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Signal cable

The signal cable is a signal transmission tool. The sensor signal cable uses silver-plated conductors and a multi-core structure to ensure that the resistance between each core is highly consistent, and can accurately transmit weak electrical signals to hundreds of meters away.

Description

Type:Insulated
Application:Overhead
Conductor Material:Aluminum
Conductor Type:Stranded, Stranded
Insulation Material:PVC, XLPE, PE
Temperature:Fixed Installation:-20to+70
Color:Red, Gree,Brown,Blue,Black

Definition

The signal cable is a signal transmission tool. Generally, the signal transmitted by the signal cable is very small. In order to avoid signal interference, there is a shielding layer on the outside of the signal cable. The shielding layer of the wrapped conductor is generally conductive cloth, woven copper mesh or copper (aluminum). External interference signals can be introduced into the ground by this layer to prevent interference signals from entering the inner layer of the conductor and reduce the loss of transmitted signals.

Features

1.Heat and flame retardant

2.Excellent insulation performance

3.Stable chemical performance

4.Excellent transmission performance

5.Effective resistance to electromagnetic interference.

Structure

The sensor signal cable problem uses tinned or silver-plated conductors.

The sensor signal cable has four layers of protection, namely insulation layer, shielding layer, winding layer, and sheath layer, just to ensure the accurate transmission of weak electrical signals.

Insulation layer: The physical and chemical properties are equivalent to the sheath layer. In a small environment, the sheath, shielding net, and winding layer can be removed and used as a separate wire.

Wrapping layer: Wrapping layer is a kind of selected polymer material, which is mainly to prevent the shielding mesh from damaging the insulation layer. It also enhances the overall mechanical properties of the cable.

Shielding layer: On the one hand, sophisticated metal materials (using copper or tinned copper) can smoothly lead to interference signals. The extremely thin metal wires must have sufficient resistance to bending to prevent metal debris from affecting other electrical equipment.

Sheath layer: excellent mechanical properties, able to withstand higher strength metal impact and cutting. It has very high tensile strength and can withstand long-term repeated bending.

Application

The sensor signal cable is used for signal transmission of various sensors and instruments.

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