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• Rectangular Cable Assemblies

• H3KKH-1036G application field and working principle

  • Application Fields

    The H3KKH-1036G cable assembly is a combination of signal wires. Its application is mainly in the field of low voltage and middle voltage electrical tracks. It can bear temperatures as high as 600℃ and is thus utilized in high temperature locations for high voltage transmission. The H3KKH-1036G cable assembly also finds applications in machinery and automobile manufacturing and in the petrochemical industry.

    In the petrochemical industry, the cable assembly is used in exposed locations. It is a key component of the equipment used in the production of synthetic oil and gas, providing high temperature resistance and a durability that allows it to function under extreme conditions, such as exposure to acidic chemicals, high temperatures, and highly abrasive operations.

  • Working Principle

    The H3KKH-1036G cable assembly has a unique series of functions. This cable assembly is primarily made up of wires and is superior to traditional cables due to its attenuation and insulation materials. It is constructed from three layers: the outer sheath, the insulated layer meshwork, and a stainless steel core.

    The stainless steel core at the center is made of high-strength reinforcing steel, which serves as a carrier for the signal transmission and an insulating layer. The cable assembly is capable of energy transmission in medium and high voltage and low current applications with a high temperature resistance of up to 600°C. The insulating layer provides protection against short circuits and the meshwork is designed to increase flexibility and reduce space.

    The construction of the H3KKH-1036G cable assembly is based on internationally accepted standards and it is both space saving and reliable in terms of performance. The cable assembly is fire resistant and can withstand high temperatures, making it suitable for a variety of applications. It is especially suitable for the fabrication of low voltage and middle voltage lines, and its superior design ensures a low failure rate.

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