Bombay Earthing House

Bombay Earthing House is a Top Lightning Arrester Manufacturer In India. Also A Top Leading Lightning Arrester Supplier In India. We take pleasure in providing a broad selection of Lightning Arresters to meet the various demands of our clients. We have built a solid reputation as a reliable supplier of lightning arresters, providing our services to customers all throughout the nation. Lightning Arrester Dealers are used for various purposes. Lightning Arrester Exporter In India. gives an extensive range that includes maintenance-free Lightning Arrester systems.

This is a type of grounding electrode used in electrical systems to provide a safe path for the dissipation of electrical faults, surges, and lightning strikes to the earth. Also, we are Pure Copper Earthing Electrode Manufacturer in India, also known as Pure Copper Earthing Electrode Supplier in India and Pure Copper Earthing Electrode Stockist in India

Power Rating 

Specific voltage levels are what lightning arresters are made to manage. The arrester's maximum safe operating voltage is indicated by its voltage rating before the arrester starts to conduct current. Typical lightning arrester voltage ratings include 120V, 240V, 480V, 600V, 1200V, 2400V, and others.

Maximum Constant Operating Voltage (MCOV)
 

The arrester can handle this amount of voltage on a continual basis without conducting much current. It often falls just short of the voltage rating and represents typical operating circumstances.

Maximum Discharge Current 

The highest current that the arrester can safely dissipate during a surge event, such as a lightning strike, is indicated by this specification. Typically, it is expressed in kilovolts (kV) or kiloamperes (kA).

Energy Management Potential

The arrester's capacity to accept and release energy from a surge event is described by this characteristic. It provides a sense of the arrester's efficiency in managing high-energy transient events and is frequently measured in joules or kilojoules.

Response Period

Lightning arresters should be able to react swiftly in order to immediately deflect the surge current away from the protected equipment or building. The usual response time falls between nanoseconds to microseconds.