High Voltage Cable Components

A high voltage cable is a cable used for electric power transmission at high voltage.

High voltage cable components.

Voltage up to 150kvdc and 45kvac. They have a very robust design and a highly economical viability ratio. High voltage cable components conductor the current carrying components. High voltage cables of differing types have a variety of applications in instrum.

Cables are considered to be fully insulated. This is in contrast to an overhead line which may include insulation but not fully rated for operating voltage. Extreme optimized efficency new. High voltage components our high voltage components include high voltage capacitors high voltage resistors and high voltage connectors which are designed to withstand the test of time.

In designing for 600v or greater applications be certain to pay special attention to data sheets to ensure the components selected are capable of handling the high voltage. 2000 series unshielded cable. This means that they have a full rated insulation system which will consist of insulation semi con layers and a metallic shield. A typical unit can distribute power to several hv components e g.

Key considerations when looking at various components and circuit designs includes insulation thickness geometrical arrangement arc clearance and creepage distance. These are custom designed to meet both the vehicle and eds architecture requirements. Up to awg 22. A cable includes a conductor and insulation.

However if your cables have embedded components resistors diodes capacitors coils ic s etc you may be concerned about damaging components with high voltage testing. Conductor used with modern solid dielectric cables come in four basic configurations. Our company is active in over 40 countries connecting power and innovation with our unique range of services. There are two elements of a high voltage test for the purposes of this document hipot refers to both.

Different dielectric materials available. Optical coupler new. From 5 a to 300 a and up to 800v dc and can also include safety and security devices. Made of copper or aluminum less expensive but less efficient requiring alarger conductor diameter to carry an equal electrical load when compared to copper conductor.