"> Shinko SVA 200M
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Shinko

SVA 200M

Shinko SVA 200M — Cooling fresh water and sea water.

Shinko SVA 200M

Inspector Detail

Common issues

  • Mechanical seal leakage
  • Bearing wear or overheating from lubrication failure or misalignment
  • Impeller wear or erosion, including cavitation pitting on the suction side
  • Coupling misalignment leading to vibration and premature bearing wear
  • Reduced capacity from fouling or marine growth in seawater service
  • Loss of prime or reduced flow from a partially blocked suction strainer

Inspection checklist

  • Vibration monitoring at bearing housings
  • Mechanical seal leakage check
  • Bearing temperature check
  • Coupling alignment check
  • Capacity/pressure test against the pump curve
  • Suction strainer inspection and cleaning
  • Check foundation bolts and pipework supports for looseness

Service intervals

Bearing grease/oil change per the maker's schedule, commonly in the range of 4,000-8,000 running hours or annually
Mechanical seal inspection annually
Impeller and wear ring clearance check at overhaul, typically every 2-3 years depending on duty
Coupling alignment check annually or after any pump/motor disturbance

Typical wear limits

Impeller/wear ring radial clearance typically in the region of 0.3-0.5 mm for this class of pump when new - confirm the actual as-new and discard clearance against the maker's manual
Shaft runout should be checked against the maker's stated tolerance at overhaul rather than a generic figure

Ranges are typical for this design class. Always confirm against the manufacturer documentation for your serial number.

Critical spares

  • Mechanical seal kit
  • Bearing set
  • Impeller
  • Wear rings
  • Shaft sleeve
  • Gasket/O-ring set

Safety

  • Hot surfaces where the pump handles engine cooling water at elevated temperature
  • Pressurized system - isolate and depressurize before opening
  • Rotating shaft and coupling guard must be in place during operation
  • Risk of scalding or water hammer if valves are operated out of sequence during changeover

Class survey

Essential cooling water pumps are treated as continuous survey machinery items; duty/standby arrangement and automatic or manual changeover are typically checked at survey.

Estimated lifetime: Cooling water pumps of this type often run continuously; major overhaul intervals are commonly quoted in the range of 20,000-40,000 running hours depending on service and water quality - confirm against the maker's recommendation

Components & Design

Component data being added…

Technical Data

Type Vertical single-stage double-suction upward opening
Discharge bore 200 mm
Model variant M-type variant
Typical capacity 200-400 m³/h

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Common failures & inspection points

Bearing lubrication degradation and overheating

Use infrared thermometer to measure bearing temperature. Normal operating temperature should not exceed 10-15°C above ambient. Overheating indicates wear, misalignment, or insufficient lubrication. Measure baseline regularly and monitor for increases.

Mechanical seal degradation and internal leakage

Inspect gland packing or mechanical seal for visible weeping/dripping (acceptable <5 drops/minute). Check pressure at seal cavity. Replace mechanical seal if leakage exceeds acceptable limits or if visual inspection shows seal face wear, scoring, or deposits. Verify seal installation orientation correct.

Vibration due to bearing wear, cavitation, or impeller imbalance

Use vibration meter to monitor pump vibration during operation. Record baseline at commissioning. Alert if vibration increases 25% from baseline in any axis. Imminent failure indicated by 50% increase. Compare against manufacturer specifications. High vibration can cause catastrophic bearing failure.

Impeller corrosion (saltwater/seawater applications) and erosion

Inspect impeller blade surfaces for erosion pitting, corrosion deposits, or material loss especially on suction side. Check for calcium/salt deposits buildup indicating seawater circulation. Ensure material compatibility with cooling medium (FW vs SW). Replace impeller if erosion >2mm depth observed.

Cavitation damage and performance loss

Monitor pressure at pump inlet (suction side). Ensure suction pressure remains above 0.3 bar absolute. Listen for characteristic noise signature (machine-gun-like sound). Check inlet filter/strainer condition - clean or replace if pressure drop >0.5 bar. Verify inlet line diameter adequate and free of restrictions.

Type-general inspection and maintenance points for this equipment category — not model-specific.

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Equipment Model #144598 · ✓ still in production