Tank Track Cable: In situations where equipment units need to move back and forth, to prevent cable entanglement, wear, detachment, snagging, and disorganization, cables are often placed inside cable tank tracks. This protects the cables and allows them to move back and forth along with the tank track. This type of highly flexible specialized cable, which can move back and forth with the tank track without easily wearing out, is called a tank track cable. It can also be referred to as a drag chain cable or towing cable.

Common Models: TRVV, TRVVP, TRVVSP, RVVYP, GCKM/FD-Y, GCKM/HFD-Y

Application Range: Mainly used in the drag chains of modern mechanical standard components, as well as in logistics systems, control systems, mechanical automation systems, etc. CNC machine tools, electronic equipment, metal stamping, wood and stone machinery, glass and door/window machinery, injection molding machines, mechanical (robotic) arms, construction machinery, heavy machinery factories, automotive manufacturing, lifting and transport equipment, automated warehouses, docks, fire trucks, and other indoor/outdoor environments requiring high-frequency bending, especially where consistent and stable signal transmission and monitoring are essential.

Performance Characteristics: Tank track cables feature high mechanical strength, flexibility, high wear resistance, aging resistance, crack resistance, mold resistance, moisture resistance, and resistance to acid and alkali erosion. They remain flexible under low-temperature conditions and are suitable for special environments such as electronics and civil applications.

Sheath: The cable outer sheath is made of either PVC or PUR material. PVC is the most common, and cables produced with it can meet general requirements. For more demanding machinery or high-speed movement, PUR sheathing can be used. Although PUR-sheathed cables are more expensive,

Cable Structure

Conductor: Made of multi-strand fine and finely bunched stranded oxygen-free copper wires, conforming to DIN VDE 0295 Class 6.

Insulation: High-quality PVC blend material.

Rated Voltage: U0/U <0.5mm2 300/300V ≥0.5mm2 300/500V

Test Voltage: U 3000V, conforming to DIN VDE 0281 Part 2.

Temperature Range: °C Moving Installation: -5°C to +70°C

Fixed Installation: -30°C to +70°C