Tag: manufacturer

ESE vs conventional

Difference between Conventional and ESE Lightning Arresters

Follow us on LinkedIn for regular updates on everything about Lightning Arresters! Well, we all are aware of the lightning strike that occurs during the rainy season. But are we aware of the fact that we need to protect our structure and electrical system from it too? Yes, there is …

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Fault Passage Indicator

How does an Overhead Line Fault Passage Indicator work?

Being outdoors, electrical networks are subject to the ravages of nature throughout the year. From lightning, heavy rain, dust or even just local wildlife, these electrical networks become susceptible to faults forming over time. When these faults occur, outages can take place which can affect large populations of end customers …

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Dead End Clamps

Design and Testing of Anchoring & Suspension Clamps as per BS 3288

Follow us on LinkedIn for regular updates on everything about Anchoring Clamps and Suspension Clamps! Anchoring Clamps and Suspension clamps are the most crucial parts of our distribution system. They perform one of the key roles in forming the electrical power distribution lines. In this article, we will discuss the …

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Digielec Bharat – Our first Virtual Exhibition & its success!

Follow us on LinkedIn for regular updates! After 6 months of isolation from our customers, we finally got to see them again at Digielec Bharat 2020, our first-ever virtual exhibition. Preparing for DigiElec Bharat was not an easy process because it was our first time doing this kind of event. …

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AB Cables

What are AB Cables & their Cable Construction Systems?

AB Cables represent a revolution in overhead (OH) power distribution. With its superior safety features, higher reliability, and more efficient performance, it outclasses the conventional bare conductor overhead distribution system. Not only does it decrease power losses, it also maintains consistent voltage regulation. Moreover, the ABC system proves its cost-effectiveness …

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Mesh Method

Mesh Method for Lightning Protection Design as per IEC 62305

The mesh method is one of the three routes for lightning protection system design defined by IEC 62305, the international standard for lightning protection design. After the first step of determining the class of lightning protection decided by the Risk Assessment, the lightning protection system design can be done using …

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Rolling Sphere Method for Lightning Protection

Lightning protection for buildings is a very crucial aspect of safety. The Rolling sphere method is one of the three routes for lightning protection system design defined by IEC 62305, the international standard for lightning protection design. After the first step of determining the class of lightning protection decided by …

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IEC

IEC 62305 & IEC 62561 International Standards for Lightning Protection System Design and Product Testing

Follow us on LinkedIn for the latest updates The International Electrotechnical Commission (IEC) prepares and publishes International Standards, such as IEC 62305, for all electrical, electronic and related technologies and is the leading international organization in its field. The IEC technical committee is comprised of representatives from the standard bodies of …

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Lightning Impact in India

Where Does Lightning Hit in India & its impact on human lives

Follow us on LinkedIn for the latest updates  Note: The following is a summary of the study, ‘The major lightning regions and associated casualties over India’ published by Pramod Kumar Yadava et al. Please follow this link to access the study. A very interesting and important titled ‘The major lightning …

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Lightning Protection & Earthing System

Lightning Protection and Earthing Systems

Follow us on LinkedIn for the latest updates    Why is the design of a Lightning Protection System and Earthing Important? Lightning is an awe-inspiring natural phenomenon that can discharge up to 200,000 amps in a fraction of a second. A direct strike can have devastating effects on people, buildings …

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