Series illustrations. Actual configuration is subject to the confirmed drawing.
BTLY Flexible Copper Mineral-Insulated Aluminum-Sheathed Fire-Resistant Power Cable for Fire Protection 0.6/1kV
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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
An aluminum sheath distinguishes this BTLY cable for fire-protection power systems. Copper conductors and mineral insulation form its flexible, fire-resistant construction, rated 0.6/1kV. Confirm the complete conductor arrangement on the circuit drawing when selecting the final cable configuration.
Specify copper and aluminum in their separate roles
Copper identifies the conductors, while aluminum identifies the sheath. Mineral insulation is another separate construction requirement. Keep all three roles explicit on the approved drawing when comparing alternatives. This gives the fire-protection cable schedule a precise material reference and lets cable-end preparation be reviewed against the actual sheath construction.
Complete the core layout and equipment connections
Agree the final number of cores and record each conductor's function and required section. Keep the allocation with the equipment connection details and proposed termination arrangement. Review the route and available connection space with the permitted bending and handling details for the selected flexible build. These choices complete the electrical and installation configuration without assigning a core arrangement from the BTLY family name.
Identify the project criterion and order dimensions
The current technical option reads 50mm2. Confirm individual conductor sections and physical cable length separately, then include the agreed arrangement, layer materials and cable-end details in the order description. State any exact IEC or fire-test method and acceptance conditions required by the fire-protection project. Check those requirements for the selected build and retain the approved drawing with the final schedule so the cable order can be assessed against the complete circuit specification. Include the agreed installation constraints with that final cable-end review.
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.
