This Low volt offshore cable is constructed in the same fashion as the Prysmian and Draka Air-guard discussed above. It is made of two wires; soft drawn copper conductors and stranded Class B bare conductors. These conductors are shielded away from the draining wire by a cross liked polyethylene insulation and wrapped with non-hygroscopic fillers, to prevent them from getting into contact. Insulated conductors are then twisted together with the draining wire, encased with a polyester or aluminum tape. The assembly is then armored with an air-bag and coated with an outer sheath of thermoplastic layer.

Draining wire of this offshore cable is tinned. Tinning of wires helps in improving their solderability, as well as improving resistivity to corrosion and friction.

Ratings and Approvals:

1.ICEA S-82-552 as per NEMA WC55 of instrumentation cable ratings
2.ASTM B3 and B8
3.IEEE 1202, FT 4 test
4.UL 1277 and UL 2225 NEC Articles, etc.

Why go for this cable?
It is made of a rugged polymeric air-guard armor that offers protection against corrosive chemicals and mechanical damages experienced at the offshore such as abrasion, strong winds etc. With this adaptive armor, you can be assured of a convenient and reliable power supply in your equipment for some time.

Soft copper wires used in the construction of its conductors affirms the great flexibility that this air-guard instrumentation cable exhibits. Imagine installing a rigid cable in your offshore wiring systems and the struggle you’ll put up with? Of course it would be tiresome leaving you exhausted as compared to installing a flexible cable that requires less effort to handle.

Applications and Installation
This special instrumentation Cables are intended to serve in offshore applications and can be installed through: cable tray conduits, isolated in air, direct burial and underground ducts.