详情描述

Anhui Tianming Cable Co., Ltd.'s JGG/KGG/YGG high-voltage silicone rubber cables are power cables with silicone rubber insulation suitable for various voltage levels such as 35KV, 25KV, 20KV, and 10KV. These cables boast excellent electrical insulation and mechanical properties, can operate stably under high temperatures, and have advantages such as weather resistance, ozone resistance, and chemical corrosion resistance.

Silicone rubber insulated cables are widely used in industries such as power, metallurgy, petroleum, chemicals, coal, and light industry, for transmitting high-voltage energy while ensuring the safety of equipment like wires and cables. These cables are also suitable for signal transmission in AC systems and industrial control systems.

In summary, the JGG/KGG/YGG high-voltage silicone rubber cables are a high-performance insulating material suitable for various voltage levels, boasting excellent electrical and mechanical properties. These cables are designed for high-voltage transmission systems and are commonly used at voltage levels of 35KV, 25KV, 20KV, and 10KV. They exhibit good heat and weather resistance, making them suitable for use in various environments such as humid, high, and low temperatures. They also maintain good electrical and mechanical properties, capable of withstanding certain tension and pressure while preserving their insulation performance.

This cable is commonly used in high-voltage transmission lines, capable of transmitting current and voltage while ensuring the safety and stability of the lines. It is also suitable for other applications requiring high voltage and current, such as automated control and protection devices in power systems.

Please note that when using this type of cable, it is essential to install and operate it according to the instructions and relevant specifications to ensure its safety and stability. Additionally, regular inspections of the cable's usage should be conducted to promptly identify and address any potential issues or malfunctions. The JGG/KGG/YGG High-Voltage Silicone Rubber Cable is designed for high-voltage power transmission and distribution, with rated voltages typically ranging from 35KV, 25KV, 20KV to 10KV. This cable is commonly used in high-voltage lines within the power system, such as substation, transmission lines, and distribution lines, etc.

High-pressure silicone rubber cable usage conditions:

1. Rated Voltage: Power Cable 8.7/10KV and below

2 Cable laying temperature shall not be lower than -20℃;

Cable operating temperature range: -60℃/+200℃; recommended bending radius not less than 6 times the cable outer diameter; for cables with copper strip structure, the bending radius should not be less than 10 times the cable diameter.

4 Excellent ozone, heat, UV, and atmospheric aging resistance.

5 Excellent electrical insulation performance, with superior resistance to corona discharge and electrical arc.

Silicone rubber material boasts excellent electrical and weather-resistant properties, capable of withstanding various harsh environments and high-voltage working conditions. Additionally, this cable features superior flexibility and bendability, adaptable to a range of laying methods and installation environments.

Specifically, the JGG series cables are suitable for fixed installations of high-voltage lines in AC power systems rated up to 35KV, offering excellent electrical performance and chemical stability, and can withstand various environmental corrosion and mechanical damage. The KGG series cables are used for coaxial shielded cables in systems rated up to 35KV, commonly employed in broadcast and television transmission as well as power systems. The YGG series cables are suitable for flame-retardant cables in systems rated up to 20KV, used for AC power transmission and distribution.

Overall, JGG/KGG/YGG high-voltage silicone rubber cables are high-performance cables suitable for high-voltage power transmission and distribution, featuring excellent electrical and weather-resistant properties, and are applicable to various harsh environments and power system operating conditions.