VHF Radio
medium
110 / 110 models (Inspector)
VHF radio is the short-range, line-of-sight backbone of GMDSS, covering bridge-to-bridge, port and rescue coordination communication out to roughly 20-30 nautical miles, which is why it remains mandatory even on ships fitted with satellite systems that cover far greater distances.
Read more — VHF Radio explained ▾
What Sets VHF Apart Within GMDSS
GMDSS combines several communication layers covering different ranges, and VHF is the closest-range, most-used layer of all of them. Its range is limited by line of sight between antennas, typically 20 to 30 nautical miles ship to ship or ship to shore depending on antenna height, which is far short of MF, HF or satellite coverage. What VHF does better than any other GMDSS element is immediacy: Channel 16 remains the international distress, safety and calling frequency monitored continuously, and Digital Selective Calling on Channel 70 can trigger an automated distress alert to all VHF DSC-equipped vessels and coast stations within range far faster than raising anyone by voice. VHF is also the primary tool for routine bridge-to-bridge coordination and pilot and port communication, work that satellite systems are not built for and not intended to replace.
Main Components
Fixed VHF Transceiver
The bridge-mounted radio, required to include DSC capability under GMDSS carriage requirements, providing both voice and digital calling functions.
DSC Controller
The module handling Digital Selective Calling, which can send an automated distress alert including the ship's position, provided it is interfaced correctly to a GPS source.
Antenna and Coaxial Feed
Mounted as high as practicable to maximize line-of-sight range; feeder cable condition directly affects transmitted power and received sensitivity.
Portable Survival Craft VHF
Separate, waterproof, battery-powered handheld sets carried for use in lifeboats and liferafts, independent of the ship's main power and fixed installation.
Power Supply and Battery Backup
An emergency power source ensuring VHF distress and safety communication remains available if main ship power is lost.
Selection and Sizing
- Number and type of VHF sets required by GMDSS sea area and ship type, including fixed sets, portables and survival craft sets.
- Antenna height and cable run length, which set achievable range more than transmitter power does within the fixed 25-watt limit.
- Integration requirements with GPS for DSC position reporting and with the bridge alarm system for distress alert handling.
- Battery backup duration required to meet the applicable GMDSS power supply provisions for the ship's sea area.
Regulations and Class
VHF DSC carriage is mandated under SOLAS Chapter IV for GMDSS-equipped vessels according to sea area, with Channel 70 DSC and Channel 16 voice watch requirements set out in the ITU Radio Regulations. Survival craft portable VHF sets are required under SOLAS life-saving appliance provisions in numbers tied to the ship's lifeboat and liferaft complement. Annual radio survey confirms functional testing of DSC alerting, and equipment must carry type approval demonstrating compliance with the relevant GMDSS performance standards.
Typical Faults
| Fault | Cause | Consequence |
|---|---|---|
| DSC not triggering an alert | GPS interface not connected or MMSI not programmed correctly | Distress call transmitted without position data, delaying rescue response |
| Reduced transmit range | Corroded antenna connector or degraded coaxial cable | Loss of contact at ranges the set should reliably cover |
| Dead survival craft handheld batteries | Battery past expiry date or not checked at scheduled intervals | No communication capability from lifeboat or liferaft in an actual emergency |
| Channel 16 not monitored | Set left on a working channel instead of the required dual-watch or distress channel | Missed distress or safety calls directed at the vessel |
What to Look for in a Supplier
- Type approval certificate confirming compliance with GMDSS performance standards for the specific sea area classes the vessel operates in.
- Confirmed GPS interface compatibility for DSC position reporting, tested at commissioning rather than assumed.
- Survival craft handheld sets with battery expiry clearly marked and a replacement schedule the crew can follow without ambiguity.
- Local service and spare parts support able to meet annual radio survey deadlines.
Test DSC distress alerting through the proper test procedure at each survey interval, a set that transmits normal voice traffic fine can still have a DSC function that was never actually verified to send a position-tagged alert.
10 manufacturers · 110 models
Icom Marine
23
IC-M605
unverified
Dsc
ja
Power (W)
25
Waterproof
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
IC-M506
unverified
Dsc
nein
Power (W)
25
Waterproof
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
IC-M510
unverified
Dsc
nein
Power (W)
25
Waterproof
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
IC-M423
unverified
Dsc
nein
Power (W)
25
Waterproof
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
IC-M93D
unverified
Dsc
ja
Power (W)
6
Waterproof
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
IC-M25
unverified
Dsc
nein
Power (W)
6
Waterproof
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
IC-M73
unverified
Dsc
nein
Power (W)
6
Waterproof
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
IC-M85
unverified
Dsc
nein
Power (W)
6
Waterproof
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
IC-M330GE
unverified
Dsc
nein
Power (W)
6
Waterproof
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
IC-M605 EURO
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Transmitter or receiver failure caused by RF, antenna, feeder or power faults, noticed as poor range, failed checks or loss of reception
- Antenna/feed-line deterioration caused by corrosion, water ingress or mechanical damage, noticed as intermittent operation or reduced range
- Control or audio failure caused by handset, microphone, display, keypad or controller faults, noticed as inability to operate normal functions
- Position/identity or data-interface failure caused by wiring or configuration faults, noticed as missing or incorrect safety data
- Power-source failure caused by breaker, fuse, converter or emergency-supply faults, noticed as dead equipment or loss of required GMDSS availability
Service: Carry out the permitted operational/self-tests, inspect antennas, feeders, connectors, controls and cooling, and verify normal and emergency power where required. Check vessel identity, position and interfaces appropriate to the equipment type and review recurring alarms or logbook entries. A radio surveyor should confirm the installation and programmed data against the approved radio documentation.
Spare Parts: Carry fuses, approved handsets/microphones or control accessories where applicable, antenna connectors and feeder repair items, selected power-supply components and manufacturer-recommended interface/control spares. The spare scale should match the vessel's declared GMDSS maintenance method.
Use Cases: Used on merchant, offshore, passenger and workboat fleets for distress, safety and routine maritime communications according to the equipment's approved GMDSS function.
IC-M510BB
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
IC-M423G
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
IC-M25 EURO
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
IC-M37
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
IC-M94DE
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
IC-M400BB
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
IC-M510A
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
IC-M605 Bridge
unverified
Installation
Bridge
Dsc
ja
Common Failures & Inspection Points
- Transmitter or receiver failure caused by RF, antenna, feeder or power faults, noticed as poor range, failed checks or loss of reception
- Antenna/feed-line deterioration caused by corrosion, water ingress or mechanical damage, noticed as intermittent operation or reduced range
- Control or audio failure caused by handset, microphone, display, keypad or controller faults, noticed as inability to operate normal functions
- Position/identity or data-interface failure caused by wiring or configuration faults, noticed as missing or incorrect safety data
- Power-source failure caused by breaker, fuse, converter or emergency-supply faults, noticed as dead equipment or loss of required GMDSS availability
Service: Carry out the permitted operational/self-tests, inspect antennas, feeders, connectors, controls and cooling, and verify normal and emergency power where required. Check vessel identity, position and interfaces appropriate to the equipment type and review recurring alarms or logbook entries. A radio surveyor should confirm the installation and programmed data against the approved radio documentation.
Spare Parts: Carry fuses, approved handsets/microphones or control accessories where applicable, antenna connectors and feeder repair items, selected power-supply components and manufacturer-recommended interface/control spares. The spare scale should match the vessel's declared GMDSS maintenance method.
Use Cases: Used on merchant, offshore, passenger and workboat fleets for distress, safety and routine maritime communications according to the equipment's approved GMDSS function.
IC-M605 Backup
unverified
Installation
Backup
Dsc
ja
Common Failures & Inspection Points
- Transmitter or receiver failure caused by RF, antenna, feeder or power faults, noticed as poor range, failed checks or loss of reception
- Antenna/feed-line deterioration caused by corrosion, water ingress or mechanical damage, noticed as intermittent operation or reduced range
- Control or audio failure caused by handset, microphone, display, keypad or controller faults, noticed as inability to operate normal functions
- Position/identity or data-interface failure caused by wiring or configuration faults, noticed as missing or incorrect safety data
- Power-source failure caused by breaker, fuse, converter or emergency-supply faults, noticed as dead equipment or loss of required GMDSS availability
Service: Carry out the permitted operational/self-tests, inspect antennas, feeders, connectors, controls and cooling, and verify normal and emergency power where required. Check vessel identity, position and interfaces appropriate to the equipment type and review recurring alarms or logbook entries. A radio surveyor should confirm the installation and programmed data against the approved radio documentation.
Spare Parts: Carry fuses, approved handsets/microphones or control accessories where applicable, antenna connectors and feeder repair items, selected power-supply components and manufacturer-recommended interface/control spares. The spare scale should match the vessel's declared GMDSS maintenance method.
Use Cases: Used on merchant, offshore, passenger and workboat fleets for distress, safety and routine maritime communications according to the equipment's approved GMDSS function.
IC-M605 Wing Console
unverified
Installation
Wing Console
Dsc
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak reception or transmitter protection indications
- Microphone, handset or speaker faults cause missing or distorted audio
- Power-supply or battery faults cause resets, low-voltage alarms or inability to transmit reliably
- DSC or position-interface faults on equipped units cause distress-function alarms or missing position data
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency battery arrangements where applicable. Test DSC only with the approved method. Verify programmed identity and position input. RF performance testing should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, batteries or chargers for portable sets, antenna connectors, power leads and supported control accessories.
Use Cases: Bridge, pilotage, port, distress and safety communications on commercial and service vessels.
IC-M605 Emergency Position
unverified
Installation
Emergency Position
Dsc
ja
Common Failures & Inspection Points
- Loss of supply power from a tripped breaker, failed power unit, loose connection, or depleted reserve battery causes a dead unit, rebooting, or failure to transmit
- Antenna, feeder, connector, or matching fault caused by corrosion, water ingress, or physical damage results in poor range, failed transmission, or weak received signals
- Control-panel, display, keypad, or software faults can prevent channel selection, message handling, or normal operator input
- Interface or position-data failure caused by wiring, configuration, or sensor faults can remove position information or connected-system data
- Internal transmitter, receiver, or modem faults caused by component ageing or overheating can produce intermittent communication, alarms, or inability to establish a link
Service: Verify primary and reserve power, antenna and feeder condition, distress and safety functions permitted for routine testing, interfaces, audio quality, time and position inputs, and logged self-test results. Any regulatory test or adjustment must follow the vessel's radio procedures and manufacturer documentation.
