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0.6/1kV · EPR · IEC 60092-353

0.6/1kV EPR Insulated Marine Power Cable

The standard low-voltage shipboard power cable for feeders, distribution boards and auxiliary circuits, built to IEC 60092-353 with a halogen-free sheath option.

Rated voltage0.6/1kV
ConductorTinned Cu, cl. 2
InsulationEPR
SheathSHF1 / SHF2 / LSZH
Product overview

Construction and performance

This cable is the low-voltage workhorse of a shipboard installation. Tinned copper conductors resist corrosion in a salt-laden atmosphere, EPR insulation stays flexible down to −40 °C and tolerates engine-room vibration, and the halogen-free sheath option satisfies the fire-safety concept of accommodation and public spaces. The construction follows IEC 60092-353, which fixes conductor class, insulation wall, sheath thickness and the flame-propagation performance that the class surveyor will check.

Construction

  • Tinned copper conductor, class 2 stranded to IEC 60228
  • EPR insulation to IEC 60092-351
  • Cores laid up with fillers and a binder tape
  • SHF1, SHF2 or LSZH sheath to IEC 60092-359
  • Optional steel wire or steel tape armour
  • Numbered cores or colour identification to specification

Applications

  • Main switchboard feeders
  • Engine-room auxiliary circuits
  • Deck and hull wiring
  • Lighting and small-power distribution

Technical data

Rated voltage 0.6/1kV (Um 1.2kV; 3.5kV AC test)
Conductor Tinned copper, class 2 to IEC 60228
Insulation EPR (ethylene propylene rubber)
Sheath SHF1, SHF2 or LSZH compound
Core range 1 to 37 cores, 1.5 to 300 mm²
Operating temperature -40 °C to +90 °C, 250 °C short circuit
Flame propagation IEC 60332-1-2 and IEC 60332-3-22
Construction standard IEC 60092-353

Typical values. Final construction is confirmed on the order datasheet.

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Selection notes

What to confirm before ordering

EPR or XLPE for a shipboard feeder?
EPR stays flexible at low temperature and tolerates vibration better, which suits engine-room and deck runs. XLPE has a higher continuous rating for the same cross-section. Both are available to IEC 60092-353 and the choice is normally fixed by the vessel specification.
Is the cable suitable for a 90 °C ambient?
The conductor is rated 90 °C continuous. Where the ambient exceeds 45 °C, or where cables are grouped in a duct, apply the derating factors in IEC 60092-352 and confirm the final cross-section with the electrical design.
Which sheath should be specified?
SHF2 is the usual choice for open deck and machinery spaces. LSZH is specified for accommodation, public spaces and any zone where the fire-safety concept requires low smoke and zero halogen.

Standards & type approval

IEC 60092-353, IEC 60092-351 (insulating compounds), IEC 60092-359 (sheathing compounds), IEC 60228, IEC 60332-3. Classification-society type approval available for ABS, BV, DNV and LR.

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Need a sample or datasheet?

Tell us the voltage, core count, cross-section, screen or armour, sheath and destination. We can prepare a construction drawing and a sample for review.

Phone: +86 371 6782 9333
WhatsApp: +86 173 0383 6349
Email: sales@zmscable.com

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