Kvvp Cable

The KVVP cable is a shielded control cable featuring PVC insulation, a PVC outer sheath, and a copper braided screen. As the shielded variant of the standard KVV series, it is specifically designed for signal and control data transmission in environments where high levels of electromagnetic interference are present. In its type designation, the appended "P" indicates "shielded," typically implemented as a woven copper wire braid.

K: Denotes the cable's classification for control applications

V (first): Indicates PVC insulation applied to the individual conductors

V (second): Signifies the outer protective covering made of PVC

P: Represents the presence of a copper wire braid serving as the shielding layer

Conductor material

Annealed bare copper, offered in either solid (Class 1) or stranded (Class 2) configurations

Core count flexibility

Accommodates a wide range of layouts, generally from 2 to 61 conductors

Cross-section sizes

Standard offerings span 0.75 mm² through 10 mm², selected based on allowable voltage drop

Shielding effectiveness

The woven copper wire mesh achieves a minimum optical coverage of 80%, effectively diverting stray high-frequency interference

Voltage rating (U₀/U)

Consistently rated at 450/750V for industrial control applications

 

Automated production lines: Used for wiring sensitive input sensors, limit switches, and PLC panels that run alongside high-voltage power cables

VFD peripherals: Employed in control circuits situated near high-noise sources such as inverters, generators, and large electric motors

Substation control panels: Ensures reliable signal transmission within high-voltage switchgear and transformer monitoring centers

Continuous conductor temperature: Maximum of 70°C under normal service conditions

Minimum bending radius: The metal braid adds rigidity to the cable, so the required bending radius is more restrictive than for unshielded types-a minimum of 6 times the overall cable outer diameter is specified

Minimum installation temperature: Handling and installation should not take place below 0°C unless the cable is preheated beforehand to prevent the PVC jacket from becoming brittle and cracking

Effective EMI Reduction: The integrated copper braid shield provides substantial attenuation of electromagnetic interference, ensuring excellent signal quality. This makes the cable especially suitable for applications where accurate data transmission is essential.

High-Quality Materials: Manufactured with high-purity oxygen-free copper conductors, the cable delivers superior electrical conductivity and reliable long-term performance. The PVC outer jacket offers strong resistance to moisture, corrosion, and physical wear, contributing to an extended operational lifespan.

Robust Safety Characteristics: With excellent tolerance to heat, mechanical stress, and chemical exposure, the KVVP cable performs dependably in harsh conditions. Its flame-retardant properties help reduce fire hazards, enhancing overall safety in industrial environments.

Finished product + wooden barrel packaging