Spare Parts: Carry the model-specific fuses, approved power-supply items, handset or microphone accessories, connector and sealing items, and critical interface or antenna components recommended by the manufacturer and vessel radio-maintenance plan.
Use Cases: Used on SOLAS merchant ships, offshore vessels, passenger ships, fishing vessels, workboats, and other craft requiring marine radio, distress, safety, or navigation communications.
IC-M605 Engine Room
unverified
Installation
Engine Room
Dsc
ja
Common Failures & Inspection Points
- Antenna, feeder or tuning fault caused by corrosion, damaged cabling or poor connections, resulting in weak transmission, reception problems or equipment alarms
- Power-supply or backup-battery failure caused by charger defects, aged batteries or wiring faults, resulting in loss of availability when main power is removed
- Transmitter or receiver failure caused by RF-component or electronic faults, resulting in inability to establish communications or receive expected traffic
- Position or time-input failure caused by GNSS or network faults, resulting in missing or incorrect data in distress or DSC functions
- Control, display or software fault caused by hardware failure or configuration problems, resulting in frozen controls, error messages or unavailable functions
Service: Perform operational and self-tests permitted by the vessel's procedures without generating unintended distress alerts. Inspect antennas, feeders, grounding, power supplies, backup batteries and connected navigation-data inputs. Verify station identity, position input, time and configured communication services against approved records. Check printers, handsets, microphones and alarm interfaces where fitted. Maintain software, licenses and service subscriptions required by the installed system. Refer to manufacturer and regulatory documentation for exact test methods, battery criteria and approved servicing.
Spare Parts: Keep fuses, handset or microphone accessories, printer consumables where applicable, selected power-supply components and manufacturer-recommended electronic spares. Antenna or feeder repair materials and backup-battery arrangements should reflect the vessel's redundancy plan. Preserve type approval and programmed identity when replacing core units.
Use Cases: Distress, urgency, safety and routine maritime communications within the vessel's GMDSS and operational communications fit.
IC-M605 Portable Kit
unverified
Installation
Portable Kit
Dsc
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak reception or transmitter protection indications
- Microphone, handset or speaker faults cause missing or distorted audio
- Power-supply or battery faults cause resets, low-voltage alarms or inability to transmit reliably
- DSC or position-interface faults on equipped units cause distress-function alarms or missing position data
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency battery arrangements where applicable. Test DSC only with the approved method. Verify programmed identity and position input. RF performance testing should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, batteries or chargers for portable sets, antenna connectors, power leads and supported control accessories.
Use Cases: Bridge, pilotage, port, distress and safety communications on commercial and service vessels.
Sailor / Cobham
18
6222 VHF DSC
unverified
Dsc
ja
Power (W)
25
IMO Compliant
ja
Common Failures & Inspection Points
- Loss of supply power from a tripped breaker, failed power unit, loose connection, or depleted reserve battery causes a dead unit, rebooting, or failure to transmit
- Antenna, feeder, connector, or matching fault caused by corrosion, water ingress, or physical damage results in poor range, failed transmission, or weak received signals
- Control-panel, display, keypad, or software faults can prevent channel selection, message handling, or normal operator input
- Interface or position-data failure caused by wiring, configuration, or sensor faults can remove position information or connected-system data
- Internal transmitter, receiver, or modem faults caused by component ageing or overheating can produce intermittent communication, alarms, or inability to establish a link
Service: Verify primary and reserve power, antenna and feeder condition, distress and safety functions permitted for routine testing, interfaces, audio quality, time and position inputs, and logged self-test results. Any regulatory test or adjustment must follow the vessel's radio procedures and manufacturer documentation.
Spare Parts: Carry the model-specific fuses, approved power-supply items, handset or microphone accessories, connector and sealing items, and critical interface or antenna components recommended by the manufacturer and vessel radio-maintenance plan.
Use Cases: Used on SOLAS merchant ships, offshore vessels, passenger ships, fishing vessels, workboats, and other craft requiring marine radio, distress, safety, or navigation communications.
6248 VHF DSC
unverified
Dsc
ja
Power (W)
25
IMO Compliant
ja
Common Failures & Inspection Points
- Loss of supply power from a tripped breaker, failed power unit, loose connection, or depleted reserve battery causes a dead unit, rebooting, or failure to transmit
- Antenna, feeder, connector, or matching fault caused by corrosion, water ingress, or physical damage results in poor range, failed transmission, or weak received signals
- Control-panel, display, keypad, or software faults can prevent channel selection, message handling, or normal operator input
- Interface or position-data failure caused by wiring, configuration, or sensor faults can remove position information or connected-system data
- Internal transmitter, receiver, or modem faults caused by component ageing or overheating can produce intermittent communication, alarms, or inability to establish a link
Service: Verify primary and reserve power, antenna and feeder condition, distress and safety functions permitted for routine testing, interfaces, audio quality, time and position inputs, and logged self-test results. Any regulatory test or adjustment must follow the vessel's radio procedures and manufacturer documentation.
Spare Parts: Carry the model-specific fuses, approved power-supply items, handset or microphone accessories, connector and sealing items, and critical interface or antenna components recommended by the manufacturer and vessel radio-maintenance plan.
Use Cases: Used on SOLAS merchant ships, offshore vessels, passenger ships, fishing vessels, workboats, and other craft requiring marine radio, distress, safety, or navigation communications.
6249 VHF DSC Class A
unverified
Dsc
ja
Power (W)
25
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna, feeder or tuning fault caused by corrosion, damaged cabling or poor connections, resulting in weak transmission, reception problems or equipment alarms
- Power-supply or backup-battery failure caused by charger defects, aged batteries or wiring faults, resulting in loss of availability when normal power is removed
- Transmitter or receiver failure caused by RF-component or electronic faults, resulting in inability to establish communications or receive expected traffic
- Position, time or identity-input problem caused by navigation-data or configuration faults, resulting in missing or incorrect information in distress or DSC functions
- Control, display or software fault caused by hardware failure or configuration problems, resulting in frozen controls, error messages or unavailable functions
Service: Perform operational and self-tests permitted by the vessel's procedures without generating unintended distress alerts. Inspect antennas, feeders, grounding, power supplies, backup batteries and connected navigation-data inputs. Verify programmed station identity, position input, time and configured communication services against approved records. Check handsets, microphones, printers and alarm interfaces where fitted. Maintain software, licenses and service subscriptions required by the installed system. Refer to manufacturer and regulatory documentation for exact test methods, battery criteria and approved servicing.
Spare Parts: Keep fuses, handset or microphone accessories, printer consumables where applicable, selected power-supply components and manufacturer-recommended electronic spares. Antenna or feeder repair materials and backup-battery arrangements should reflect the vessel's redundancy plan. Preserve type approval and programmed identity when replacing core units.
Use Cases: Distress, urgency, safety and routine maritime communications within the vessel's GMDSS and operational communications fit.
RT-5022
unverified
Dsc
ja
Power (W)
25
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
RT-6222
unverified
Dsc
ja
Power (W)
25
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
RT-5020
unverified
Dsc
ja
Power (W)
25
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
6210 VHF
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Transmitter or receiver failure caused by RF, antenna, feeder or power faults, noticed as poor range, failed checks or loss of reception
- Antenna/feed-line deterioration caused by corrosion, water ingress or mechanical damage, noticed as intermittent operation or reduced range
- Control or audio failure caused by handset, microphone, display, keypad or controller faults, noticed as inability to operate normal functions
- Position/identity or data-interface failure caused by wiring or configuration faults, noticed as missing or incorrect safety data
- Power-source failure caused by breaker, fuse, converter or emergency-supply faults, noticed as dead equipment or loss of required GMDSS availability
Service: Carry out the permitted operational/self-tests, inspect antennas, feeders, connectors, controls and cooling, and verify normal and emergency power where required. Check vessel identity, position and interfaces appropriate to the equipment type and review recurring alarms or logbook entries. A radio surveyor should confirm the installation and programmed data against the approved radio documentation.
Spare Parts: Carry fuses, approved handsets/microphones or control accessories where applicable, antenna connectors and feeder repair items, selected power-supply components and manufacturer-recommended interface/control spares. The spare scale should match the vessel's declared GMDSS maintenance method.
Use Cases: Used on merchant, offshore, passenger and workboat fleets for distress, safety and routine maritime communications according to the equipment's approved GMDSS function.
6215 VHF
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Transmitter or receiver failure caused by RF, antenna, feeder or power faults, noticed as poor range, failed checks or loss of reception
- Antenna/feed-line deterioration caused by corrosion, water ingress or mechanical damage, noticed as intermittent operation or reduced range
- Control or audio failure caused by handset, microphone, display, keypad or controller faults, noticed as inability to operate normal functions
- Position/identity or data-interface failure caused by wiring or configuration faults, noticed as missing or incorrect safety data
- Power-source failure caused by breaker, fuse, converter or emergency-supply faults, noticed as dead equipment or loss of required GMDSS availability
Service: Carry out the permitted operational/self-tests, inspect antennas, feeders, connectors, controls and cooling, and verify normal and emergency power where required. Check vessel identity, position and interfaces appropriate to the equipment type and review recurring alarms or logbook entries. A radio surveyor should confirm the installation and programmed data against the approved radio documentation.
Spare Parts: Carry fuses, approved handsets/microphones or control accessories where applicable, antenna connectors and feeder repair items, selected power-supply components and manufacturer-recommended interface/control spares. The spare scale should match the vessel's declared GMDSS maintenance method.
Use Cases: Used on merchant, offshore, passenger and workboat fleets for distress, safety and routine maritime communications according to the equipment's approved GMDSS function.
6222 VHF Mk2
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Loss of supply power from a tripped breaker, failed power unit, loose connection, or depleted reserve battery causes a dead unit, rebooting, or failure to transmit
- Antenna, feeder, connector, or matching fault caused by corrosion, water ingress, or physical damage results in poor range, failed transmission, or weak received signals
- Control-panel, display, keypad, or software faults can prevent channel selection, message handling, or normal operator input
- Interface or position-data failure caused by wiring, configuration, or sensor faults can remove position information or connected-system data
- Internal transmitter, receiver, or modem faults caused by component ageing or overheating can produce intermittent communication, alarms, or inability to establish a link
Service: Verify primary and reserve power, antenna and feeder condition, distress and safety functions permitted for routine testing, interfaces, audio quality, time and position inputs, and logged self-test results. Any regulatory test or adjustment must follow the vessel's radio procedures and manufacturer documentation.
