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Safety Rules to Check When Chemical Earthing Electrode Manufacturers

Lightning protection, leakage, or fault current protection is needed in many residential, commercial, and industrial structures. There exist great risks of interference with the electrical systems, structural damage to buildings, or safety risks for humans. Chemical earthing electrodes may be an improved choice as critical precautions. These electrodes are installed vertically in the ground by the electrical systems. They drain the power surge directly into the ground, and the risks are reduced to the minimum.

That’s enough about the chemical earthing electrodes. What we’re here for are critical safety rules that you should bear in mind before partnering with chemical earthing electrode manufacturers. Some safety standards may help you decide on optimal safety, long-term reliability, and critical industrial standard adherence.

In this blog post, we are going to uncover essential safety rules that every technical and procure ment team should consider when investing in chemical earthing electrode providers’ solutions.

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5 Important Safety Standards For Dealing With the Manufacturers of Chemical Earthing Rods

1. BIS & IEC Compliance

BIS (Bureau of Indian Standards) and IEC (International Electrotechnical Commission) are two of the most trusted protection standards that you can rely on. You should ensure that the earth rod manufacturers India are following these rules during manufacturing and quality control processes. You have to look for the certifications like:

IEC 62561 – It describes the requirements and tests for various lightning protection system components (LPSC) such as connectors, clamps, bridging components, etc.
IS 3043:2018 – It reflects guidelines for designing, installing, and maintaining earthing systems.

When the manufacturers adhere to standards like the above, it confirms that their earthing system solutions are tested for long-term safety and performance.

2. Corrosion Resistance Testing

The chemical earthing electrodes are required to be installed in various types of soils. There will be chances of corrosion as well, which if not properly addressed the situation. For this reason, you should ensure that the components are tested with corrosion resistance by the manufacturers and provided by the earth rod suppliers. You should check whether the provider conducts salt spray tests (ASTM B117) and soil resistivity tests.

3 . Use of Premium-Quality Backfill Compound

Backfill compound plays a critical role in earthing protection systems. The proper blend of Graphite, Bentonite, and Conductive Carbon will help minimize the soil resistance. You have to check if the material used is non-toxic, non-corrosive, and has a resistivity of less than 0.12 ohm-m (in wet conditions). When the manufacturer uses low-grade backfill compounds, the safety is compromised, and maintenance expenses increase.

4. Thermal & Electrical Conductivity

You can demand the lab test report from the specific chemical earthing electrode manufacturer. In the report, look out for:

Current Carrying Capacity: The chemical electrode should be effectively tested to bear fault current for at least 3 seconds without any kind of damage (According to IEEE 80).
Thermal Conductivity: Ensure that the heat transferring capacity is ≥ 0.5 W/mK.

5. Clear Installation Guidelines

If installed improperly, even premium-quality products tend to fail at giving optimal performance. So, it is better if you ensure that they offer precise installation guidelines. This way you can follow up with safe and effective earthing system installation.

When it comes to choosing a chemical earthing electrode manufacturer, safety should always be the priority. You must consider the safety rules we have discussed in this blog post for a better selection of high-grade and reliable earthing solutions.