Electrical Earthing

The Fundamental fact of Electricity is that it always flows to the point of lowest potential. Electricity Earthing / grounding ensure that electricity including faults, lighting and electronic noise are flown to
This point with maximum safety to people and at the same time the reliability of equipment is also Maintained.

The earthing / grounding requirement of a power system will vary from those of electrical equipment, lighting protection or for the proper function of electronic equirement.

An Effective low -impedance earthing / grounding system is a vital element and it is crucial in ensuring for personal safety as well as providing reliable protection for electrical / electronics equipment.

Prime Objective of Earthing is to provide a Zero potential surface in and around and under the area where the electrical equipment is installed or erected.

To achieve this objective the non-current carrying parts of the electrical equipment is connected to the general mass of the earth which prevents the appearance of dangerous voltage on the enclosures and help to provide safety to working staff and public.

The function of earthing electrode is to ensure continuous electrical contact with the earth.

GI Earthing Electrode (SIP/PIP) :

Strip in Pipe Electrode & Earthing consists of primary earthing electrode (outer pipe) and a strip inside. The strip is inserted inside the primary electrode to the full length from top to bottom and the process of hot dip galvanization is well performed to a level of 80-100 microns. The space between the outer pipe and the strip is duly filed with a highly conductive and non-corrosive compound which safegaurds the electrode getting corrode over a long period of time under the soil. Also the compound ensures the easy distribution of leakage/fault current lands on the electrode. Both the ends of the electrode are permanently sealed at both the ends with the lead terminal at the top with 2 holes on the terminal for connecting to the load / equipment. Pipe in Pipe Electrode & Earthing consists of primary earthing electrode (outer pipe) and a Pi ide. The Pipe is inserted inside the primary electrode to the full length from top to bottom and the process of hot dip galvanization is well performed to a level of 80-100 microns. The space between the outer& Inner pipe is duly filed with a highly conductive and non-corrosive compound which safegaurds the electrode getting corrode over a long period of time under the soil.

Copper Bonded Earthing Electrode :

Copper Bonded Earthing Electrode are of high quality which comply by the most demanding regulations, for efficient and long lasting earthings. Copper bonded rods are made by molecularly bonding pure electrolytic copper (99.9%) onto a low carbon, high tensile steel core with exceeding 0.254 mm(254 microns) thick. Low carbon & high tensile steel core is selected to ensure a perfect and even bonding between the steel and copper . The thickness of the copper layer is of min. 10-250 microns. The low carbon tensile steel comply with UL 467, BS 970 & AISI 1018 that has great capacity of being stretched or extended at least up to 600 N/mm2. The steel rods are extremely opposed to oxidization and add a lot of strngth & longetivity to electrical grounding system.

Pure Copper Pipe Electrode :

Electrode consists of a primary earthing electrode (outer pipe) of (99.9%) pure Copper pipe. The hollow space of the electrode is duly filled with a highly conductive and non-corrosive compound which safegaurds the secondary electrode getting corrode over a long period of time under the soil Also the compound ensures the easy distribution of leakage/fault current lands on the electrode. Both the ends of the electrode are permanently sealed and the top portion of the earth electrode is compressed to form an extended lead with 2 holes on the terminal for connecting to the load/equipment.