About Copper Bonded Lighting Arrester
The Copper Bonded Lightning Arrester is a high-performance Class I protection device designed to safeguard buildings and structures from direct lightning strikes. Manufactured with a durable copper-bonded round rod, it features a smooth, corrosion-resistant finish and over 250 microns copper coating for long-lasting reliability. With a fast response time of less than 1 microsecond, it efficiently diverts lightning current safely to the ground. The arrester supports vertical mounting with mechanical fixing and threaded end terminals for secure installation. Its 14 mm rod diameter, 1-meter height, UV stability, and long service life make it ideal for industrial, commercial, and residential lightning protection systems operating from DC to 60 Hz.
FAQs
1. What is the function of a Copper Bonded Lightning Arrester?
It safely diverts lightning strikes to the ground, protecting buildings and electrical systems from damage.
2. Where can this lightning arrester be used?
It is suitable for buildings, towers, industrial plants, commercial complexes, and other structures.
3. What type of protection does it provide?
It offers Class I direct strike lightning protection.
4. Is the product corrosion-resistant?
Yes, it has a smooth copper-bonded surface with high corrosion and UV resistance.
5. What is the response time of the arrester?
The arrester responds in less than 1 microsecond for effective lightning protection.
Maximum Longevity and ProtectionWith a copper layer thickness greater than 250 microns and a smooth, corrosion-resistant surface finish, this lightning arrester is built for long-term use-providing consistent protection season after season. The Class I lightning protection and rapid response time guarantee your structure's safety against direct strikes.
Advanced Material EngineeringManufactured using high-quality copper bonded material, this arrestor offers a perfect combination of electrical conductivity and structural strength. Its UV stability and premium surface treatment prevent degradation, ensuring exceptional resilience in harsh weather conditions.
Versatile Application and Easy InstallationThe threaded end and round rod design support mechanical fixing and vertical mounting, making installation quick and secure. It is suitable for new projects or retrofitting existing structures, offering reliable protection for diverse commercial, residential, and industrial sites across India.
FAQ's of Copper Bonded Lighting Arrester:
Q: How does the copper bonded lightning arrester protect a building during a lightning strike?
A: The lightning arrester diverts the dangerous energy from a direct lightning strike safely to the ground, thereby protecting the building and its occupants from electrical damage.
Q: What makes this lightning arrester suitable for long-term outdoor installation?
A: Its copper layer exceeding 250 microns, high UV stability, and corrosion-resistant smooth surface ensure exceptional longevity in challenging environmental conditions.
Q: When should a lightning arrester with these specifications be installed on a structure?
A: It is advisable to install this device during initial construction or as part of a safety upgrade, especially in areas prone to frequent thunderstorms or lightning activity.
Q: Where can this product be installed for optimal protection?
A: This arrester is designed for vertical mounting on rooftops, towers, or any structure requiring protection from direct lightning strikes, using mechanical fixing methods for secure attachment.
Q: What is the process for installing a threaded-end lightning arrester?
A: Installation involves securely fixing the threaded end to a conductive mounting base and ensuring an effective earthing connection, enabling efficient redirection of lightning currents.
Q: What are the main benefits of using a copper bonded arrester over alternatives?
A: Copper bonded arresters offer superior conductivity, enhanced corrosion resistance, and a longer service life, making them reliable and maintenance-friendly for sustained protection.
Q: How does the quick response time improve overall safety?
A: A response time of less than 1 microsecond ensures that the arrester can instantly create a path to ground for the incoming surge, minimizing the risk of damage to the protected structure.