Laxmi Power Solutions

Chemical Earthing Electrode is an advanced earthing solution used for efficient grounding and electrical safety. It provides low earth resistance for quick dissipation of fault current into the soil. The electrode is made from GI, Copper Bonded, or Pure Copper material for long service life. It is filled with highly conductive chemical compound to maintain stable performance.The system is corrosion resistant, maintenance free, and suitable for all soil conditions. It helps protect electrical equipment and human life from electric shock and lightning hazards.Widely used in residential, commercial, industrial, telecom, and solar power projects. Available in different sizes and specifications as per customer requirements.

Copper Earthing Electrode

LPS is the only company that is famous for Manufacturing, Supplying & Installing of Pure copper earthing electrodes all over India. We Produce High Quality Copper Chemical Earthing Electrodes which is made by totally oxygen free Copper Pipes/tubes and strips including of 99% content of Pure Copper. Our Copper Chemical Earthing Electrodes are coming in both technology as pipe in Pipe & Strip in Pipe along filled with Crystalline Conductive Mixture inside the Electrode and the main thing is that the copper we use in manufacturing of these Copper Chemical Earthing Electrode is the Electrical Grade Copper K Type, so that our Earthing Electrode is highly Conductive in nature. In Manufacturing of a single Earthing Electrode we take at least 10-25 kilograms of Pure Copper then it’s resistance value comes definitely lesser than the 1 ohms even in zero points. Our Copper Earthing Electrode is very famous in the market of India. People are constantly using our LPS copper chemical earthing electrodes in their homes, in factories, on transformers, and other appliances for fear of being electrocuted or burnt. It is very capable of saving the life of people by taking an entire load of electric current on its own. 

Know it’s Benefits:

1. Having very long life as Corrosion free.

2. Highly Conductive.

3. Lower Resistance Value.

4. Can Withstand at higher ampere Current Values.

5. Higher Grounding rate.

6. Immediately safe the Human Body by discharging of current in the ground within seconds.

7. Lowering Fluctuation & Damages in the drives of any Automation.
8.Can also withstand with higher Temperature.

Introduction: In any electrical system, safety and reliability are of utmost importance. One crucial element of achieving this is the proper grounding of electrical equipment and installations. Our LPS Copper bonded earthing electrodes have emerged as a highly effective solution to facilitate efficient electrical grounding. This will explore the features, benefits, and applications of copper bonded earthing electrodes in detail.

Understanding LPS Copper Bonded Earthing Electrodes: LPS Copper bonded earthing electrodes are metallic electrode consisting of a core material (usually steel) encapsulated with a layer of high-quality copper. This unique combination offers the advantages of both materials, resulting in a highly conductive and corrosion-resistant.

1. Enhanced Conductivity: The primary advantage of LPS copper bonded earthing electrodes is their superior conductivity. Copper, with its excellent electrical conductivity properties, ensures efficient grounding and dissipation of fault currents and voltage surges. By maximizing conductivity, copper bonded electrodes offer reliable protection against electrical hazards, such as electric shocks and equipment damage

2. Corrosion Resistance: Copper bonding increases the longevity of the electrode by protecting it against corrosion. The copper layer acts as a barrier, safeguarding the underlying steel core from environmental factors such as moisture, soil composition, and chemicals. This corrosion resistance ensures the durability and effectiveness of the earthing system over an extended period.

3. Lower Resistance: LPS Copper bonded earthing electrodes offer lower resistance to earth as compared to conventional electrodes. This characteristic allows for efficient dissipation of fault currents, minimizing the risk of damage to equipment and electrical systems. The low resistance also ensures stable earthing potential, enabling proper functioning of sensitive electronic systems within the installation.

4. Versatility: LPS Copper bonded earthing electrodes are available in various sizes and specifications, making them adaptable to different electrical installations. Whether it's a residential, commercial, or industrial setup, copper bonded electrodes can be customized to meet the specific requirements of the project. Their versatility ensures optimal grounding performance and compatibility with diverse electrical systems.