Spare Parts: Carry the model-specific fuses, approved power-supply items, handset or microphone accessories, connector and sealing items, and critical interface or antenna components recommended by the manufacturer and vessel radio-maintenance plan.
Use Cases: Used on SOLAS merchant ships, offshore vessels, passenger ships, fishing vessels, workboats, and other craft requiring marine radio, distress, safety, or navigation communications.
6248 VHF Mk2
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Loss of supply power from a tripped breaker, failed power unit, loose connection, or depleted reserve battery causes a dead unit, rebooting, or failure to transmit
- Antenna, feeder, connector, or matching fault caused by corrosion, water ingress, or physical damage results in poor range, failed transmission, or weak received signals
- Control-panel, display, keypad, or software faults can prevent channel selection, message handling, or normal operator input
- Interface or position-data failure caused by wiring, configuration, or sensor faults can remove position information or connected-system data
- Internal transmitter, receiver, or modem faults caused by component ageing or overheating can produce intermittent communication, alarms, or inability to establish a link
Service: Verify primary and reserve power, antenna and feeder condition, distress and safety functions permitted for routine testing, interfaces, audio quality, time and position inputs, and logged self-test results. Any regulatory test or adjustment must follow the vessel's radio procedures and manufacturer documentation.
Spare Parts: Carry the model-specific fuses, approved power-supply items, handset or microphone accessories, connector and sealing items, and critical interface or antenna components recommended by the manufacturer and vessel radio-maintenance plan.
Use Cases: Used on SOLAS merchant ships, offshore vessels, passenger ships, fishing vessels, workboats, and other craft requiring marine radio, distress, safety, or navigation communications.
6249 VHF Mk2
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Loss of supply power from a tripped breaker, failed power unit, loose connection, or depleted reserve battery causes a dead unit, rebooting, or failure to transmit
- Antenna, feeder, connector, or matching fault caused by corrosion, water ingress, or physical damage results in poor range, failed transmission, or weak received signals
- Control-panel, display, keypad, or software faults can prevent channel selection, message handling, or normal operator input
- Interface or position-data failure caused by wiring, configuration, or sensor faults can remove position information or connected-system data
- Internal transmitter, receiver, or modem faults caused by component ageing or overheating can produce intermittent communication, alarms, or inability to establish a link
Service: Verify primary and reserve power, antenna and feeder condition, distress and safety functions permitted for routine testing, interfaces, audio quality, time and position inputs, and logged self-test results. Any regulatory test or adjustment must follow the vessel's radio procedures and manufacturer documentation.
Spare Parts: Carry the model-specific fuses, approved power-supply items, handset or microphone accessories, connector and sealing items, and critical interface or antenna components recommended by the manufacturer and vessel radio-maintenance plan.
Use Cases: Used on SOLAS merchant ships, offshore vessels, passenger ships, fishing vessels, workboats, and other craft requiring marine radio, distress, safety, or navigation communications.
6262 VHF Portable
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak reception or transmitter protection indications
- Microphone, handset or speaker faults cause missing or distorted audio
- Power-supply or battery faults cause resets, low-voltage alarms or inability to transmit reliably
- DSC or position-interface faults on equipped units cause distress-function alarms or missing position data
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency battery arrangements where applicable. Test DSC only with the approved method. Verify programmed identity and position input. RF performance testing should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, batteries or chargers for portable sets, antenna connectors, power leads and supported control accessories.
Use Cases: Bridge, pilotage, port, distress and safety communications on commercial and service vessels.
6222 VHF Bridge
unverified
Installation
Bridge
Dsc
ja
Common Failures & Inspection Points
- Antenna, feeder or tuning fault caused by corrosion, damaged cabling or poor connections, resulting in weak transmission, reception problems or equipment alarms
- Power-supply or backup-battery failure caused by charger defects, aged batteries or wiring faults, resulting in loss of availability when main power is removed
- Transmitter or receiver failure caused by RF-component or electronic faults, resulting in inability to establish communications or receive expected traffic
- Position or time-input failure caused by GNSS or network faults, resulting in missing or incorrect data in distress or DSC functions
- Control, display or software fault caused by hardware failure or configuration problems, resulting in frozen controls, error messages or unavailable functions
Service: Perform operational and self-tests permitted by the vessel's procedures without generating unintended distress alerts. Inspect antennas, feeders, grounding, power supplies, backup batteries and connected navigation-data inputs. Verify station identity, position input, time and configured communication services against approved records. Check printers, handsets, microphones and alarm interfaces where fitted. Maintain software, licenses and service subscriptions required by the installed system. Refer to manufacturer and regulatory documentation for exact test methods, battery criteria and approved servicing.
Spare Parts: Keep fuses, handset or microphone accessories, printer consumables where applicable, selected power-supply components and manufacturer-recommended electronic spares. Antenna or feeder repair materials and backup-battery arrangements should reflect the vessel's redundancy plan. Preserve type approval and programmed identity when replacing core units.
Use Cases: Distress, urgency, safety and routine maritime communications within the vessel's GMDSS and operational communications fit.
6222 VHF Backup
unverified
Installation
Backup
Dsc
ja
Common Failures & Inspection Points
- Antenna, feeder or tuning fault caused by corrosion, damaged cabling or poor connections, resulting in weak transmission, reception problems or equipment alarms
- Power-supply or backup-battery failure caused by charger defects, aged batteries or wiring faults, resulting in loss of availability when main power is removed
- Transmitter or receiver failure caused by RF-component or electronic faults, resulting in inability to establish communications or receive expected traffic
- Position or time-input failure caused by GNSS or network faults, resulting in missing or incorrect data in distress or DSC functions
- Control, display or software fault caused by hardware failure or configuration problems, resulting in frozen controls, error messages or unavailable functions
Service: Perform operational and self-tests permitted by the vessel's procedures without generating unintended distress alerts. Inspect antennas, feeders, grounding, power supplies, backup batteries and connected navigation-data inputs. Verify station identity, position input, time and configured communication services against approved records. Check printers, handsets, microphones and alarm interfaces where fitted. Maintain software, licenses and service subscriptions required by the installed system. Refer to manufacturer and regulatory documentation for exact test methods, battery criteria and approved servicing.
Spare Parts: Keep fuses, handset or microphone accessories, printer consumables where applicable, selected power-supply components and manufacturer-recommended electronic spares. Antenna or feeder repair materials and backup-battery arrangements should reflect the vessel's redundancy plan. Preserve type approval and programmed identity when replacing core units.
Use Cases: Distress, urgency, safety and routine maritime communications within the vessel's GMDSS and operational communications fit.
6222 VHF Wing Console
unverified
Installation
Wing Console
Dsc
ja
Common Failures & Inspection Points
- Antenna, feeder or casing damage reduces communication or locating performance and can cause self-test faults
- Battery, emergency-power or power-supply deterioration causes resets, low-voltage alarms or failure to operate
- Water ingress or corrosion causes intermittent operation, damaged connectors or internal faults
- Configuration, registration or identity errors cause incorrect vessel or beacon information
- Internal transceiver, display or control faults cause failed self-tests, missing communications or unavailable emergency functions
Service: Inspect antennas, casing, mounting, power supplies, emergency batteries, controls and programmed identity data as applicable. Perform only approved self-tests and permitted radio tests. Verify accessibility, release arrangements and emergency-power availability where required. Refer to manufacturer and regulatory documentation for the exact figure for test and replacement criteria.
Spare Parts: Carry fuses, handsets or microphones where applicable, approved batteries or chargers, antenna connectors, mounting or release parts and supported control modules.
Use Cases: Distress, safety, ship-to-ship, ship-to-shore and search-and-rescue service.
6222 VHF Emergency Position
unverified
Installation
Emergency Position
Dsc
ja
Common Failures & Inspection Points
- Battery or power-supply deterioration caused by age, poor charging or connection faults can produce low-voltage alarms, failed self-tests or inability to transmit
- Antenna, feeder or connector damage caused by corrosion, water ingress or mechanical stress can reduce range or prevent transmission and reception
- Programming or configuration errors after replacement can produce identity, channel or communication faults even when the hardware powers up
- Control, display or internal electronics faults caused by ageing or moisture can result in failed tests, unreadable indications or intermittent operation
- Release, mounting or protective enclosure problems on emergency equipment caused by corrosion or damage can prevent correct deployment or leave the unit physically insecure
Service: Check identification and programming against vessel records, inspect antennas, feeders, mounts and power sources, and perform only the approved self-tests or functional checks. Verify battery and release dates from the actual unit and service documentation rather than assuming intervals. Refer to manufacturer and statutory documentation for exact test procedures.
Spare Parts: Carry approved batteries only where shipboard replacement is permitted, together with fuses, handset or microphone accessories, connectors, protective covers and other maker-approved service items appropriate to the installed unit.
Use Cases: SOLAS ships and other vessels requiring distress alerting, search-and-rescue location, maritime safety information or routine marine radio communications.
6222 VHF Engine Room
unverified
Installation
Engine Room
Dsc
ja
Common Failures & Inspection Points
- Antenna, feeder or tuning fault caused by corrosion, damaged cabling or poor connections, resulting in weak transmission, reception problems or equipment alarms
- Power-supply or backup-battery failure caused by charger defects, aged batteries or wiring faults, resulting in loss of availability when normal power is removed
- Transmitter or receiver failure caused by RF-component or electronic faults, resulting in inability to establish communications or receive expected traffic
- Position, time or identity-input problem caused by navigation-data or configuration faults, resulting in missing or incorrect information in distress or DSC functions
- Control, display or software fault caused by hardware failure or configuration problems, resulting in frozen controls, error messages or unavailable functions
Service: Perform operational and self-tests permitted by the vessel's procedures without generating unintended distress alerts. Inspect antennas, feeders, grounding, power supplies, backup batteries and connected navigation-data inputs. Verify programmed station identity, position input, time and configured communication services against approved records. Check handsets, microphones, printers and alarm interfaces where fitted. Maintain software, licenses and service subscriptions required by the installed system. Refer to manufacturer and regulatory documentation for exact test methods, battery criteria and approved servicing.
Spare Parts: Keep fuses, handset or microphone accessories, printer consumables where applicable, selected power-supply components and manufacturer-recommended electronic spares. Antenna or feeder repair materials and backup-battery arrangements should reflect the vessel's redundancy plan. Preserve type approval and programmed identity when replacing core units.
Use Cases: Distress, urgency, safety and routine maritime communications within the vessel's GMDSS and operational communications fit.
