PVC/PVC/Copper Tape Shielded Steel Tape Armoured Cu Core Control Cable

Product Description

Product Description

Application Scenarios

This series of control cables adopts high-purity stranded copper conductors, paired with PVC insulation and PVC sheath structure, featuring stable core electrical performance to meet the complex working condition requirements of industrial sites. It is widely adapted to intelligent manufacturing production lines, mining electromechanical systems, port lifting equipment and rail transit signal loops, realizing efficient transmission of control commands, monitoring data and protection signals under the AC voltage level of 450/750V. The cable supports full-spec customization from 2 to 37 cores, with neatly arranged wire cores and clear markings, which can quickly adapt to the wiring needs of various control cabinets. At the same time, it has passed authoritative domestic and international certifications such as CCC and IEC, providing a high-reliability wiring solution for industrial scenarios.

Service Characteristics

The control cable has a long-term operating temperature of up to 70°C (PVC insulation) and a maximum short-circuit temperature of 160°C. The laying ambient temperature is not lower than 0°C, and it can adapt to the wide-temperature fixed laying scenario from -40°C to 70°C. During installation, the minimum bending radius of non-armoured cables is 6 times the cable outer diameter, that of armoured/copper tape shielded cables is 12 times, and that of structured shielded cables is 6 times, adapting to the space limitations of different laying scenarios. The overall cable adopts a flame-retardant design, and the sheath layer has good oil resistance, acid and alkali resistance and anti-aging performance, which can resist chemical corrosion and mechanical wear in the industrial environment. It strictly complies with national and international production standards, and the whole-process control from raw material selection to finished product inspection ensures the electrical safety and service durability of each roll of cable.

Type and Name

Type	Name	Useage
KVV	Cu/PVC/PVC control cable	Laying indoors, in cable trenches, pipelines and other fixed places
KVVP	Cu/PVC/PVC/CWBcontrol cable	It is laid in indoor, cable trench, pipeline and other fixed places requiring shielding
KVVP2	Cu/PVC/PVC/CTScontrol cable	It is laid in indoor, cable trench, pipeline and other fixed places requiring shielding
KVV22	Cu/PVC/PVC/STA control cable	It is laid in indoor, cable trench, pipeline, direct buried and other fixed places that bear greater mechanical external force
KVVP2-22	Cu/PVC/PVC/CTS/STAcontrol cable	It is laid in indoor, cable trench, pipeline and other fixed places that require shielding and bear greater mechanical external force
KVV32	Cu/PVC/PVC/SWAcontrol cable	It is laid in indoor, cable trench, pipeline, shaft and other fixed places that bear greater mechanical external force
KVVR	Cu/PVC/PVC control flexible cable	Laying in indoor places where movement requires softness and other places
KVVRP	Cu/PVC/PVC/CWBcontrol flexible cable	Laying in indoor places where movement requires softness, shielding and other places
KYJV	Cu/XLPE/PVC control cable	Laying indoor, cable trench, pipeline fixed places
KYJVP	Cu/XLPE/PVCSWA control cable	Laying indoor, cable trench, pipeline and other required shielding fixed places
KYJVP2	Cu/XLPE/PVC/CTS control cable	Laying indoor, cable trench, pipeline and other required shielding fixed places
KYJV22	Cu/XLPE/PVC/STAcontrol cable	Laying indoor, cable trench, pipeline, direct buried and other fixed places that bear greater mechanical external forces
KYJVP2-22	Cu/XLPE/PVC/CTS/STA control cable	Laying indoor, cable trench, pipeline and other fixed places that require shielding and bear greater mechanical external force

Production Specification

Rated Voltage U0/U	450/750V
Cross-sectional Areamm²	0.5-10 mm²

Certifications

Packing & Delivery

Manufacturing & Inspection

FAQ

What is the difference between control cables and power cables?

Control cables are mainly used for control, signal and protection circuits with low voltage level, more cores and small cross-section. Power cables are mainly used for power transmission with high voltage, large cross-section and fewer cores.

What are the common core numbers of control cables?

Common specifications: 2, 3, 4, 5, 7, 8, 10, 12, 14, 16, 19, 24, 37, 48, 61 cores, etc.

What is the common voltage rating of control cables?

The common voltage rating is 450/750V, and some flame-retardant and fire-resistant types also adopt this grade. 0.6/1kV is used in special occasions.