 Applications of LPS Copper Bonded Earthing Electrodes

1. Residential Buildings
2. Industrial Installations
3. Telecommunication Facilities
4. Data Centers

Our Models of LPS Copper Bonded Earthing Electrodes:

1. LPS CB 250
2. LPS CB 260
3. LPS CB 280
4. LPS CB 350
5. LPS CB 360
6. LPS CB 380

GI Earthing Electrode

LPS is the leading manufactures, supplier and exporter of the GI Chemical Earthing Electrode all over in India which is made by using highly zinc coated Hot Dipped Galvanized Iron Pipe & Strips. The pipes are of Indian Specification IS 1239 medium class of reputed Brands like Jindal, Essar, Tata, Apollo etc as prescribed by Earthing manual of Indian Standard 3043. We design, made & supplies this Earthing Electrode as per according to the application & Leakage Current Fault Amount in such a manner to maintain the lowest resistance of Earth Pit. The LPS G.I Chemical Earthing Electrode are manufactured by using Pipe in Pipe or Strip in Pipe Technology, the empty space is filled with the LPS Crystalline Conductive Mixture (C.C.M) & Gel. The empty space inside the electrode is filled with high conductive crystalline mixture specially formulated and developed to create a minimum resistive path within the electrode. LPS GI Electrode is also one such electrode that sells the most in the market.

Features

• Low Corrosion Rate as protected by Hot Dip Galvanization.
• Fast & High Fault Current Dissipation Rate within Seconds.
• Long Life Span.
• Highly Conductivity.
• Cost Effective.
• Provide Protection to human life against Electrical Shocks.
• Give Wide range of Safety to your costly electrical & mechanical Appliances.
• Shiny Surface.
• Higher Compressive & Tensile Strength.

 Application

• Power Distribution & Transmission 
• Diesel Generator Set 
• Lifts 
• Machineries 
• Electrical Control Panel
• Solar Power Energy 
• Houses & Buildings
• Body Earthing for Electrical Heavy Appliances, Machineries & Electronic Drives like D.G, Transformer, Lifts, Panels, IT Servers, Lightning Pole, Electrical Switchyards & Substation, Transmission Lines etc. 

LPS GI Maintenance-Free Chemical Earthing Pipe – Technical Specification

The GI Maintenance-Free Chemical Earthing Pipe (LPS Type) is a high-performance grounding electrode designed to provide reliable and long-lasting earthing for electrical and lightning protection systems. This type of earthing electrode is widely used in industrial, commercial, and infrastructure projects where stable earth resistance and minimal maintenance are required.

The electrode shall be constructed using high-quality Galvanized Iron (GI) material. The standard size of the electrode shall be 80 mm outer diameter and 3000 mm length (3 meters), with a wall thickness ranging from 2.5 mm to 3.5 mm. The pipe shall be manufactured from mild steel and hot-dip galvanized to ensure superior corrosion resistance. The galvanization coating shall be in the range of 80 to 100 microns, providing protection against rust and ensuring a long service life even in aggressive soil conditions.

The construction of the earthing electrode shall be of pipe-in-pipe or strip-in-pipe design. It shall consist of an outer GI pipe and an inner GI pipe or GI strip, typically of size 25×3 mm or higher, which enhances electrical conductivity. The annular space between the pipes shall be filled with a highly conductive chemical compound such as a mixture of graphite, bentonite, or other crystalline conductive materials. This chemical filling plays a crucial role in reducing soil resistivity and maintaining moisture around the electrode.

The earthing electrode shall be capable of achieving an earth resistance value of 1 ohm or less, depending on soil conditions and proper installation. It shall be suitable for dissipating high fault currents, typically up to 25–50 kA for a short duration. The performance of the electrode shall remain stable across varying environmental conditions, including dry, rocky, or sandy soils.

One of the key features of this system is its maintenance-free operation. Unlike conventional earthing systems, this electrode does not require regular watering, as the chemical compound retains moisture and ensures consistent conductivity. This significantly reduces operational effort and maintenance costs over time.

The electrode shall be provided with a suitable GI terminal, typically 50×6 mm or 80×6 mm strip, with drilled holes for connection using nuts and bolts. Installation shall be carried out by placing the electrode vertically in a pit of approximately 3 meters depth and appropriate diameter. The pit shall be backfilled with conductive chemical compound, which shall be mixed with water at the time of installation to activate its properties.

This type of earthing system is suitable for use in lightning protection systems (LPS), substations, transformers, solar power plants, DG sets, and other critical electrical installations. The expected service life of the electrode shall be between 7 to 15 years, depending on soil conditions.

The entire system shall conform to the requirements of IS 3043 and relevant standards for earthing and grounding systems.