Insulated power cable

NegotiableUpdate on 01/07

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Nature of the Manufacturer: Producers

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Overview

The insulated power cable uses an elastic material as the sheath layer, which has good flexibility. The insulation layer of the cable core has been specially treated, and the insulation hardness of the cable core is several times stronger than that of ordinary cables. This cable YET not only ensures the flexibility of the wire, but also enhances the tensile strength of the cable, making it more suitable for use in various flexible environments, greatly reducing and avoiding the probability of cable failure (such as tripping, spinning, wire breakage, etc.), thereby greatly extending the service life and improving reliability.

Product Details

Insulated power cableIntroduction:

By using an elastic material as the sheath layer in the design, the flexibility is relatively good. The insulation layer of the cable core has been specially treated to be several times harder than that of ordinary cables. This YET cable not only ensures the flexibility of the wire, but also enhances its tensile strength, making it more suitable for use in various flexible environments. It greatly reduces and avoids the probability of cable failure (such as tripping, spinning, breaking, etc.), thereby greatly extending its service life and improving reliability.

This cable is particularly suitable for power connection cables of various reciprocating moving (drag chains) or winding rotating equipment with a rated voltage of 0.6/1kV and below. It is mainly used in lifting transportation, garbage incineration power plants and other equipment.

Main technical performance indicators of cables:

Product model: YET FCX； FCXW (see attached table for specific specifications);

Rated voltage: 450/750V, 0.6/1kV;

Core count: 1-38 cores

Nominal cross-section: 0.5-95mm2;

The long-term operating temperature of the conductor is 70 ℃, and the short-circuit overload temperature can reach ℃ (5S);

The allowable bending radius for cable z.ui is not more than 10 times the diameter of the cable;

Excellent electrical insulation performance, physical and mechanical properties, and low temperature resistance;

Insulated power cableFeatures:
1. The reduction in size means it is more space efficient than circular cables, etc;
2. The bending radius is smaller than that of circular cables;
3. Multiple flat cables can be tied together for use;
4. Horizontal discharge of core wires will not result in cable twisting together.
The above are some advantages of insulated flat cables in use. In addition to the application advantages mentioned above, there are also some usage issues that need to be noted for insulated flat cables:
1. Insulated flat cables must be able to stop freely at any point and be suspended for several days before installation in the elevator;
2. Insulated flat cables should not have excessive bending angles, etc.