW-300
  • FK-MW-500
Power range (kW)
  • 25
  • 250
Drive Type
Electric / Hydraulic
Construction
Cast steel, split drum, band brake
Common Failures & Inspection Points
  • Band brake wear
  • Gear oil leakage
  • Motor bearing failure
Service: Standard Japanese deck machinery maintenance.
Spare Parts: Fukushima Japan. Lead time: 3-5 weeks Asia.

IHC (Royal IHC) (Netherlands)

1
Marine Mooring Winch (Offshore)
Pull 100-1,000 kN · Mooring Lines / Steel Wire
Type
Heavy-Duty Mooring Winch (Offshore / FPSO)
Size Range
  • IHC-MW-100
  • IHC-MW-300
  • IHC-MW-500
  • IHC-MW-1000
Power range (kW)
  • 50
  • 500
Drive Type
Hydraulic / Electric
Construction
Heavy-duty welded steel, cascade control, constant tension
Common Failures & Inspection Points
  • Constant tension system valve failure
  • Wire rope drum wear from heavy-duty cycles
  • Hydraulic power unit overheating in tropical climates
  • Brake disc warping from emergency stops
Service: Constant tension system calibration quarterly. Wire rope inspection per API 2D / OCIMF. Hydraulic system maintenance per OEM schedule.
Spare Parts: Royal IHC (Kinderdijk, Netherlands). Lead time: 4-8 weeks. Specialized offshore parts.

Kawasaki Heavy Industries (Japan)

1
KMW Mooring Winch Series
Pull 100-500 kN · Mooring Lines
Type
Single/Double Drum Mooring Winch
Size Range
  • KMW-100
  • KMW-200
  • KMW-300
  • KMW-500
Power range (kW)
  • 25
  • 250
Drive Type
Electric / Hydraulic
Construction
Cast steel, split drum, band brake
Common Failures & Inspection Points
  • Band brake wear
  • Drum clutch adjustment
  • Motor insulation degradation
Service: Standard mooring winch maintenance per KHI manual.
Spare Parts: KHI Japan. Lead time: 3-5 weeks Asia.

MAN Energy Solutions

1
Type MW Mooring Winch
Pull 100-500 kN, Brake 200-1,000 kN · Mooring Lines (Wire/Synthetic)
Type
Single/Double Drum Mooring Winch (Electric/Hydraulic)
Size Range
  • MW-100
  • MW-150
  • MW-250
  • MW-350
  • MW-500
Power range (kW)
  • 25
  • 250
Drive Type
Electric / Hydraulic
Construction
Cast/welded steel, split drum, band brake, auto-tension optional
Common Failures & Inspection Points
  • Band brake lining wear
  • Drum clutch adjustment needed after heavy use
  • Electric motor bearing failure from deck exposure
  • Controller relay failures on older models
Service: Band brake inspection every 6 months. Auto-tension calibration annually. Motor insulation test annually. Complete overhaul every 10 years.
Spare Parts: MAN PrimeServ (ehem. Hatlapa). Lead time: 3-6 weeks.

Rapp Marine Group (Norway)

1
Rapp Hydema Mooring Winch
Pull 50-300 kN · Mooring Lines
Type
Single/Double Drum Mooring Winch (Hydraulic)
Size Range
  • RH-MW-50
  • RH-MW-100
  • RH-MW-200
  • RH-MW-300
Power range (kW)
  • 15
  • 150
Drive Type
Hydraulic
Construction
Welded steel, hydraulic motor, band brake
Common Failures & Inspection Points
  • Hydraulic motor seal leakage
  • Band brake wear
  • Hydraulic hose deterioration
Service: Hydraulic system maintenance critical. Oil analysis annually.
Spare Parts: Rapp Marine (Bodø, Norway). Lead time: 3-5 weeks.

Rolls-Royce

1
Rolls-Royce MW-Series Mooring Winch
MW-Series Mooring Winch
300 kN holding, 150 kN heaving · Anchor Chain / Mooring Lines · Electric/Hydraulic Mooring
Common Failures & Inspection Points
  • Drum brake wear
  • Rope level-wind mechanism jam
  • Hydraulic hose chafing
Service: Inspect drum brake pads every 1000 hrs. Test auto-tension system monthly.
Spare Parts: Rolls-Royce: Bremsbeläge an Bord vorhalten. Lead time: 3-6 Wochen.
Strengths
  • High mooring line tension capacity
  • Compact design for space efficiency on vessels
  • Low maintenance requirements due to durable construction
  • Advanced auto-tension system for secure mooring
  • Suitable for a wide range of vessel sizes and types
Weaknesses
  • Potential for drum brake wear requiring regular inspection
  • Rope level-wind mechanism can jam if not properly maintained
  • Hydraulic hose chafing may occur if installation is not carefully managed
  • Dependence on hydraulic and electric systems for operation
  • May require specialized training for operators
Typical Vessels: TankerContainerBulk CarrierCruise ShipOffshore Support Vessel
Certifications: DNVABSLloyd's Register
Decision Guide: Choose if you need a reliable, high-capacity mooring winch for frequent mooring operations. Avoid if your vessel has limited space for installation or if you prefer a fully electric system for simplicity.
Use Cases: Typically deployed on large commercial vessels that require secure and efficient mooring in various port conditions, including open sea and harbor environments.

Towimor (Poland)

1
Mooring Winch Series
Pull 50-250 kN · Mooring Lines
Type
Single/Double Drum Mooring Winch
Size Range
  • TW-MW-50
  • TW-MW-100
  • TW-MW-150
  • TW-MW-250
Power range (kW)
  • 15
  • 130
Drive Type
Electric / Hydraulic
Construction
Cast/welded steel, split drum, band brake
Common Failures & Inspection Points
  • Band brake wear
  • Gear housing oil leak
  • Motor bearing failure
Service: Standard mooring winch maintenance.
Spare Parts: Towimor (Torun, Poland). Lead time: 2-4 weeks Europe.