6222 VHF Portable Kit
unverified
Installation
Portable Kit
Dsc
ja
Common Failures & Inspection Points
- Antenna, feeder or casing damage reduces communication or locating performance and can cause self-test faults
- Battery, emergency-power or power-supply deterioration causes resets, low-voltage alarms or failure to operate
- Water ingress or corrosion causes intermittent operation, damaged connectors or internal faults
- Configuration, registration or identity errors cause incorrect vessel or beacon information
- Internal transceiver, display or control faults cause failed self-tests, missing communications or unavailable emergency functions
Service: Inspect antennas, casing, mounting, power supplies, emergency batteries, controls and programmed identity data as applicable. Perform only approved self-tests and permitted radio tests. Verify accessibility, release arrangements and emergency-power availability where required. Refer to manufacturer and regulatory documentation for the exact figure for test and replacement criteria.
Spare Parts: Carry fuses, handsets or microphones where applicable, approved batteries or chargers, antenna connectors, mounting or release parts and supported control modules.
Use Cases: Distress, safety, ship-to-ship, ship-to-shore and search-and-rescue service.
Furuno
17
FM-8800D
unverified
Dsc
ja
Power (W)
25
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
FM-8800S
unverified
Dsc
ja
Power (W)
25
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
FM-4721
unverified
Dsc
ja
Power (W)
25
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
FM-4850
unverified
Dsc
ja
Power (W)
25
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
FM-8900S Mk2
unverified
Dsc
ja
Power (W)
25
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
FM-8900S Mk3
unverified
Dsc
ja
Power (W)
25
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
FM-4721 Mk2
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
FM-4800 Mk2
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
FM-4850 Mk2
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
FM-8900S Mk4
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
FM-8900S GMDSS
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
FM-8900S Bridge
unverified
Installation
Bridge
Dsc
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
FM-8900S Backup
unverified
Installation
Backup
Dsc
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
FM-8900S Wing Console
unverified
Installation
Wing Console
Dsc
ja
Common Failures & Inspection Points
- Loss of supply power from a tripped breaker, failed power unit, loose connection, or depleted reserve battery causes a dead unit, rebooting, or failure to transmit
- Antenna, feeder, connector, or matching fault caused by corrosion, water ingress, or physical damage results in poor range, failed transmission, or weak received signals
- Control-panel, display, keypad, or software faults can prevent channel selection, message handling, or normal operator input
- Interface or position-data failure caused by wiring, configuration, or sensor faults can remove position information or connected-system data
- Internal transmitter, receiver, or modem faults caused by component ageing or overheating can produce intermittent communication, alarms, or inability to establish a link
Service: Verify primary and reserve power, antenna and feeder condition, distress and safety functions permitted for routine testing, interfaces, audio quality, time and position inputs, and logged self-test results. Any regulatory test or adjustment must follow the vessel's radio procedures and manufacturer documentation.
Spare Parts: Carry the model-specific fuses, approved power-supply items, handset or microphone accessories, connector and sealing items, and critical interface or antenna components recommended by the manufacturer and vessel radio-maintenance plan.
Use Cases: Used on SOLAS merchant ships, offshore vessels, passenger ships, fishing vessels, workboats, and other craft requiring marine radio, distress, safety, or navigation communications.
FM-8900S Emergency Position
unverified
Installation
Emergency Position
Dsc
ja
Common Failures & Inspection Points
- Antenna, feeder or connector corrosion causes weak reception, poor transmission or high reflected-power indications
- Power-supply or backup-battery faults cause resets or loss of availability during main-power failure
- GNSS or data-interface loss causes missing position or identity information in transmitted messages
- Microphone, handset, speaker or operator-control faults impair communication despite the main unit remaining powered
- Configuration or programming errors can cause incorrect identity, channel or service behaviour
Service: Carry out the approved self-tests and operational checks without generating false distress alerts. Inspect antennas, feeders, connectors, earth or bonding arrangements where applicable, reserve supply and interfaces to navigation data. Verify programmed identity information and GMDSS records; exact radio tests, power measurements and configuration procedures must follow manufacturer and statutory documentation.
Spare Parts: Keep approved fuses, handset or microphone parts, antenna connectors, selected cables, printer consumables where fitted and critical power-supply or interface modules according to the vessel's GMDSS spares arrangement.
Use Cases: Used on seagoing vessels for distress, safety and routine maritime communications as part of the bridge and GMDSS installation.
FM-8900S Engine Room
unverified
Installation
Engine Room
Dsc
ja
Common Failures & Inspection Points
- Transmitter or receiver failure caused by RF, antenna, feeder or power faults, noticed as poor range, failed checks or loss of reception
- Antenna/feed-line deterioration caused by corrosion, water ingress or mechanical damage, noticed as intermittent operation or reduced range
- Control or audio failure caused by handset, microphone, display, keypad or controller faults, noticed as inability to operate normal functions
- Position/identity or data-interface failure caused by wiring or configuration faults, noticed as missing or incorrect safety data
- Power-source failure caused by breaker, fuse, converter or emergency-supply faults, noticed as dead equipment or loss of required GMDSS availability
Service: Carry out the permitted operational/self-tests, inspect antennas, feeders, connectors, controls and cooling, and verify normal and emergency power where required. Check vessel identity, position and interfaces appropriate to the equipment type and review recurring alarms or logbook entries. A radio surveyor should confirm the installation and programmed data against the approved radio documentation.
Spare Parts: Carry fuses, approved handsets/microphones or control accessories where applicable, antenna connectors and feeder repair items, selected power-supply components and manufacturer-recommended interface/control spares. The spare scale should match the vessel's declared GMDSS maintenance method.
Use Cases: Used on merchant, offshore, passenger and workboat fleets for distress, safety and routine maritime communications according to the equipment's approved GMDSS function.
FM-8900S Portable Kit
unverified
Installation
Portable Kit
Dsc
ja
Common Failures & Inspection Points
- Loss of supply power from a tripped breaker, failed power unit, loose connection, or depleted reserve battery causes a dead unit, rebooting, or failure to transmit
- Antenna, feeder, connector, or matching fault caused by corrosion, water ingress, or physical damage results in poor range, failed transmission, or weak received signals
- Control-panel, display, keypad, or software faults can prevent channel selection, message handling, or normal operator input
- Interface or position-data failure caused by wiring, configuration, or sensor faults can remove position information or connected-system data
- Internal transmitter, receiver, or modem faults caused by component ageing or overheating can produce intermittent communication, alarms, or inability to establish a link
Service: Verify primary and reserve power, antenna and feeder condition, distress and safety functions permitted for routine testing, interfaces, audio quality, time and position inputs, and logged self-test results. Any regulatory test or adjustment must follow the vessel's radio procedures and manufacturer documentation.
Spare Parts: Carry the model-specific fuses, approved power-supply items, handset or microphone accessories, connector and sealing items, and critical interface or antenna components recommended by the manufacturer and vessel radio-maintenance plan.
Use Cases: Used on SOLAS merchant ships, offshore vessels, passenger ships, fishing vessels, workboats, and other craft requiring marine radio, distress, safety, or navigation communications.
Standard Horizon
17
HX890
unverified
Portable
ja
Dsc
ja
Waterproof
ja
Power (W)
6
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
HX870
unverified
Portable
ja
Dsc
ja
Waterproof
ja
Power (W)
6
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
HX600
unverified
Portable
ja
Dsc
nein
Waterproof
ja
Power (W)
6
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
HX300E
unverified
Portable
ja
Dsc
nein
Waterproof
ja
Power (W)
6
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
MR HH600
unverified
Portable
ja
Dsc
nein
Waterproof
ja
Power (W)
6
Common Failures & Inspection Points
- Transmitter or receiver failure caused by RF, antenna, feeder or power faults, noticed as poor range, failed checks or loss of reception
- Antenna/feed-line deterioration caused by corrosion, water ingress or mechanical damage, noticed as intermittent operation or reduced range
- Control or audio failure caused by handset, microphone, display, keypad or controller faults, noticed as inability to operate normal functions
- Position/identity or data-interface failure caused by wiring or configuration faults, noticed as missing or incorrect safety data
- Power-source failure caused by breaker, fuse, converter or emergency-supply faults, noticed as dead equipment or loss of required GMDSS availability
Service: Carry out the permitted operational/self-tests, inspect antennas, feeders, connectors, controls and cooling, and verify normal and emergency power where required. Check vessel identity, position and interfaces appropriate to the equipment type and review recurring alarms or logbook entries. A radio surveyor should confirm the installation and programmed data against the approved radio documentation.
Spare Parts: Carry fuses, approved handsets/microphones or control accessories where applicable, antenna connectors and feeder repair items, selected power-supply components and manufacturer-recommended interface/control spares. The spare scale should match the vessel's declared GMDSS maintenance method.
Use Cases: Used on merchant, offshore, passenger and workboat fleets for distress, safety and routine maritime communications according to the equipment's approved GMDSS function.
HX890E
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
HX870E
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
GX6500
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Transmitter or receiver failure caused by RF, antenna, feeder or power faults, noticed as poor range, failed checks or loss of reception
- Antenna/feed-line deterioration caused by corrosion, water ingress or mechanical damage, noticed as intermittent operation or reduced range
- Control or audio failure caused by handset, microphone, display, keypad or controller faults, noticed as inability to operate normal functions
- Position/identity or data-interface failure caused by wiring or configuration faults, noticed as missing or incorrect safety data
- Power-source failure caused by breaker, fuse, converter or emergency-supply faults, noticed as dead equipment or loss of required GMDSS availability
Service: Carry out the permitted operational/self-tests, inspect antennas, feeders, connectors, controls and cooling, and verify normal and emergency power where required. Check vessel identity, position and interfaces appropriate to the equipment type and review recurring alarms or logbook entries. A radio surveyor should confirm the installation and programmed data against the approved radio documentation.
Spare Parts: Carry fuses, approved handsets/microphones or control accessories where applicable, antenna connectors and feeder repair items, selected power-supply components and manufacturer-recommended interface/control spares. The spare scale should match the vessel's declared GMDSS maintenance method.
Use Cases: Used on merchant, offshore, passenger and workboat fleets for distress, safety and routine maritime communications according to the equipment's approved GMDSS function.
GX2400GPS
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Transmitter or receiver failure caused by RF, antenna, feeder or power faults, noticed as poor range, failed checks or loss of reception
- Antenna/feed-line deterioration caused by corrosion, water ingress or mechanical damage, noticed as intermittent operation or reduced range
- Control or audio failure caused by handset, microphone, display, keypad or controller faults, noticed as inability to operate normal functions
- Position/identity or data-interface failure caused by wiring or configuration faults, noticed as missing or incorrect safety data
- Power-source failure caused by breaker, fuse, converter or emergency-supply faults, noticed as dead equipment or loss of required GMDSS availability
Service: Carry out the permitted operational/self-tests, inspect antennas, feeders, connectors, controls and cooling, and verify normal and emergency power where required. Check vessel identity, position and interfaces appropriate to the equipment type and review recurring alarms or logbook entries. A radio surveyor should confirm the installation and programmed data against the approved radio documentation.
