BTLY 5-Core Flexible Copper Mineral-Insulated Fire-Resistant Electric Power Supply Cable Rated 0.6/1kV

Five cores define this flexible BTLY electric cable for power supply. It uses copper conductors and mineral insulation, with a 0.6/1kV rating and stated fire resistance. Complete the material specification with the sheath required for the order, keeping the actual conductor allocation with the supply circuit design.

Make five individual supply connections visible in the specification

Give each conductor a required section, function and equipment connection. Retain those duties alongside the five-core arrangement in the cable schedule. The completed allocation should support the termination designer's review of the configuration, rather than leaving conductor purposes to be inferred from core count alone.

Which sheath completes the selected BTLY construction?

Copper conductor material and mineral insulation are the established layer requirements. Agree the sheath explicitly and add it to the approved material drawing. Use that full description when reviewing cable alternatives, sheath preparation and compatible terminations. The BTLY designation should accompany the construction reference instead of being used to choose a sheath metal.

Review the flexible cable through its supply route

Consider the proposed route together with equipment access and the space needed at both connections. Apply the bending and handling information for the chosen build to that installation review. The cable-end preparation requirements should remain tied to the same material drawing as the selected order.

Retain the required test scope and quantities with the final configuration

Where the project calls for an IEC method or specific fire-test qualification, state the criterion and acceptance conditions in full. Review supporting construction evidence for that duty and installation. Confirm individual conductor sections for the five-core 50mm2 selection, then specify physical cable length separately. Keep the agreed sheath, allocation and cable-end details with the final supply schedule.