Series illustrations. Actual configuration is subject to the confirmed drawing.
BBTRZ 5-Core Flexible Copper Mineral-Insulated LSOH Fire-Resistant Electric Cable for Industrial Power Supply
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Quotation & delivery: Include your required quantity, destination and timing in the enquiry. Confirm the selected build, lead time, shipping charges and any return terms in the agreed quotation before ordering.
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Rated voltage0.6/1 kVInsulation materialMineral
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Conductor materialCopper
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Conductor MaterialCopperInsulation MaterialMineral
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Rated Voltage0.6/1kVSizeNone
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TypeMulti-Core Power Cable
For industrial power supply projects, this BBTRZ cable provides five copper cores in a flexible mineral-insulated construction. An LSOH sheath and fire resistance are part of the specified build. The rated voltage is 0.6/1kV, with a five-core arrangement for comparison against the industrial conductor schedule.
Allocate the five conductors individually
Use the circuit drawing to assign each conductor's function and required section. A five-core count does not establish the role of any particular conductor. Keep the allocation with the equipment connection details so the cable schedule and termination design work from the same reference.
Match the sheath requirement to the project
LSOH identifies the sheath, while mineral describes the insulation and copper describes the conductors. Retain these as separate material requirements when comparing alternatives. Where the industrial specification includes exact smoke, halogen or fire-test criteria, check those conditions for the selected cable build.
What does the proposed route require?
Coordinate the route with the cable's approved bending and handling details for the chosen configuration. Flexible construction does not itself supply a bend-radius value or define repeated-motion service. Include connection space and cable-end preparation in the same review so the installation and terminations are planned together.
Complete the five-core supply order
The current technical option reads 50mm2 with five cores. Confirm the individual conductor sections and physical cable length separately. Add the agreed construction drawing, conductor allocation and cable-end requirements to the order schedule. Identify any numbered IEC or specific fire-performance requirement so the final industrial build can be checked against the project criterion.
Provide the product reference, selected configuration, quantity and destination. Confirm drawings, applicable ratings and acceptance requirements for the requested build. Lead time, shipping arrangements, charges and any return conditions should be reviewed in the agreed quotation before ordering.