Spare Parts: Carry fuses, approved handsets/microphones or control accessories where applicable, antenna connectors and feeder repair items, selected power-supply components and manufacturer-recommended interface/control spares. The spare scale should match the vessel's declared GMDSS maintenance method.
Use Cases: Used on merchant, offshore, passenger and workboat fleets for distress, safety and routine maritime communications according to the equipment's approved GMDSS function.
GX1400GPS
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Transmitter or receiver failure caused by RF, antenna, feeder or power faults, noticed as poor range, failed checks or loss of reception
- Antenna/feed-line deterioration caused by corrosion, water ingress or mechanical damage, noticed as intermittent operation or reduced range
- Control or audio failure caused by handset, microphone, display, keypad or controller faults, noticed as inability to operate normal functions
- Position/identity or data-interface failure caused by wiring or configuration faults, noticed as missing or incorrect safety data
- Power-source failure caused by breaker, fuse, converter or emergency-supply faults, noticed as dead equipment or loss of required GMDSS availability
Service: Carry out the permitted operational/self-tests, inspect antennas, feeders, connectors, controls and cooling, and verify normal and emergency power where required. Check vessel identity, position and interfaces appropriate to the equipment type and review recurring alarms or logbook entries. A radio surveyor should confirm the installation and programmed data against the approved radio documentation.
Spare Parts: Carry fuses, approved handsets/microphones or control accessories where applicable, antenna connectors and feeder repair items, selected power-supply components and manufacturer-recommended interface/control spares. The spare scale should match the vessel's declared GMDSS maintenance method.
Use Cases: Used on merchant, offshore, passenger and workboat fleets for distress, safety and routine maritime communications according to the equipment's approved GMDSS function.
GX1300E
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Transmitter or receiver failure caused by RF, antenna, feeder or power faults, noticed as poor range, failed checks or loss of reception
- Antenna/feed-line deterioration caused by corrosion, water ingress or mechanical damage, noticed as intermittent operation or reduced range
- Control or audio failure caused by handset, microphone, display, keypad or controller faults, noticed as inability to operate normal functions
- Position/identity or data-interface failure caused by wiring or configuration faults, noticed as missing or incorrect safety data
- Power-source failure caused by breaker, fuse, converter or emergency-supply faults, noticed as dead equipment or loss of required GMDSS availability
Service: Carry out the permitted operational/self-tests, inspect antennas, feeders, connectors, controls and cooling, and verify normal and emergency power where required. Check vessel identity, position and interfaces appropriate to the equipment type and review recurring alarms or logbook entries. A radio surveyor should confirm the installation and programmed data against the approved radio documentation.
Spare Parts: Carry fuses, approved handsets/microphones or control accessories where applicable, antenna connectors and feeder repair items, selected power-supply components and manufacturer-recommended interface/control spares. The spare scale should match the vessel's declared GMDSS maintenance method.
Use Cases: Used on merchant, offshore, passenger and workboat fleets for distress, safety and routine maritime communications according to the equipment's approved GMDSS function.
GX6000 Bridge
unverified
Installation
Bridge
Dsc
ja
Common Failures & Inspection Points
- Antenna, feeder or tuning fault caused by corrosion, damaged cabling or poor connections, resulting in weak transmission, reception problems or equipment alarms
- Power-supply or backup-battery failure caused by charger defects, aged batteries or wiring faults, resulting in loss of availability when main power is removed
- Transmitter or receiver failure caused by RF-component or electronic faults, resulting in inability to establish communications or receive expected traffic
- Position or time-input failure caused by GNSS or network faults, resulting in missing or incorrect data in distress or DSC functions
- Control, display or software fault caused by hardware failure or configuration problems, resulting in frozen controls, error messages or unavailable functions
Service: Perform operational and self-tests permitted by the vessel's procedures without generating unintended distress alerts. Inspect antennas, feeders, grounding, power supplies, backup batteries and connected navigation-data inputs. Verify station identity, position input, time and configured communication services against approved records. Check printers, handsets, microphones and alarm interfaces where fitted. Maintain software, licenses and service subscriptions required by the installed system. Refer to manufacturer and regulatory documentation for exact test methods, battery criteria and approved servicing.
Spare Parts: Keep fuses, handset or microphone accessories, printer consumables where applicable, selected power-supply components and manufacturer-recommended electronic spares. Antenna or feeder repair materials and backup-battery arrangements should reflect the vessel's redundancy plan. Preserve type approval and programmed identity when replacing core units.
Use Cases: Distress, urgency, safety and routine maritime communications within the vessel's GMDSS and operational communications fit.
GX6000 Backup
unverified
Installation
Backup
Dsc
ja
Common Failures & Inspection Points
- Antenna, feeder or tuning fault caused by corrosion, damaged cabling or poor connections, resulting in weak transmission, reception problems or equipment alarms
- Power-supply or backup-battery failure caused by charger defects, aged batteries or wiring faults, resulting in loss of availability when main power is removed
- Transmitter or receiver failure caused by RF-component or electronic faults, resulting in inability to establish communications or receive expected traffic
- Position or time-input failure caused by GNSS or network faults, resulting in missing or incorrect data in distress or DSC functions
- Control, display or software fault caused by hardware failure or configuration problems, resulting in frozen controls, error messages or unavailable functions
Service: Perform operational and self-tests permitted by the vessel's procedures without generating unintended distress alerts. Inspect antennas, feeders, grounding, power supplies, backup batteries and connected navigation-data inputs. Verify station identity, position input, time and configured communication services against approved records. Check printers, handsets, microphones and alarm interfaces where fitted. Maintain software, licenses and service subscriptions required by the installed system. Refer to manufacturer and regulatory documentation for exact test methods, battery criteria and approved servicing.
Spare Parts: Keep fuses, handset or microphone accessories, printer consumables where applicable, selected power-supply components and manufacturer-recommended electronic spares. Antenna or feeder repair materials and backup-battery arrangements should reflect the vessel's redundancy plan. Preserve type approval and programmed identity when replacing core units.
Use Cases: Distress, urgency, safety and routine maritime communications within the vessel's GMDSS and operational communications fit.
GX6000 Wing Console
unverified
Installation
Wing Console
Dsc
ja
Common Failures & Inspection Points
- Antenna, feeder or tuning fault caused by corrosion, damaged cabling or poor connections, resulting in weak transmission, reception problems or equipment alarms
- Power-supply or backup-battery failure caused by charger defects, aged batteries or wiring faults, resulting in loss of availability when normal power is removed
- Transmitter or receiver failure caused by RF-component or electronic faults, resulting in inability to establish communications or receive expected traffic
- Position, time or identity-input problem caused by navigation-data or configuration faults, resulting in missing or incorrect information in distress or DSC functions
- Control, display or software fault caused by hardware failure or configuration problems, resulting in frozen controls, error messages or unavailable functions
Service: Perform operational and self-tests permitted by the vessel's procedures without generating unintended distress alerts. Inspect antennas, feeders, grounding, power supplies, backup batteries and connected navigation-data inputs. Verify programmed station identity, position input, time and configured communication services against approved records. Check handsets, microphones, printers and alarm interfaces where fitted. Maintain software, licenses and service subscriptions required by the installed system. Refer to manufacturer and regulatory documentation for exact test methods, battery criteria and approved servicing.
Spare Parts: Keep fuses, handset or microphone accessories, printer consumables where applicable, selected power-supply components and manufacturer-recommended electronic spares. Antenna or feeder repair materials and backup-battery arrangements should reflect the vessel's redundancy plan. Preserve type approval and programmed identity when replacing core units.
Use Cases: Distress, urgency, safety and routine maritime communications within the vessel's GMDSS and operational communications fit.
GX6000 Emergency Position
unverified
Installation
Emergency Position
Dsc
ja
Common Failures & Inspection Points
- Battery or power-supply deterioration caused by age, poor charging or connection faults can produce low-voltage alarms, failed self-tests or inability to transmit
- Antenna, feeder or connector damage caused by corrosion, water ingress or mechanical stress can reduce range or prevent transmission and reception
- Programming or configuration errors after replacement can produce identity, channel or communication faults even when the hardware powers up
- Control, display or internal electronics faults caused by ageing or moisture can result in failed tests, unreadable indications or intermittent operation
- Release, mounting or protective enclosure problems on emergency equipment caused by corrosion or damage can prevent correct deployment or leave the unit physically insecure
Service: Check identification and programming against vessel records, inspect antennas, feeders, mounts and power sources, and perform only the approved self-tests or functional checks. Verify battery and release dates from the actual unit and service documentation rather than assuming intervals. Refer to manufacturer and statutory documentation for exact test procedures.
Spare Parts: Carry approved batteries only where shipboard replacement is permitted, together with fuses, handset or microphone accessories, connectors, protective covers and other maker-approved service items appropriate to the installed unit.
Use Cases: SOLAS ships and other vessels requiring distress alerting, search-and-rescue location, maritime safety information or routine marine radio communications.
GX6000 Engine Room
unverified
Installation
Engine Room
Dsc
ja
Common Failures & Inspection Points
- Antenna, feeder or connector corrosion causes weak reception, poor transmission or high reflected-power indications
- Power-supply or backup-battery faults cause resets or loss of availability during main-power failure
- GNSS or data-interface loss causes missing position or identity information in transmitted messages
- Microphone, handset, speaker or operator-control faults impair communication despite the main unit remaining powered
- Configuration or programming errors can cause incorrect identity, channel or service behaviour
Service: Carry out the approved self-tests and operational checks without generating false distress alerts. Inspect antennas, feeders, connectors, earth or bonding arrangements where applicable, reserve supply and interfaces to navigation data. Verify programmed identity information and GMDSS records; exact radio tests, power measurements and configuration procedures must follow manufacturer and statutory documentation.
Spare Parts: Keep approved fuses, handset or microphone parts, antenna connectors, selected cables, printer consumables where fitted and critical power-supply or interface modules according to the vessel's GMDSS spares arrangement.
Use Cases: Used on seagoing vessels for distress, safety and routine maritime communications as part of the bridge and GMDSS installation.
