RVVP twin-core screened flexible control cable has copper conductors, PVC insulation, braided shielding and a PVC sheath at 300/300V. Its working range is −10 to 70°C. Define the selected conductor dimensions and shield connection for the actual electrical/control interface.
Assign each of the two cores and the braid to the terminal drawing
Give unit-qualified conductor sizes and the role of each core with the required strand construction. Specify finished insulation/sheath layers and overall cable dimensions. Include braid arrangement, shielding termination and equipment terminals in that twin-core connection drawing.
Which control load and movement conditions apply to the screened link?
Describe the actual interface and circuit voltage/load for the two conductors. Give complete thermal requirements with route, movement duty and exposure. Review conductor dimensions, braid connection and terminal fit together against those equipment and installation conditions.
Request relevant selected-construction electrical, thermal or shielding evidence for the intended twin-core cable. Keep its conductor and finished-layer drawing associated with the evidence enquiry. Include actual terminal allocation and route geometry so the requested scope refers to the connection being designed.
Identify the twin-core construction with its required finished lengths
Send the reviewed conductor-size, braid and terminal drawing with required cable lengths. State total quantity for the intended installation and identify each finished connection. Retain the actual control load, complete thermal brief and routing/movement requirements with the supply enquiry for the selected screened cable.
