The QVR-105 low-voltage
Automotive Wiring Harness is a conductor for automotive internal electrical systems. It has a rated temperature of 105℃ and a rated voltage of 30V AC and 60V DC. It maintains stable conductivity in high-temperature and complex electrical environments. This model conforms to the national standard JB/T 8139-1999. In terms of conductor structure, the QVR-105 uses a stranded structure, and the conductor can be made of tin-plated or bare copper material ranging from 0.2mm² to 10mm². This design not only ensures excellent conductivity and corrosion resistance but also improves the cable's flexibility and bending life, facilitating installation in confined spaces or complex wiring environments. The QVR-105 automotive wiring harness uses PVC insulation material, which has excellent mechanical strength and heat resistance, and has passed the flame retardant test 6.5.8 of JB/T 8139-1999 standard. Its insulation material complies with RoHS environmental standards, contains no harmful substances, and meets the requirements of EU and various international environmental regulations.
The automotive
Internal Connection Line feature standardized insulation thickness, facilitating cutting, stripping, and terminal crimping, thus improving production and assembly efficiency and reducing human error. Whether used in OEM
Vehicle Wiring Harness production or automotive aftermarket repair and parts assembly, QVR-105 meets the process requirements of manufacturers at different levels with high reliability and consistency.
QVR-105 is widely used in automotive wiring harnesses, headlight wiring, instrument control systems, and other low-voltage electrical connection scenarios, making it an ideal choice for vehicle manufacturing and aftermarket wiring harness maintenance. QVR-105 low-voltage automotive wiring harnesses are compliant with national standards, offer stable performance, and are environmentally friendly, suitable for various low-voltage electrical systems. Their reliable conductor structure, high-temperature resistance, and flame-retardant properties ensure long-term safety and stability within the automotive environment, making them a reliable professional wire for the automotive manufacturing and wiring harness processing industries.