GX6000 Portable Kit
unverified
Installation
Portable Kit
Dsc
ja
Common Failures & Inspection Points
- Antenna, feeder or tuning fault caused by corrosion, damaged cabling or poor connections, resulting in weak transmission, reception problems or equipment alarms
- Power-supply or backup-battery failure caused by charger defects, aged batteries or wiring faults, resulting in loss of availability when normal power is removed
- Transmitter or receiver failure caused by RF-component or electronic faults, resulting in inability to establish communications or receive expected traffic
- Position, time or identity-input problem caused by navigation-data or configuration faults, resulting in missing or incorrect information in distress or DSC functions
- Control, display or software fault caused by hardware failure or configuration problems, resulting in frozen controls, error messages or unavailable functions
Service: Perform operational and self-tests permitted by the vessel's procedures without generating unintended distress alerts. Inspect antennas, feeders, grounding, power supplies, backup batteries and connected navigation-data inputs. Verify programmed station identity, position input, time and configured communication services against approved records. Check handsets, microphones, printers and alarm interfaces where fitted. Maintain software, licenses and service subscriptions required by the installed system. Refer to manufacturer and regulatory documentation for exact test methods, battery criteria and approved servicing.
Spare Parts: Keep fuses, handset or microphone accessories, printer consumables where applicable, selected power-supply components and manufacturer-recommended electronic spares. Antenna or feeder repair materials and backup-battery arrangements should reflect the vessel's redundancy plan. Preserve type approval and programmed identity when replacing core units.
Use Cases: Distress, urgency, safety and routine maritime communications within the vessel's GMDSS and operational communications fit.
JRC (Japan Radio Co)
14
JHS-770S
unverified
Dsc
ja
Power (W)
25
IMO Compliant
ja
Common Failures & Inspection Points
- Loss of supply power from a tripped breaker, failed power unit, loose connection, or depleted reserve battery causes a dead unit, rebooting, or failure to transmit
- Antenna, feeder, connector, or matching fault caused by corrosion, water ingress, or physical damage results in poor range, failed transmission, or weak received signals
- Control-panel, display, keypad, or software faults can prevent channel selection, message handling, or normal operator input
- Interface or position-data failure caused by wiring, configuration, or sensor faults can remove position information or connected-system data
- Internal transmitter, receiver, or modem faults caused by component ageing or overheating can produce intermittent communication, alarms, or inability to establish a link
Service: Verify primary and reserve power, antenna and feeder condition, distress and safety functions permitted for routine testing, interfaces, audio quality, time and position inputs, and logged self-test results. Any regulatory test or adjustment must follow the vessel's radio procedures and manufacturer documentation.
Spare Parts: Carry the model-specific fuses, approved power-supply items, handset or microphone accessories, connector and sealing items, and critical interface or antenna components recommended by the manufacturer and vessel radio-maintenance plan.
Use Cases: Used on SOLAS merchant ships, offshore vessels, passenger ships, fishing vessels, workboats, and other craft requiring marine radio, distress, safety, or navigation communications.
JHS-780D
unverified
Dsc
ja
Power (W)
25
IMO Compliant
ja
Common Failures & Inspection Points
- Loss of supply power from a tripped breaker, failed power unit, loose connection, or depleted reserve battery causes a dead unit, rebooting, or failure to transmit
- Antenna, feeder, connector, or matching fault caused by corrosion, water ingress, or physical damage results in poor range, failed transmission, or weak received signals
- Control-panel, display, keypad, or software faults can prevent channel selection, message handling, or normal operator input
- Interface or position-data failure caused by wiring, configuration, or sensor faults can remove position information or connected-system data
- Internal transmitter, receiver, or modem faults caused by component ageing or overheating can produce intermittent communication, alarms, or inability to establish a link
Service: Verify primary and reserve power, antenna and feeder condition, distress and safety functions permitted for routine testing, interfaces, audio quality, time and position inputs, and logged self-test results. Any regulatory test or adjustment must follow the vessel's radio procedures and manufacturer documentation.
Spare Parts: Carry the model-specific fuses, approved power-supply items, handset or microphone accessories, connector and sealing items, and critical interface or antenna components recommended by the manufacturer and vessel radio-maintenance plan.
Use Cases: Used on SOLAS merchant ships, offshore vessels, passenger ships, fishing vessels, workboats, and other craft requiring marine radio, distress, safety, or navigation communications.
JHS-800S
unverified
Dsc
ja
Power (W)
25
IMO Compliant
ja
Common Failures & Inspection Points
- Loss of supply power from a tripped breaker, failed power unit, loose connection, or depleted reserve battery causes a dead unit, rebooting, or failure to transmit
- Antenna, feeder, connector, or matching fault caused by corrosion, water ingress, or physical damage results in poor range, failed transmission, or weak received signals
- Control-panel, display, keypad, or software faults can prevent channel selection, message handling, or normal operator input
- Interface or position-data failure caused by wiring, configuration, or sensor faults can remove position information or connected-system data
- Internal transmitter, receiver, or modem faults caused by component ageing or overheating can produce intermittent communication, alarms, or inability to establish a link
Service: Verify primary and reserve power, antenna and feeder condition, distress and safety functions permitted for routine testing, interfaces, audio quality, time and position inputs, and logged self-test results. Any regulatory test or adjustment must follow the vessel's radio procedures and manufacturer documentation.
Spare Parts: Carry the model-specific fuses, approved power-supply items, handset or microphone accessories, connector and sealing items, and critical interface or antenna components recommended by the manufacturer and vessel radio-maintenance plan.
Use Cases: Used on SOLAS merchant ships, offshore vessels, passenger ships, fishing vessels, workboats, and other craft requiring marine radio, distress, safety, or navigation communications.
JHS-770S Mk2
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak reception or transmitter protection indications
- Microphone, handset or speaker faults cause missing or distorted audio
- Power-supply or battery faults cause resets, low-voltage alarms or inability to transmit reliably
- DSC or position-interface faults on equipped units cause distress-function alarms or missing position data
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency battery arrangements where applicable. Test DSC only with the approved method. Verify programmed identity and position input. RF performance testing should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, batteries or chargers for portable sets, antenna connectors, power leads and supported control accessories.
Use Cases: Bridge, pilotage, port, distress and safety communications on commercial and service vessels.
JHS-780D Mk2
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak reception or transmitter protection indications
- Microphone, handset or speaker faults cause missing or distorted audio
- Power-supply or battery faults cause resets, low-voltage alarms or inability to transmit reliably
- DSC or position-interface faults on equipped units cause distress-function alarms or missing position data
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency battery arrangements where applicable. Test DSC only with the approved method. Verify programmed identity and position input. RF performance testing should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, batteries or chargers for portable sets, antenna connectors, power leads and supported control accessories.
Use Cases: Bridge, pilotage, port, distress and safety communications on commercial and service vessels.
JHS-800D
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Loss of supply power from a tripped breaker, failed power unit, loose connection, or depleted reserve battery causes a dead unit, rebooting, or failure to transmit
- Antenna, feeder, connector, or matching fault caused by corrosion, water ingress, or physical damage results in poor range, failed transmission, or weak received signals
- Control-panel, display, keypad, or software faults can prevent channel selection, message handling, or normal operator input
- Interface or position-data failure caused by wiring, configuration, or sensor faults can remove position information or connected-system data
- Internal transmitter, receiver, or modem faults caused by component ageing or overheating can produce intermittent communication, alarms, or inability to establish a link
Service: Verify primary and reserve power, antenna and feeder condition, distress and safety functions permitted for routine testing, interfaces, audio quality, time and position inputs, and logged self-test results. Any regulatory test or adjustment must follow the vessel's radio procedures and manufacturer documentation.
Spare Parts: Carry the model-specific fuses, approved power-supply items, handset or microphone accessories, connector and sealing items, and critical interface or antenna components recommended by the manufacturer and vessel radio-maintenance plan.
Use Cases: Used on SOLAS merchant ships, offshore vessels, passenger ships, fishing vessels, workboats, and other craft requiring marine radio, distress, safety, or navigation communications.
JHS-810
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Loss of supply power from a tripped breaker, failed power unit, loose connection, or depleted reserve battery causes a dead unit, rebooting, or failure to transmit
- Antenna, feeder, connector, or matching fault caused by corrosion, water ingress, or physical damage results in poor range, failed transmission, or weak received signals
- Control-panel, display, keypad, or software faults can prevent channel selection, message handling, or normal operator input
- Interface or position-data failure caused by wiring, configuration, or sensor faults can remove position information or connected-system data
- Internal transmitter, receiver, or modem faults caused by component ageing or overheating can produce intermittent communication, alarms, or inability to establish a link
Service: Verify primary and reserve power, antenna and feeder condition, distress and safety functions permitted for routine testing, interfaces, audio quality, time and position inputs, and logged self-test results. Any regulatory test or adjustment must follow the vessel's radio procedures and manufacturer documentation.
Spare Parts: Carry the model-specific fuses, approved power-supply items, handset or microphone accessories, connector and sealing items, and critical interface or antenna components recommended by the manufacturer and vessel radio-maintenance plan.
Use Cases: Used on SOLAS merchant ships, offshore vessels, passenger ships, fishing vessels, workboats, and other craft requiring marine radio, distress, safety, or navigation communications.
JHS-181G
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Loss of supply power from a tripped breaker, failed power unit, loose connection, or depleted reserve battery causes a dead unit, rebooting, or failure to transmit
- Antenna, feeder, connector, or matching fault caused by corrosion, water ingress, or physical damage results in poor range, failed transmission, or weak received signals
- Control-panel, display, keypad, or software faults can prevent channel selection, message handling, or normal operator input
- Interface or position-data failure caused by wiring, configuration, or sensor faults can remove position information or connected-system data
- Internal transmitter, receiver, or modem faults caused by component ageing or overheating can produce intermittent communication, alarms, or inability to establish a link
Service: Verify primary and reserve power, antenna and feeder condition, distress and safety functions permitted for routine testing, interfaces, audio quality, time and position inputs, and logged self-test results. Any regulatory test or adjustment must follow the vessel's radio procedures and manufacturer documentation.
Spare Parts: Carry the model-specific fuses, approved power-supply items, handset or microphone accessories, connector and sealing items, and critical interface or antenna components recommended by the manufacturer and vessel radio-maintenance plan.
Use Cases: Used on SOLAS merchant ships, offshore vessels, passenger ships, fishing vessels, workboats, and other craft requiring marine radio, distress, safety, or navigation communications.
