Earthing
Traditional Earthing
It is done with the use of charcoal and salt and GI Pipe. It typically requires more space and more maintenance than the newer method of chemical earthing. There is also high fluctuation in Ohmic value in this type of earthing.
GI Plate
GI Strip
GI Wire
Copper Plate
Copper Strip
Copper Wire
GI Earthing Pipe
Cast Iron Pit Cover
Chemical Earthing
It is done using metal electrode which goes into the ground near the building. It helps in the efficient discharge of all the fault currents/ surge currents present in the electrical system. It also helps in dissipating the high voltages which are passed on through the lightning arrestors atop buildings.
Also, use of Backfill compoundswhich are earth enhancement compounds that have different properties depending on soil and other atmospheric conditions. Essentially, an ideal BFC has high electrical conductivity, moisture capture and retention abilities and anti-corrosive properties. It works in tandem with the Safe Earthing Electrode. Together both form the efficient earthing system.
Earthing Chemical
GI Electrode
Copper Bonded Electrode
Pure Copper Electrode
Copper Grounding Rod
Copper Bonded Rod
Coupling for Earth Rod with Thread
Impact Head for Earth Rod with Thread
Air Termination Rod
Plastic Pit Cover
Earthing Kit
Plastic Earth Chamber
DC Clip
Connection Clamp
Connection Clip
Connection and Expansion Strip
Connection Terminal for Round Cable
Cross Connectors
Universal Connection Clip for Earth Rods
Lighting Arrestor
Metallic device mounted at the highest point of the building to capture lightning strikes and direct it to the earth via a safe path thereby preventing it from flowing through the building’s electrical circuit. In the absence of the lightning arrester a lightning strike could destroy electrical equipment and cause harm to human life through electrocutions.
