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A large cale wire and cable enterprise group integrating manufacturing,sales, design and research and development.
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WDZA-KVVP
Flame retardant copper core PVC insulated PVC sheathed copper tape braided shield control cable is a high-performance power control cable, widely used in industry, construction, machinery and equipment and automation systems. The cable adopts high-precision oxygen-free copper conductor, has excellent electrical properties, good anti-interference ability and high fire resistance, and is suitable for high current transmission and signal control.
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Application Fields
Industrial Sites
KVVP control cables are commonly used to control motors, generators, inverters and other equipment, and as signal transmission cables for PLC controllers, computer control systems, etc.
Building Electrical Systems
In building electrical systems, ZR-KVVP control cables are commonly used for control signal transmission of equipment such as elevators, lighting systems, air conditioning systems, and fire protection systems.
Machine and Equipment Control
In the field of machines and equipment, ZR-KVVP control cables are used for transmission and control systems of equipment such as robots, CNC machine tools, and packaging machinery.
Automation Systems
In automation systems such as automated production lines, logistics systems, and conveyor belt systems, ZR-KVVP control cables are widely used for information transmission and control.
Technical Parameters
Working Temperature
The long-term allowable operating temperature of the cable is 70℃, and the special high-temperature resistant model can withstand a working environment of up to 300℃.
Laying Conditions
For cables without armor layer, the bending radius should be no less than 6 times the outer diameter of the cable; for cables with armor or copper tape shielding, the bending radius should be no less than 12 times the outer diameter of the cable.
Voltage Level
It is suitable for the connection of control, monitoring circuits and protection lines with rated voltages of 450/750V and below, meeting the electrical needs of various industrial and construction fields.
Technical Data
| Cable Model | Structural Features | Conductor nominal cross-sectional area （mm²） | |||||||||
| Shielding Type | Armor Type | Flexible cable | 0.5 | 0.75 | 1 | 1.5 | 2.5 | 4 | 6 | 10 | |
| Number of Cores | |||||||||||
| KVV、KVVP、KYJV、 KYJVP、KYJY、KYJTYP | No or copper wire | None | No | — | 2-61 | 2-19 | 2-10 | ||||
| KVVP2、KVVP3、KVVP4、 KYJVP2、KYJVP3、KYJVP4、 KYJYP2、KYJYP3、KYJYP4 | Metal Strip | Steel belt | No | — | 4-61 | 4-19 | 4-10 | ||||
| KVV22、KYJV22、KYJY23、 KVVP2-22、KYJVP2-22、 KYJYP2-23 | None or copper tape | Steel belt | No | — | 7-61 | 4-61 | 4-19 | 4-10 | |||
| KVV32、KYJV32、KYJY33 | None | Steel Wire | No | — | 19-61 | 7-61 | 4-19 | 4-10 | |||
| KVVR | None | None | Yes | 2-16 | — | — | — | ||||
| KVVRP | Copper wire | None | Yes | 2-61 | 2-48 | — | — | — | |||
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Only some product parameters are displayed. For more product information, please contact us.
The above parameters are for reference only.
Cable Structure
WDZA-KVVP
Features
Product Features
Low resistance and good conductivity
KVVP control cable adopts high-precision oxygen-free copper conductor with excellent conductivity. The copper core conductor ensures that the cable maintains a stable current without heating during long-term operation. The low resistance design effectively reduces energy loss and extends the service life of the cable.
High fire resistance
The cable has excellent fire resistance and can maintain stable operation for a long time under direct contact with flames without short circuit or damage.
Anti-electrical breakdown and low eccentricity
KVVP control cable is produced with advanced equipment to ensure that the cable has low eccentricity and uniform thickness. Strict production process can prevent current breakdown or cable sheath damage, ensuring that the cable will not break or electrical failure during long-term use.
Shielding protection function
The cable adopts a multi-core design and is equipped with shielding protection, which can effectively resist external electromagnetic interference (EMI) and ensure the stability and accuracy of signal transmission.