JHS-770S Bridge
unverified
Installation
Bridge
Dsc
ja
Common Failures & Inspection Points
- Antenna, feeder or tuning fault caused by corrosion, damaged cabling or poor connections, resulting in weak transmission, reception problems or equipment alarms
- Power-supply or backup-battery failure caused by charger defects, aged batteries or wiring faults, resulting in loss of availability when normal power is removed
- Transmitter or receiver failure caused by RF-component or electronic faults, resulting in inability to establish communications or receive expected traffic
- Position, time or identity-input problem caused by navigation-data or configuration faults, resulting in missing or incorrect information in distress or DSC functions
- Control, display or software fault caused by hardware failure or configuration problems, resulting in frozen controls, error messages or unavailable functions
Service: Perform operational and self-tests permitted by the vessel's procedures without generating unintended distress alerts. Inspect antennas, feeders, grounding, power supplies, backup batteries and connected navigation-data inputs. Verify programmed station identity, position input, time and configured communication services against approved records. Check handsets, microphones, printers and alarm interfaces where fitted. Maintain software, licenses and service subscriptions required by the installed system. Refer to manufacturer and regulatory documentation for exact test methods, battery criteria and approved servicing.
Spare Parts: Keep fuses, handset or microphone accessories, printer consumables where applicable, selected power-supply components and manufacturer-recommended electronic spares. Antenna or feeder repair materials and backup-battery arrangements should reflect the vessel's redundancy plan. Preserve type approval and programmed identity when replacing core units.
Use Cases: Distress, urgency, safety and routine maritime communications within the vessel's GMDSS and operational communications fit.
JHS-770S Backup
unverified
Installation
Backup
Dsc
ja
Common Failures & Inspection Points
- Antenna, feeder or tuning fault caused by corrosion, damaged cabling or poor connections, resulting in weak transmission, reception problems or equipment alarms
- Power-supply or backup-battery failure caused by charger defects, aged batteries or wiring faults, resulting in loss of availability when normal power is removed
- Transmitter or receiver failure caused by RF-component or electronic faults, resulting in inability to establish communications or receive expected traffic
- Position, time or identity-input problem caused by navigation-data or configuration faults, resulting in missing or incorrect information in distress or DSC functions
- Control, display or software fault caused by hardware failure or configuration problems, resulting in frozen controls, error messages or unavailable functions
Service: Perform operational and self-tests permitted by the vessel's procedures without generating unintended distress alerts. Inspect antennas, feeders, grounding, power supplies, backup batteries and connected navigation-data inputs. Verify programmed station identity, position input, time and configured communication services against approved records. Check handsets, microphones, printers and alarm interfaces where fitted. Maintain software, licenses and service subscriptions required by the installed system. Refer to manufacturer and regulatory documentation for exact test methods, battery criteria and approved servicing.
Spare Parts: Keep fuses, handset or microphone accessories, printer consumables where applicable, selected power-supply components and manufacturer-recommended electronic spares. Antenna or feeder repair materials and backup-battery arrangements should reflect the vessel's redundancy plan. Preserve type approval and programmed identity when replacing core units.
Use Cases: Distress, urgency, safety and routine maritime communications within the vessel's GMDSS and operational communications fit.
JHS-770S Wing Console
unverified
Installation
Wing Console
Dsc
ja
Common Failures & Inspection Points
- Battery or power-supply deterioration caused by age, poor charging or connection faults can produce low-voltage alarms, failed self-tests or inability to transmit
- Antenna, feeder or connector damage caused by corrosion, water ingress or mechanical stress can reduce range or prevent transmission and reception
- Programming or configuration errors after replacement can produce identity, channel or communication faults even when the hardware powers up
- Control, display or internal electronics faults caused by ageing or moisture can result in failed tests, unreadable indications or intermittent operation
- Release, mounting or protective enclosure problems on emergency equipment caused by corrosion or damage can prevent correct deployment or leave the unit physically insecure
Service: Check identification and programming against vessel records, inspect antennas, feeders, mounts and power sources, and perform only the approved self-tests or functional checks. Verify battery and release dates from the actual unit and service documentation rather than assuming intervals. Refer to manufacturer and statutory documentation for exact test procedures.
Spare Parts: Carry approved batteries only where shipboard replacement is permitted, together with fuses, handset or microphone accessories, connectors, protective covers and other maker-approved service items appropriate to the installed unit.
Use Cases: SOLAS ships and other vessels requiring distress alerting, search-and-rescue location, maritime safety information or routine marine radio communications.
JHS-770S Emergency Position
unverified
Installation
Emergency Position
Dsc
ja
Common Failures & Inspection Points
- Loss of primary or reserve power from a tripped breaker, failed power unit, loose connection, or depleted battery causes a dead unit, rebooting, or failed transmission
- Antenna, feeder, connector, or matching faults from corrosion, water ingress, or physical damage cause poor range or weak received signals
- Control-panel, display, keypad, or software faults prevent channel selection, message handling, or operator input
- Interface or position-data failure from wiring, configuration, or sensor faults removes position or connected-system data
- Internal transmitter, receiver, or modem faults from component ageing or overheating cause intermittent communication, alarms, or inability to establish a link
Service: Verify primary and reserve power, antenna and feeder condition, permitted distress/safety self-tests, interfaces, audio quality, time and position inputs, and logged faults. Regulatory tests and adjustments must follow vessel radio procedures and manufacturer documentation.
Spare Parts: Carry model-specific fuses, approved power-supply items, handset or microphone accessories where relevant, connector and sealing items, and critical interface or antenna components recommended by the manufacturer.
Use Cases: Used on SOLAS merchant ships, offshore vessels, passenger ships, fishing vessels, workboats, and other craft requiring marine radio, distress, safety, or navigation communications.
JHS-770S Engine Room
unverified
Installation
Engine Room
Dsc
ja
Common Failures & Inspection Points
- Loss of supply power from a tripped breaker, failed power unit, loose connection, or depleted reserve battery causes a dead unit, rebooting, or failure to transmit
- Antenna, feeder, connector, or matching fault caused by corrosion, water ingress, or physical damage results in poor range, failed transmission, or weak received signals
- Control-panel, display, keypad, or software faults can prevent channel selection, message handling, or normal operator input
- Interface or position-data failure caused by wiring, configuration, or sensor faults can remove position information or connected-system data
- Internal transmitter, receiver, or modem faults caused by component ageing or overheating can produce intermittent communication, alarms, or inability to establish a link
Service: Verify primary and reserve power, antenna and feeder condition, distress and safety functions permitted for routine testing, interfaces, audio quality, time and position inputs, and logged self-test results. Any regulatory test or adjustment must follow the vessel's radio procedures and manufacturer documentation.
Spare Parts: Carry the model-specific fuses, approved power-supply items, handset or microphone accessories, connector and sealing items, and critical interface or antenna components recommended by the manufacturer and vessel radio-maintenance plan.
Use Cases: Used on SOLAS merchant ships, offshore vessels, passenger ships, fishing vessels, workboats, and other craft requiring marine radio, distress, safety, or navigation communications.
JHS-770S Portable Kit
unverified
Installation
Portable Kit
Dsc
ja
Common Failures & Inspection Points
- Battery or power-supply deterioration caused by age, poor charging or connection faults can produce low-voltage alarms, failed self-tests or inability to transmit
- Antenna, feeder or connector damage caused by corrosion, water ingress or mechanical stress can reduce range or prevent transmission and reception
- Programming or configuration errors after replacement can produce identity, channel or communication faults even when the hardware powers up
- Control, display or internal electronics faults caused by ageing or moisture can result in failed tests, unreadable indications or intermittent operation
- Release, mounting or protective enclosure problems on emergency equipment caused by corrosion or damage can prevent correct deployment or leave the unit physically insecure
Service: Check identification and programming against vessel records, inspect antennas, feeders, mounts and power sources, and perform only the approved self-tests or functional checks. Verify battery and release dates from the actual unit and service documentation rather than assuming intervals. Refer to manufacturer and statutory documentation for exact test procedures.
Spare Parts: Carry approved batteries only where shipboard replacement is permitted, together with fuses, handset or microphone accessories, connectors, protective covers and other maker-approved service items appropriate to the installed unit.
Use Cases: SOLAS ships and other vessels requiring distress alerting, search-and-rescue location, maritime safety information or routine marine radio communications.
Zenitel
8
Zenitel ECOM-D
unverified
Type
Marine Intercom/PA
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
Zenitel TCIS-6
unverified
Type
Marine Intercom/PA
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
Zenitel Vingtor Marine
unverified
Type
Marine Intercom/PA
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna, feeder or tuning fault caused by corrosion, damaged cabling or poor connections, resulting in weak transmission, reception problems or equipment alarms
- Power-supply or backup-battery failure caused by charger defects, aged batteries or wiring faults, resulting in loss of availability when main power is removed
- Transmitter or receiver failure caused by RF-component or electronic faults, resulting in inability to establish communications or receive expected traffic
- Position or time-input failure caused by GNSS or network faults, resulting in missing or incorrect data in distress or DSC functions
- Control, display or software fault caused by hardware failure or configuration problems, resulting in frozen controls, error messages or unavailable functions
Service: Perform operational and self-tests permitted by the vessel's procedures without generating unintended distress alerts. Inspect antennas, feeders, grounding, power supplies, backup batteries and connected navigation-data inputs. Verify station identity, position input, time and configured communication services against approved records. Check printers, handsets, microphones and alarm interfaces where fitted. Maintain software, licenses and service subscriptions required by the installed system. Refer to manufacturer and regulatory documentation for exact test methods, battery criteria and approved servicing.
Spare Parts: Keep fuses, handset or microphone accessories, printer consumables where applicable, selected power-supply components and manufacturer-recommended electronic spares. Antenna or feeder repair materials and backup-battery arrangements should reflect the vessel's redundancy plan. Preserve type approval and programmed identity when replacing core units.
Use Cases: Distress, urgency, safety and routine maritime communications within the vessel's GMDSS and operational communications fit.
ECOM-D-C
unverified
Type
Marine Intercom/PA System
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
TCIS-6-C
unverified
Type
Marine Intercom/PA System
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
AlphaCom Marine-C
unverified
Type
Marine Intercom/PA System
Common Failures & Inspection Points
- Transmitter or receiver failure caused by RF, antenna, feeder or power faults, noticed as poor range, failed checks or loss of reception
- Antenna/feed-line deterioration caused by corrosion, water ingress or mechanical damage, noticed as intermittent operation or reduced range
- Control or audio failure caused by handset, microphone, display, keypad or controller faults, noticed as inability to operate normal functions
- Position/identity or data-interface failure caused by wiring or configuration faults, noticed as missing or incorrect safety data
- Power-source failure caused by breaker, fuse, converter or emergency-supply faults, noticed as dead equipment or loss of required GMDSS availability
Service: Carry out the permitted operational/self-tests, inspect antennas, feeders, connectors, controls and cooling, and verify normal and emergency power where required. Check vessel identity, position and interfaces appropriate to the equipment type and review recurring alarms or logbook entries. A radio surveyor should confirm the installation and programmed data against the approved radio documentation.
