Industrial Control Cable 26AWG PUR TRVVP Flexible Shielded Wire for Robot Automation 6 Core Bending and UV Resistant

Model Number: PURTRVVP Overview PURTRVVP is a multicore cable designed for clear identification and reliable conductor performance in wiring, signal, and control applications. Conductor materials and core identification are specified to simplify installation and reduce wiring errors. Key benefits Precise conductor specification: 26 to 22 AWG conductors use tinned copper cores for flexibility and improved solderability; 20 AWG and larger conductors use pure copper cores for low resistance and stable electrical performance. Clear core identification: 2 to 12 core configurations use colorcoded cores for immediate visual identification; configurations with more than 12 cores use white coded cores with numbers printed on each core for unambiguous identification. Easier installation and maintenance: color and numbered cores reduce time spent tracing and verifying connections, which lowers installation errors and speeds troubleshooting. Versatile performance: suitable for mixed signal and power routing where a combination of fine flexible conductors and thicker load conductors is required. Specifications at a glance Model: PURTRVVP Conductor materials: tinned copper for 2622 AWG, pure copper for 20 AWG and above Core identification: color cores for 212 cores; white numbered cores for more than 12 cores Core count options: available from 2 cores upward to meet different wiring needs Typical applications Industrial control panels: organized internal wiring for sensors, actuators, and control circuits where clear core identification speeds assembly. Robotics and automation: mixed gauge conductors serve both signal lines and power feeds while maintaining flexibility for moving parts. Machine tool and equipment cabling: reliable conductor performance for motor control, limit switches, and instrumentation wiring. Why choose PURTRVVP PURTRVVP provides a practical combination of conductor construction and clear core marking to simplify wiring work and support reliable electrical connections in industrial and automated systems. Its conductor choices balance flexibility and conductivity for varied wiring requirements.