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true-power-limited · 1 year

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What is Chemical Earthing and why should one Switch-Over to it soon

The wisdom lies in turning to Chemical Earthing soon without fail.

What is Chemical Earthing all about —

Chemical Earthing uses advanced chemicals such as Silica, Bentonite, Marcontile, etc., as Back Fill Compound to keep the soil resistance around the Earthing Electrodes minimum at all times from Peak summers to extrem-dry environmental conditions and in all areas from Stony dry lands to High range mountains, hilltops, etc. and that too without any addition of water or chemicals after the installation of chemical earthing.

Chemical Earthing provides any type of earthing resistance from 0.2 Ohms to less than 5 ohms, depending upon one’s requirement. For critical applications, 0.2 Ohms is usually desirable, whereas less than 5 ohms is good for general applications, while less than 10 Ohms is good enough for remote applications.

Chemical Earthing is installed in compliance with IS3043–1987 and IEC

60364. It is done using different types of Earthing Electrodes (discussed in the end) and advanced Back Fill Compounds depending on the type of soils and the desired earthing resistance requirements. It is the best fit for all different type of climates and environments.

How Chemical Earthing is Done —

Chemical Earthing requires the installation of an earthing electrode in the ground after digging a 1 to 3 meters hole of 4–5 inches dia. The earthing pit, is then filled and packed with the advanced Back Fill Compound. The Back Fill Compound can be added to the dug hole pit in the form of slurry or is added dry and then watered to make it stick around the earthing electrode to hold it tightly from all sides. The installed Earthing Electrode is then connected to the application/load by GI or Copper Strip. The GI or Earthing Strip connects the Earthing Electrode Terminal emerging out of the ground on its top to the load/application.

Why one should switch over to Chemical Earthing-

1) Conventional Earthing is no more effective: Conventional Earthing is no more effective for the type of Electrical appliances and products we are using nowadays. The type of low-resistance earthing in demand nowadays can not be met by using charcoal and salt as chemicals.

2) Low Service Life: Conventional Earthing has a life span of just 3–4 years when compared to the longer service life of 10–15 years of chemical earthing. This results in installing earthing after every 3–4 years of its installation. This not only leads to additional costs every time but also leads to the wastage of time and effort.

3) Unstable and Erratic Earthing Resistance: Conventional Earthing provides an unstable earthing resistance which varies regularly with every change in the environmental and climatic conditions. On the other hand, chemical earthing provides a stable and low earthing resistance throughout its life.

4) Life-long headache of adding water and chemicals: Conventional Earthing regularly requires pouring water and adding charcoal to the earthing pit to keep earthing resistance under control, whereas chemical earthing is of install and forget type. There’s no requirment for adding any chemical or water in Chemical Earthing, and it is perfectly maintenance free.

5) Spoils Water Table and pH of the Soil: Conventional Earthing not only spoils the water table under the ground, but also makes the surrounding soli corrosive and spoils its pH value. The corroded soil corrodes the earthing electrode or earthing plate inside the ground.

Call us: 8318455691

Email us: [email protected]

Address: D 242, Sector 63 Rd, D Block, Sector 63, Noida, Uttar Pradesh 201301

For more information visit: https://www.truepowergroup.in/true-power-noida.html

True Power Earthings Private Limited

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true-power-limited · 1 year

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Copper Bonded Earthing Electrode Manufacturer, Supplier, and Exporter in India

About Copper Bonded Earthing Electrode

Copper Bonded Earthing Electrode

Earthing Electrode is widely used all over the world in different industries. Here are the top uses of Earthing Electrode -

Protect personnel against electrical hazards like an electric shock and electrocution

Safeguards protect electrical devices, appliances, power tools, machinery, etc. from current leakage

Damage from lightning to structures, installations, and the entire electric system by using Lightning Arresters.

Advantages

Up to 250 microns of Copper Bonding on the Electrode

Longer Life due to the Process of Bonding Over Electrode

Highly Conductive

Due to plating cost-effective

Easy to Install

Industries

Petrochemical, CNG and Nuclear Facilities

Data Centre, Telecom and Broadcasters

Process control and automation Government, Military, and defence

Sub-station, Wind turbines

Benefits of TP Copper Coated Electrode

CPRI Tested

100 microns coating on the iron electrode

Continues Electroplating over the Electrode result copper conductivity at the outer section

Variation in size availability

Cost Effective

Less space required at the time of installation

High Conduction on Outer Section

No Maintenance

Applications

Lightning Protection Systems

Substation

Data Centre

CNC Machine

Telecom Industries

UPS. EPBAX. FAX etc

Railway Signaling

Call us: 8318455691

Email us: [email protected]

Address: D 242, Sector 63 Rd, D Block, Sector 63, Noida, Uttar Pradesh 201301

For more information visit: https://www.truepowergroup.in/copper-bonded-earthing-electrode.html

True Power Earthings Private Limited

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