Product Features:
Excellent insulating mechanical properties, vivid color options, great performance, safe to use, and good conductivity.
Product Model:
BVR: Multiple fine copper wire conductors ≥ 2.5mm
Application Standard: GB 60227 IEC (RVV)
Cable Structure:
Conductor: Single copper wire conductor, compliant with GB/T3956, Type 1 solid-core conductor and Type 2 stranded conductor
Multiple strands of fine copper wire twisted together, conforming to GB/T356, 5th type twisted conductor
Insulation: Polyvinyl Chloride Insulation, conforms to GB5023.1 and GB/T8815
Colors: Multiple colors available
Rated Voltage: ＜0.5mm: 300/300V
0.5-1.5mm：300/500V
≥1.5mm：450/750V
Test Voltage: 1500V, 2000V, 2500V
Operating Temperature: -10℃ to 70℃
Bend Radius:
BVR Wire: Fixed Installation: 6xD (Cable Outer Diameter)
Flexible cables are not just soft cables; they should also have wear-resistant, tensile, and bend-resistant properties. The sheath material commonly used by manufacturers is PVC, along with elastic materials like RTH and nitrile. Customizable options include cold-resistant, elastomers, waterproof PE, TPE, TPU, polyurethane, low-smoke halogen-free, flame-retardant, etc. Conductors can be made of oxygen-free copper wire, tin-plated wire, and five categories of ultra-fine conductors. The requirements for flexible cables go beyond the sheath material; the cable core structure also utilizes a short-distance cabling design, using fine oxygen-free copper wire for short-distance cabling, thus enhancing the cable's tensile and bend resistance.
The specifications and types of cables are as follows:
Bend Radius: 6 times the cable outer diameter.
Temperature range: -40℃ to +105℃.
Working Voltage: 300/300V, 300/500V, 450/750V, 0.6/1KV
Single-core wire, available in various specifications:
BVR 0.5 BVR 0.75 BVR 1.0 BVR 1.5 BVR 2.5 BVR 4 BVR 6 BVR 10 BVR 16 BVR 25
Core wire color: Optional (blue, brown, black, gray, green, white, red, orange, purple, light blue, light green, pink, yellow, yellow-green) or dot distinction
Test voltage: 3000V.
