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

BBTRZ 5-Core Flexible Copper Mineral-Insulated Fire-Resistant Cable for Emergency Power Supply 0.6/1kV
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Product description
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  • Conductor Material
    Copper
    Insulation Material
    Mineral
  • Rated Voltage
    0.6/1kV
    Size
    None
  • Type
    Multi-Core Power Cable

A five-core arrangement distinguishes this flexible BBTRZ cable for emergency power supply. Copper conductors, mineral insulation and fire-resistant construction form the stated build, rated 0.6/1kV. The complete conductor schedule should accompany the five-core selection when the emergency circuit is specified.

Define all five connections before final selection

Use the electrical design to assign each conductor's function and required section. Five cores identify the arrangement but do not establish the role of a particular conductor. Keep the allocation alongside equipment connections and the proposed cable-end requirements. This gives the emergency cable drawing a definite electrical configuration for review with the installation and termination design.

Complete the selected construction and route

Agree the final sheath construction with the copper conductors and mineral insulation. Check the permitted bending and handling details for the chosen flexible build, coordinating them with the route and available connection space. Include cable-end preparation and compatible terminations in the review. These details complete the cable specification without assuming a sheath material or numerical installation limit from the BBTRZ name.

What should the emergency schedule identify?

The available technical option reads 50mm2 with five cores. Confirm the required individual sections and physical cable length separately, then add the approved arrangement, sheath and cable-end details to the order description. State any exact IEC or fire-test method and acceptance conditions required by the project, checking them for the selected build. Keep the approved construction drawing with the final schedule so the circuit duty, installation requirements and order quantities can be assessed together.

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