CEF / CEFR Shipboard Power Cable
CEFR-0.6/1kV
Tinned copper, EPR or XLPE insulation and a compound selected for salt, oil and vibration.
Marine & Offshore Cable
Shipboard and offshore cable is built around three conditions that land cable never meets: salt-laden humidity that corrodes a conductor under a crimp, continuous vibration that wo
Shipboard and offshore cable is built around three conditions that land cable never meets: salt-laden humidity that corrodes a conductor under a crimp, continuous vibration that works a termination loose, and hydrocarbon exposure from fuel, hydraulic oil or drilling mud that swells an ordinary sheath. IEC 60092 is written for those conditions and is split by function: part 350 covers general construction and test methods, 353 covers power cables at 1 kV and 3 kV, 354 covers medium voltage, 359 covers sheathing compounds and 360 covers insulation compounds.
Beyond the IEC series, offshore work usually adds NEK 606, which requires an SHF2 thermosetting halogen-free sheath qualified for mud resistance, and classification society rules from ABS, DNV, LR, BV and CCS that govern installation and survey. Voltcore designs and tests this range to IEC 60092 and supplies it to the requirements of those societies' rules; where a project needs type approval, third-party witnessed testing is arranged rather than assumed.
4 constructions in Marine & Offshore Cable
Marine Flame Retardant Low Smoke Control Cable
CKYJP-0.6/1kV
Screened control and instrumentation cable that keeps signal integrity beside power runs.
Offshore Platform Mud-Resistant Cable (RFOU / BFOU Type)
RFOU-0.6/1kV
SHF2 mud-resistant sheath and tinned copper braid for drilling-fluid exposure on offshore modules.
Flexible Shipboard Rubber Cable
CEFR-R-450/750V
Fine-strand tinned copper and an oil-resistant rubber jacket for gear that moves around the deck.
Which IEC 60092 part covers the cable you are buying
The series is organised by cable function and voltage, and quoting the right part avoids an argument at inspection. Part 350 is the umbrella: conductor, insulation and sheath thickness rules, plus the test methods every other part references. Part 353 is the one cited for 0.6/1 kV and 0.6/3 kV power cable. Part 354 covers 3.6/6 kV to 18/30 kV. Part 376 covers control and instrumentation cable at 150/250 V.
Materials are covered separately and matter more than buyers expect. Part 360 defines insulation compounds including EPR and XLPE grades; part 359 defines sheathing compounds, where SHF1 is a thermoplastic halogen-free material and SHF2 a thermosetting halogen-free one. Offshore specifications normally insist on SHF2 because it carries the mud-resistance requirement and holds its properties at higher temperature.
- IEC 60092-350 — general construction, dimensions and test methods
- IEC 60092-353 — power cables rated 1 kV and 3 kV
- IEC 60092-354 — medium voltage power cables 6 kV to 30 kV
- IEC 60092-376 — control and instrumentation cables at 150/250 V
- IEC 60092-359 / 360 — sheathing and insulating compound requirements
Classification society rules: what can be claimed and what cannot
Being precise here saves a project from a rejected delivery. Voltcore holds ISO 9001, ISO 14001, ISO 45001, CE to CPR EN 50575, RoHS, REACH, TÜV Rheinland for PV, UL, SAA, CCC and CB certification. Classification society type-approval certificates are not held, so the cable is supplied as designed and tested to IEC 60092 and to the requirements of ABS, DNV, LR, BV and CCS rules rather than as type-approved by them.
Where a yard or operator needs documented verification, the route is witnessed testing: a third-party inspector or the society's surveyor attends the routine and type tests at the factory and signs the report. Voltcore arranges that on request and quotes it as a separate line, so the project knows what evidence it is buying before the cable is made.
- Claim to expect: designed and tested to IEC 60092, supplied to society rule requirements
- Not claimed: classification society type-approval certification
- Available on request: third-party witnessed type and routine testing
- Certificates actually held: ISO 9001 / 14001 / 45001, CE (CPR EN 50575), RoHS, REACH, UL, SAA, CCC, CB
Choosing the sheath: PCP, SHF1 or SHF2, and when mud resistance applies
Sheath selection is an environment decision. Polychloroprene and chlorinated polyethylene give the best oil, ozone and mechanical performance in machinery spaces and on deck, and remain the default for flexible rubber cables. SHF1 thermoplastic halogen-free is used where smoke and acid gas are the concern and the temperature duty is moderate. SHF2 thermosetting halogen-free is the offshore standard because it also holds up to drilling fluid and higher temperature.
Mud resistance is not a marketing phrase: the qualification immerses the sheath in oil-based drilling fluid at high temperature and measures the change in mass, volume and mechanical properties. A halogen-free compound that passes IEC 60754 can still fail that test, which is why offshore specifications name SHF2 and, in Norwegian-sector work, NEK 606 explicitly rather than simply asking for halogen-free cable.
- PCP / CPE — oil, ozone and abrasion, the default for flexible and deck duty
- SHF1 — thermoplastic halogen-free, moderate temperature duty
- SHF2 — thermosetting halogen-free, mud resistant, the offshore default
- Fire-resistant types add a mica glass tape for circuit integrity to IEC 60331
Request pricing across Marine & Offshore Cable
Include cross-section, core count, voltage grade, route length and installation method — those five determine price more than anything else on the page.
- Engineer-reviewed before pricing
- Reference drawings issued with the quotation
- Free sample up to free sample up to 5 m