Series illustrations. Actual configuration is subject to the confirmed drawing.

BBTRZ 2-Core Copper Mineral-Insulated LSOH Fire-Resistant Power Cable for Fire Protection 0.6/1kV
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  • When You'll Get It:Nov 26 - Nov 30

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Product description
Shipping & Return
  • Conductor Material
    Copper
    Insulation Material
    Mineral
  • Rated Voltage
    0.6/1kV
    Size
    None
  • Type
    Multi-Core Power Cable

Two cores and an LSOH sheath identify this BBTRZ cable for fire-protection power systems. Copper conductors and mineral insulation accompany its fire-resistant construction and 0.6/1kV rating. These details give the fire-protection circuit schedule a specific arrangement and material description to review.

Define the fire-protection performance requirement

State any exact fire-test method, acceptance conditions or survival duration in the project specification. Include smoke and halogen criteria where they form part of the required sheath performance. Check those conditions for the selected cable build and its supporting evidence. The ordinary fire-resistant and LSOH descriptions should stay connected to the actual construction and installation required by the circuit.

How will the two conductors connect?

Assign each conductor's function and required section from the electrical design. Two cores identify the arrangement but do not define the duty of either conductor. Retain the allocation with the equipment connections and proposed termination arrangement. Coordinate the intended route, cable-end preparation and available connection space with the approved drawing so the cable configuration and installation plan share a definite reference.

Complete the material and physical order description

The current technical option reads 50mm2 with two cores. Confirm the individual conductor sections and physical cable length separately, retaining copper, mineral insulation and the LSOH sheath in the order description. Include the approved allocation and cable-end details with any numbered IEC or exact fire requirement. Keep the final construction drawing with the schedule so the electrical configuration, installation conditions and physical quantities can be assessed together. Confirm the preparation required at both cable ends for that construction.

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