Spare Parts: Carry fuses, approved handsets/microphones or control accessories where applicable, antenna connectors and feeder repair items, selected power-supply components and manufacturer-recommended interface/control spares. The spare scale should match the vessel's declared GMDSS maintenance method.
Use Cases: Used on merchant, offshore, passenger and workboat fleets for distress, safety and routine maritime communications according to the equipment's approved GMDSS function.
CIS-1 Marine-C
unverified
Type
Marine Intercom/PA System
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
ICX-AlphaCom Marine
unverified
Type
Marine Intercom/PA System
Common Failures & Inspection Points
- Transmitter or receiver failure caused by RF, antenna, feeder or power faults, noticed as poor range, failed checks or loss of reception
- Antenna/feed-line deterioration caused by corrosion, water ingress or mechanical damage, noticed as intermittent operation or reduced range
- Control or audio failure caused by handset, microphone, display, keypad or controller faults, noticed as inability to operate normal functions
- Position/identity or data-interface failure caused by wiring or configuration faults, noticed as missing or incorrect safety data
- Power-source failure caused by breaker, fuse, converter or emergency-supply faults, noticed as dead equipment or loss of required GMDSS availability
Service: Carry out the permitted operational/self-tests, inspect antennas, feeders, connectors, controls and cooling, and verify normal and emergency power where required. Check vessel identity, position and interfaces appropriate to the equipment type and review recurring alarms or logbook entries. A radio surveyor should confirm the installation and programmed data against the approved radio documentation.
Spare Parts: Carry fuses, approved handsets/microphones or control accessories where applicable, antenna connectors and feeder repair items, selected power-supply components and manufacturer-recommended interface/control spares. The spare scale should match the vessel's declared GMDSS maintenance method.
Use Cases: Used on merchant, offshore, passenger and workboat fleets for distress, safety and routine maritime communications according to the equipment's approved GMDSS function.
Entel
4
HT649 Marine
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
HT944 GMDSS
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
DT885 Marine
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
DT844 Marine
unverified
Dsc
ja
IMO Compliant
ja
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
Phontech
4
PTC-100
unverified
Type
Marine Intercom/PA System
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
PTC-200
unverified
Type
Marine Intercom/PA System
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
PTC-300
unverified
Type
Marine Intercom/PA System
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
PTC-500
unverified
Type
Marine Intercom/PA System
Common Failures & Inspection Points
- Antenna or feeder corrosion causes poor range, weak received signals or high transmitter reflected power
- Microphone, handset or speaker faults cause missing or distorted audio while the radio otherwise powers normally
- Power-supply, battery or charging faults cause resets, low-voltage alarms or inability to transmit at required power
- DSC or GPS-interface faults on equipped units cause distress-function alarms or missing position information
- Internal transceiver or control faults cause intermittent transmission, receiver deafness or unavailable channels
Service: Check antenna and feeder condition, channel operation, audio quality, power supply and emergency or portable battery arrangements where applicable. Test DSC functions only with the approved test method on DSC-equipped radios. Verify programmed identity and position input. RF output and sensitivity measurements should follow manufacturer and GMDSS service procedures.
Spare Parts: Carry fuses, microphones or handsets, battery packs or chargers for portable sets, antenna connectors, power leads and selected approved control accessories.
Use Cases: Bridge communications, port operations, pilotage, distress and safety communications on commercial, offshore and small craft.
Elcome International
3
ECAM-100
unverified
Type
Marine Intercom/PA System
Common Failures & Inspection Points
- Loss of supply power from a tripped breaker, failed power unit, loose connection, or depleted reserve battery causes a dead unit, rebooting, or failure to transmit
- Antenna, feeder, connector, or matching fault caused by corrosion, water ingress, or physical damage results in poor range, failed transmission, or weak received signals
- Control-panel, display, keypad, or software faults can prevent channel selection, message handling, or normal operator input
- Interface or position-data failure caused by wiring, configuration, or sensor faults can remove position information or connected-system data
- Internal transmitter, receiver, or modem faults caused by component ageing or overheating can produce intermittent communication, alarms, or inability to establish a link
Service: Verify primary and reserve power, antenna and feeder condition, distress and safety functions permitted for routine testing, interfaces, audio quality, time and position inputs, and logged self-test results. Any regulatory test or adjustment must follow the vessel's radio procedures and manufacturer documentation.
Spare Parts: Carry the model-specific fuses, approved power-supply items, handset or microphone accessories, connector and sealing items, and critical interface or antenna components recommended by the manufacturer and vessel radio-maintenance plan.
Use Cases: Used on SOLAS merchant ships, offshore vessels, passenger ships, fishing vessels, workboats, and other craft requiring marine radio, distress, safety, or navigation communications.
ECAM-200
unverified
Type
Marine Intercom/PA System
Common Failures & Inspection Points
- Loss of supply power from a tripped breaker, failed power unit, loose connection, or depleted reserve battery causes a dead unit, rebooting, or failure to transmit
- Antenna, feeder, connector, or matching fault caused by corrosion, water ingress, or physical damage results in poor range, failed transmission, or weak received signals
- Control-panel, display, keypad, or software faults can prevent channel selection, message handling, or normal operator input
- Interface or position-data failure caused by wiring, configuration, or sensor faults can remove position information or connected-system data
- Internal transmitter, receiver, or modem faults caused by component ageing or overheating can produce intermittent communication, alarms, or inability to establish a link
Service: Verify primary and reserve power, antenna and feeder condition, distress and safety functions permitted for routine testing, interfaces, audio quality, time and position inputs, and logged self-test results. Any regulatory test or adjustment must follow the vessel's radio procedures and manufacturer documentation.
Spare Parts: Carry the model-specific fuses, approved power-supply items, handset or microphone accessories, connector and sealing items, and critical interface or antenna components recommended by the manufacturer and vessel radio-maintenance plan.
Use Cases: Used on SOLAS merchant ships, offshore vessels, passenger ships, fishing vessels, workboats, and other craft requiring marine radio, distress, safety, or navigation communications.
ECAM-400
unverified
Type
Marine Intercom/PA System
Common Failures & Inspection Points
- Loss of supply power from a tripped breaker, failed power unit, loose connection, or depleted reserve battery causes a dead unit, rebooting, or failure to transmit
- Antenna, feeder, connector, or matching fault caused by corrosion, water ingress, or physical damage results in poor range, failed transmission, or weak received signals
- Control-panel, display, keypad, or software faults can prevent channel selection, message handling, or normal operator input
- Interface or position-data failure caused by wiring, configuration, or sensor faults can remove position information or connected-system data
- Internal transmitter, receiver, or modem faults caused by component ageing or overheating can produce intermittent communication, alarms, or inability to establish a link
Service: Verify primary and reserve power, antenna and feeder condition, distress and safety functions permitted for routine testing, interfaces, audio quality, time and position inputs, and logged self-test results. Any regulatory test or adjustment must follow the vessel's radio procedures and manufacturer documentation.
Spare Parts: Carry the model-specific fuses, approved power-supply items, handset or microphone accessories, connector and sealing items, and critical interface or antenna components recommended by the manufacturer and vessel radio-maintenance plan.
Use Cases: Used on SOLAS merchant ships, offshore vessels, passenger ships, fishing vessels, workboats, and other craft requiring marine radio, distress, safety, or navigation communications.
Jotron
2
Tron-Air Marine PA
unverified
Type
Marine Intercom/PA System
Common Failures & Inspection Points
- Transmitter or receiver failure caused by RF, antenna, feeder or power faults, noticed as poor range, failed checks or loss of reception
- Antenna/feed-line deterioration caused by corrosion, water ingress or mechanical damage, noticed as intermittent operation or reduced range
- Control or audio failure caused by handset, microphone, display, keypad or controller faults, noticed as inability to operate normal functions
- Position/identity or data-interface failure caused by wiring or configuration faults, noticed as missing or incorrect safety data
- Power-source failure caused by breaker, fuse, converter or emergency-supply faults, noticed as dead equipment or loss of required GMDSS availability
Service: Carry out the permitted operational/self-tests, inspect antennas, feeders, connectors, controls and cooling, and verify normal and emergency power where required. Check vessel identity, position and interfaces appropriate to the equipment type and review recurring alarms or logbook entries. A radio surveyor should confirm the installation and programmed data against the approved radio documentation.
Spare Parts: Carry fuses, approved handsets/microphones or control accessories where applicable, antenna connectors and feeder repair items, selected power-supply components and manufacturer-recommended interface/control spares. The spare scale should match the vessel's declared GMDSS maintenance method.
Use Cases: Used on merchant, offshore, passenger and workboat fleets for distress, safety and routine maritime communications according to the equipment's approved GMDSS function.
Tron-Air CIS 200
unverified
Type
Marine Intercom/PA System
Common Failures & Inspection Points
- Transmitter or receiver failure caused by RF, antenna, feeder or power faults, noticed as poor range, failed checks or loss of reception
- Antenna/feed-line deterioration caused by corrosion, water ingress or mechanical damage, noticed as intermittent operation or reduced range
- Control or audio failure caused by handset, microphone, display, keypad or controller faults, noticed as inability to operate normal functions
- Position/identity or data-interface failure caused by wiring or configuration faults, noticed as missing or incorrect safety data
- Power-source failure caused by breaker, fuse, converter or emergency-supply faults, noticed as dead equipment or loss of required GMDSS availability
Service: Carry out the permitted operational/self-tests, inspect antennas, feeders, connectors, controls and cooling, and verify normal and emergency power where required. Check vessel identity, position and interfaces appropriate to the equipment type and review recurring alarms or logbook entries. A radio surveyor should confirm the installation and programmed data against the approved radio documentation.
Spare Parts: Carry fuses, approved handsets/microphones or control accessories where applicable, antenna connectors and feeder repair items, selected power-supply components and manufacturer-recommended interface/control spares. The spare scale should match the vessel's declared GMDSS maintenance method.
Use Cases: Used on merchant, offshore, passenger and workboat fleets for distress, safety and routine maritime communications according to the equipment's approved GMDSS function.