About ESE Lightning Aresstor
The ESE Lightning Arresters main function is to generate an upward propagating streamer earlier than conventional air terminals or other objects on the ground by collecting and storing ground charge during the early stages of thunderstorm development and emitting strong and consistent upward streamers to intercept leadersUnmatched Lightning ProtectionThe ESE Lightning Arrester delivers advanced protection for buildings, towers, and infrastructure with cutting-edge Early Streamer Emission technology and a high 200 kA strike capacity. Its large protective radius of 79 meters ensures safety for expansive facilities and vital installations.
Engineered for Longevity and ReliabilityCrafted from stainless steel and featuring a weather-resistant, polished finish, this lightning arrester is designed for over 15 years of uninterrupted service. The integrated test point and maintenance-free construction make it ideal for demanding environments and infrequent servicing.
Efficient and Safe PerformanceOperating at an impressive efficiency rate exceeding 99%, the ESE Lightning Arrester guarantees fast, directional discharge of lightning currents. Overheating protection, IP65-rated enclosure, and wide working temperature tolerance ensure unfailing operation in diverse conditions.
FAQs of ESE Lightning Aresstor:
Q: How does the ESE Lightning Arrester protect against lightning strikes?
A: The device utilizes Early Streamer Emission (ESE) technology to detect and intercept lightning strikes early, effectively diverting the current safely to the ground and protecting the structure within a 79-meter radius at a 5-meter height.
Q: What is the installation process for this lightning arrester?
A: The arrester is installed using the supplied stainless steel mounting bracket and threaded connection on rooftops or high points of structures. It should be connected to a proper earthing system for optimal performance.
Q: Where can this arrester be effectively used?
A: It is suitable for a wide variety of settings including industrial buildings, commercial complexes, communication towers, and critical infrastructure where high-level lightning protection is required.
Q: When should the arrester be tested or maintained?
A: Thanks to its maintenance-free design and integrated test point, periodic function checks can be performed easily, typically during routine safety inspections without the need for extensive maintenance.
Q: What are the benefits of choosing this model over conventional lightning rods?
A: This arrester offers rapid response with early streamer emission, a larger protection radius, high durability, and resistance to corrosion, making it more effective and cost-efficient over its extended lifespan compared to standard models.
Q: How does the product ensure safety during continuous exposure to harsh weather?
A: With an IP65-rated enclosure, stainless steel construction, and operational efficiency above 99%, the device remains reliable in extreme temperatures and high humidity, providing consistent lightning protection under adverse conditions.