KVVP COPPER CORE PVC INSULATION PVC SHEATH COPPER BRAID SHIELDI

Functional Role in Control and Monitoring Installations
KVVP copper core control cable is engineered specifically for use in control and monitoring circuits with a voltage rating of 450/750V. Targeted at electrical engineers, equipment manufacturers, and system integrators, this product facilitates robust control and protection line connections. Provided by an established control cable manufacturer, it supports diverse conductor configurations to precisely match system requirements. This cable’s construction ensures consistent electrical performance in control cabinets, machinery control panels, and automation setups where signal reliability is critical. Procurement specialists and power cable suppliers benefit from its versatile application range and compliance with industry installation standards.

Technical Construction and Specification Highlights
The core component consists of oxygen-free high-purity copper conductors insulated by polyethylene, which is protected by a PVC sheath. The shielding system combines aluminum foil and a tin-plated high-density copper mesh braid, enhancing electromagnetic interference reduction. Outer diameters range from approximately 1.2 mm up to 8.0 mm with conductor resistance around 0.011 Ω/km at 20°C and insulation resistance exceeding 18.1 MΩ/km at 70°C, meeting strict parameters for signal integrity. Its long-term operating temperature limit is 70°C, with a laying temperature floor of 0°C. Robust PVC sheathing offers mechanical protection and fire retardance, aligning with rigorous quality requirements typical from a reputable control cable supplier.

Practical Industry Applications and Operational Benefits
Widely employed in automation systems, industrial control panels, electrical distribution, and legacy equipment maintenance, this control cable ensures optimal shielded signal transmission. The copper braid shielding minimizes noise and external interference, essential in environments with complex electrical wiring. It integrates seamlessly into control cabinets and monitoring installations, supporting both new system deployments and field servicing scenarios. For electrical wire wholesalers and industrial customers, this product offers a dependable, standardized cabling solution that delivers measurable reliability, facilitating compliance with safety and operational protocols across manufacturing and processing plants.


Product Advantages

Structural and Design Innovation for Enhanced Shielding
The KVVP cable's layered shielding design incorporates a dual protective system of aluminum foil plus a tin-plated copper mesh braid, ensuring comprehensive EMI containment and signal fidelity. Its flexible yet sturdy PVC outer jacket delivers mechanical resilience suited for industrial environments. The cable supports modular conductor configurations up to 12 cores, accommodating varied wiring schemes demanded by complex control systems. Developed by a prominent electric cable manufacturer, it features optimized bending radius specifications to maintain conductor integrity during installation and maintenance. Such design considerations exemplify best practices in modern control cable manufacturing and power cable supply, providing system architects significant installation versatility.

Superior Performance and Operational Efficiency
This cable offers excellent conductive performance with low resistance and high insulation values, essential for control applications demanding precise signal transmission and minimal loss. Its durability under a 70°C operating temperature permits stable operation in industrial environments with elevated thermal exposure. The shielding reduces susceptibility to noise and electromagnetic interference, crucial in sensitive control loops. End users, including industrial maintenance teams and equipment integrators, benefit from its ease of handling and reliable in-service performance. Suppliers of wholesale electric wire recognize this cable for its blend of mechanical toughness and electrical reliability, which reduces downtime and extends system life cycles.


Operating Characteristics

• The long - term allowable operating temperature of the cable shall not exceed 70℃.
• The laying temperature of the cable shall not be lower than 0℃.
• Bending radius: For outer diameter D < 25mm, the bending radius shall not be less than 4D; for outer diameter D ≥ 25mm, the bending radius shall not be less than 6D.
• ○Conductor ●Insulation ○Sheath

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