Copper Core PVC Insulated Sheathed Flexible Control Cable

Looking for a cost-effective flexible control cable for mobile and frequently bent applications?  As a powerful China factory, Yilan Cable factory produces Copper Core PVC Insulated Sheathed Flexible Control Cable with high flexibility and durability as its core selling points. It can not only easily deal with complex wiring paths, but also its PVC sheath provides good oil resistance, acid and alkali resistance. It is a reliable choice in industrial automation, mechanical equipment and other fields. It provides a three-year warranty (3 Years Warranty), so that you can purchase without worry.

The main task of our customized Copper Core PVC Insulated Sheathed Flexible Control Cable is to transmit control signals, connect monitoring instruments, or provide connections for protection loops in circuits rated 450/750V and below. Unlike the main power cable that provides powerful power to the motor, KVVR focuses more on accurate and flexible signal and command transmission. Whether you are connected to the PLC I/O module, the secondary circuit in the control cabinet, or the machine tool drag chain and lifting equipment that need to be moved frequently, you can see its shadow.

Product feature

1. Installation convenience

KVVR cable conductor is made of multi-strand ultra-fine oxygen-free copper wire, which endows the cable with excellent flexibility. It can be easily laid in narrow control cabinets, complex bridges, or in tow chain applications that need to follow the repeated bending of robotic arms and mobile platforms, with a minimum bending radius of up to 5 times the cable diameter, greatly reducing installation difficulty and wiring time.

2. Sturdy and durable

We choose high quality polyvinyl chloride (PVC) as insulation and sheath material, not only provides stable electrical insulation, but also endows the cable with good wear resistance, oil resistance, acid and alkali resistance and moisture resistance. This means it can adapt to factory floors, outdoor environments and even some mildly corrosive locations, providing stable protection for your control system.

3. Stable property

Over a wide temperature range from-15 ° C to +70 ° C, our Copper Core PVC Insulated Sheathed Flexible Control Cable maintains stable electrical performance with high insulation resistance and good voltage resistance. More importantly, as a mature and efficient solution, it provides high performance while being very cost-effective.

Application scenarios

Industrial automation production line: connecting sensors, actuators, frequency converters and PLC control systems.

Mechanical equipment supporting: machine tools, packaging machines, printing machine internal control and signal transmission lines.

Building electrical control: building automation (BA) system, lighting control, secondary control loop of fan and water pump.

Lifting and transportation equipment: mobile power supply and control signal lines for cranes, elevators and conveyor belts.

Installation considerations

1.Laying environment: Avoid long-term exposure to direct ultraviolet rays or high temperature heat sources exceeding 70°C. When laying, the ambient temperature should not be lower than 0°C to prevent PVC materials from hardening and embrittlement.

2.Bending operation: Copper Core PVC Insulated Sheathed Flexible Control Cable Although soft, it is still necessary to avoid instantaneous acute bending or strong pulling when laying. When reciprocating in the drag chain, please ensure that the cable has sufficient slack and comply with the allowable bending radius and acceleration requirements of the product.

3.Fixation and protection: Use non-sharp edge cable clamps or cable ties to secure and avoid shear damage. It is recommended to add protective sleeves or trunking at positions that may be squeezed or worn by external forces.

4.Connection treatment: when crimping terminals, please ensure that the conductor is fully inserted and crimped firmly to prevent heating of virtual connection. It is recommended to heat shrink or wrap the ends of multi-core cables with insulating tape to prevent core wires from spreading or short circuit.