Oceanflex Tinned 3 Core Round Cable 1.5mm 3core CM03/04

Tinned copper 3 core cable. From the Oceanflex range by Automarine which are manufactured to ISO 6722-1:2011 (class b) 105 degrees C. Tinned Copper Conductors, PVC insulation which saves weight and offers good resistance to abrasion and cut through. Is suitable for both 12v and 24v systems (maximum 60v) The Oceanflex range of Tinned Cables offers excellent resistance to petrol, diesel, lubricating oils and diluted acid, as well as offering very good resistance to moisture. Cable is supplied printed with the specification on the insulation. PVC sheathed up to 70°C. Conductor specification (mm) 3 x 31/0.30. Conductor cross section 3 x 1.5mm². Supplied in Black, to the length you require. As with all cables from Automarine, this is manufactured in the UK for your peace of mind, and safety.

OCEANFLEX® Cable is a tinned thin wall low voltage wiring cable designed for use in harsh environments, the copper strands are tin plated, which makes this cable more resistant to corrosion.

WHY CHOOSE OCEANFLEX®
In harsh environments low voltage copper cables corrode over time, the copper oxidises turning black and in salt water environments copper forms a carbonate layer (turquoise). Both these elements cause the cable to have a decreased electrical conductivity. Eventually the cable weakens and causes electrical faults and failures.

OCEANFLEX® has been specifically designed to combat these problems. The copper conductors have been tin plated so that they are highly resistant to corrosion over short or long periods of time. Whether caused by moisture, water or salt water. Therefore OCEANFLEX® cables have a much greater life span compared to standard cables, which means lower repair/maintenance cost, less down time due to electrical faults and failures.

• Suitable for 12v and 24v systems (maximum voltage 60v).
• Reduced insulation gives considerable savings in weight and volume.
• Good resistance to petrol, diesel, lubricating oils and diluted acid.
• Very good resistance to corrosion.

Additional information