The actual two-core RVVP option is described for signal/data control connections with flexible copper construction, PVC insulation, braided shielding and a PVC sheath. Its featured electrical designation is 300/300 V, and the stated working range is −10 to 70°C.
Identify the real signal/data interface
Provide the receiving equipment, circuit voltage and load, together with the interface and connection requirements. Assign both conductor functions and equipment terminals. Keep any required signal/data performance tied to that actual circuit rather than deriving a protocol or link capability from the RVVP name.
- The actual option has two cores.
- Copper is the conductor material.
- Insulation and sheath are PVC.
- Braided shielding is featured.
- The working range is −10 to 70°C.
Define conductor dimensions and braid terminations
Specify unit-qualified conductor sizes, strand construction and terminal preparation. Agree braid material, finished construction and screen connections at both ends. Retain the layer dimensions and overall cable geometry with the twin-core terminal drawing. Identify any electrical or screening acceptance information needed for that chosen connection.
Match the installation conditions to the selected cable
Describe routing, movement conditions, exposure and complete thermal requirements. Review the conductor and braid/contact arrangement against the actual operating brief. Keep the selected flexible construction and stated temperature range with the equipment interface.
Complete the finished connection request
Give the required end-to-end lengths and quantity. Include the reviewed signal/data map, cable geometry and applicable electrical, thermal or screening information so the proposed supply can be assessed against its intended equipment connection.
