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Sharp Metier

Early Streamer Emission (ESE)

Lightning Arrester

Reliable Safety
Low Maintenance
Ideal For All Types Of Structures

ESE Lightning Arrestor

An Early Streamer Emission (ESE) Lightning Arrestor is an advanced lightning protection device designed to protect buildings, industrial facilities, and critical infrastructure from direct lightning strikes. It emits an upward streamer earlier than conventional air terminals, increasing the protected area and reducing the number of air terminals required.

Our ESE Lightning Arrestors are manufactured using high-quality materials and tested to deliver reliable performance under severe weather conditions.

Available Protection Radius

Model Protection Radius*
ESE-59 59 meters
ESE-79 79 meters
ESE-107 107 meters

Protection radius depends on the installation height and is determined in accordance with the applicable lightning protection standards.

Technical Specifications

Parameter Specification
Technology Early Streamer Emission (ESE)
Body Material Stainless Steel (SS 304/SS 316)
Operating Principle Early Streamer Emission
Installation Vertical on Mast/Pole
Maintenance Minimal
Service Life 20+ Years
Standards NFC 17-102 / IEC Guidelines (where applicable)

Features

Applications

Advantages

Installation

The ESE Lightning Arrestor should be installed at the highest point of the structure using a suitable support mast. It must be connected to the down conductor and a low-resistance earthing system. Installation should be carried out by qualified personnel in accordance with applicable lightning protection standards and local regulations.

Why Choose Our ESE Lightning Arrestor?

Our ESE Lightning Arrestors are designed to provide dependable lightning protection with wide-area coverage and long-term reliability. Available in 59 m, 79 m, and 107 m protection radius models, they are ideal for safeguarding buildings, industrial facilities, and critical infrastructure while minimizing the number of air terminals required.

Note: The stated protection radii (59 m, 79 m, and 107 m) are based on the manufacturer’s model rating and installation conditions. The actual protected area depends on factors such as installation height and compliance with the applicable design standard (e.g., NFC 17-102).

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