VLV22 4-Core 25mm2 Aluminum PVC-Insulated Steel-Tape-Armoured Multi-Core Power Cable 0.6/1kV Construction Project IEC Reference

VLV22 is an aluminium power cable for construction projects, combining PVC insulation and steel-tape armour at 0.6/1kV. Its four-core 25mm2 configuration should be considered with the project circuit and complete material drawing. Define the conductor allocation, outer sheath and aluminium connections before the installation details and physical quantities are agreed.

Place the cable in the construction project circuit

Show the required section, electrical duty and equipment connection for every conductor. Retain those details with the four-core 25mm2 selection when preparing the project cable request. Review the full arrangement before choosing cable ends and establishing the space needed to prepare the connections.

Keep the steel-tape and insulation layers explicit

Carry aluminium conductor material, PVC insulation and steel-tape armour onto the complete construction drawing. Agree the final outer sheath to describe the finished build. Obtain preparation information for that selected construction and use the layer reference when assessing compatible aluminium ends for the project.

Match IEC scope to the proposed construction

Where IEC acceptance is specified, give the exact standard number, applicable part and required supporting scope. Compare documentation for the chosen build with that project request. Obtain installation information for the intended route, retaining the precise criterion with the material and conductor drawings throughout the technical review.

Finish the project cut and connection schedule

State physical cut lengths and the number of cuts in a length unit, adding the agreed connection allowances. The 25mm2 selection is conductor-area notation and should remain distinct from that schedule. Complete the physical request with the approved conductor allocation, finished outer build, compatible aluminium ends and applicable installation information, keeping these choices together for the construction project.