High structural strength and strong durability
KVVP control cable has a compact structure, high tensile strength, and excellent wear and corrosion resistance.
Usage characteristics
Rated voltage Uo/U 450/750V
Number of cores: 2-61
Maximum operating temperature 70 or 95℃
Laying temperature not less than 0℃
Cable bending radius:
Unarmored and flexible cable: 15D±5%
Armored and copper tape shielded cable: 12D±5%
Production
Production Equipment
Projects
Building a Solid Neural Network for Smart Campuses
COMMON QUESTIONS
SHENXING Cable Service FAQs
Want to learn more? Check out our electrical cable most frequently asked questions.
What is a flame-retardant copper core PVC insulated control cable?
Flame-retardant copper core PVC insulated control cable is a control cable with copper as conductor and polyvinyl chloride (PVC) as insulation and sheath material. It is flame-retardant and can effectively prevent the spread of flames in the event of a fire, ensuring the safety of electrical equipment and personnel. This cable is commonly used in various power and automation control systems.
What is the working temperature of the flame-retardant copper core PVC insulated control cable?
The long-term working temperature of this cable is generally 70℃. If a high-temperature resistant model is required, there are also special designs that can support higher working temperatures (for example, up to 90℃ or 105℃).
What are the application areas of flame-retardant copper core PVC insulated control cable?
This cable is suitable for industrial automation, building electrical systems, distribution devices, control systems, signal transmission systems and other places, especially for power distribution, automation equipment, monitoring systems and other places that require safety and stability.
What is the flame-retardant performance of this cable?
Flame-retardant copper core PVC insulated control cable has excellent flame-retardant properties when a fire occurs. The PVC insulation layer can effectively slow down the spread of flames, and the cable can self-extinguish after the fire source is removed, significantly reducing the risk of fire.
Can the flame-retardant copper core PVC insulated control cable withstand electromagnetic interference?
This cable is designed for general electrical environments, but if the application site has strong electromagnetic interference (EMI), it is recommended to choose a control cable with a shielding layer. The shielding layer can effectively prevent external electromagnetic wave interference and ensure stable signal transmission.
Is this cable suitable for outdoor installation?
Flame-retardant copper core PVC insulated control cables are generally suitable for indoor installation. If it needs to be used outdoors or in a humid environment, it is recommended to choose a model with weather-resistant and waterproof properties, such as a cable with a waterproof coating.
How long is the service life of the flame-retardant copper core PVC insulated control cable?
The service life of the cable usually depends on the working environment and usage conditions. Generally speaking, in a regular indoor environment, the cable can maintain a service life of up to 10-20 years. In harsh environments, such as high temperature or humid environments, the service life of the cable may be shortened.
The conductor of this cable is copper. Why choose copper instead of aluminum?
Copper as a conductor material has lower resistance and better conductivity, and is more suitable for high current and long-distance power transmission than aluminum conductors. Copper conductors also have stronger corrosion resistance, which can ensure long-term stable operation of cables.
How to correctly install flame-retardant copper core PVC insulated control cables?
During installation, ensure that the bending radius of the cable meets the standard requirements. The bending radius of unarmored cables should be no less than 6 times the outer diameter of the cable, and the bending radius of cables with armor or shielding layers should be no less than 12 times the outer diameter of the cable. During installation, the cable should also be protected from mechanical damage, and the shielding layer of the cable (if any) should be well grounded to ensure its anti-interference effect.
How to choose a suitable flame-retardant copper core PVC insulated control cable model?
When selecting a cable, first consider the voltage level, temperature requirements, whether shielding protection is required, and the use environment (such as humidity, electromagnetic interference, etc.) of the cable. According to these conditions, select the appropriate model. For example, ordinary control cables are suitable for applications with a rated voltage of 450/750V, while equipment with special requirements may require cables with higher voltage levels.
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