Lightning Arrester Spike

EATHWAY TECHNOLOGIES LLP Solid Copper Bonded Lightning Arrester Spike Are manufactured In Different Dimensions With An Average Copper Coating Of 80 – 100 Microns For Lightning Protection Application.

EARTHWAY TECHNOLOGIES LLP Lightning Arrester Spike provides lightning safety to protect tall or isolated buildings; this conventional lightning arrester is installed at the rooftop of the building or mast of a vessel which then protects your building from lighting.

Technical Specification

SPECIFICATION	DETAILS
Base Material	Low Carbon Steel
Base Coating Material	Copper
Coating Material	99.9% Pure Electrolytic Grade Copper Anode
Available Coating Thickness	100 Micron (Average)
Available Diameter (mm)	14.5, 16, 17.2
Available Length (m)	1 meter
Tin Coating on Spike	8-10 Micron (Average)
No. of Spike	3 and 4 pins
Insulated Base Plate	HDP Material (100x100x10mm)

Use of Lightning Arrester Spike

Solar Energy Systems

Essential protection for solar setups.

Domestic Power Safety

Ensures household electrical safety

Commercial Infrastructure Safety

Guards commercial power networks efficiently.

Industrial Equipment Protection

Secures heavy industrial machinery reliably

Hospital Electrical Security

Protects critical medical equipment seamlessly.

Telecommunication Tower Safety

Shields communication towers from lightning.

Application

Copper Coating Quality

Made with 99.9% pure copper.

Diameter Size Options

Available in multiple diameters: 14.5 mm, 16 mm, 17.2 mm.

Length Variations Offered

Available in a convenient 1-meter length.

Industries

Petrochemical, CNG, and Nuclear Facilities

Data Centre, Telecom and Broadcasters

Process control and automation Industries

Hospital, Government, Military, and defence

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Key Information about Lightning Arrester Spike:

Function

The primary function of a lightning arrester is to divert the high-voltage lightning strike away from the protected equipment. It prevents damage to electrical systems by providing a low-resistance path for the lightning current to reach the ground.

Construction

Lightning arresters are typically composed of a metal rod or conductor, which acts as a lightning rod, and a grounding system. The lightning rod is often mounted on top of structures or equipment to attract and capture the lightning strike.

Metal Oxide Varistor (MOV):

Commonly used in modern surge arresters. MOVs are semiconductor devices that have a variable resistance, providing high resistance under normal conditions and low resistance during a surge.

Installation:

Periodic inspections are necessary to ensure the lightning arrester and its associated grounding system are in good condition. Damaged or corroded components should be repaired or replaced promptly.

Maintenance:

Periodic inspections are necessary to ensure the lightning arrester and its associated grounding system are in good condition. Damaged or corroded components should be repaired or replaced promptly.

Types of Lightning Arresters:

Rod or Franklin Rod: Developed by Benjamin Franklin, it consists of a pointed metal rod that extends above the protected structure. When a lightning strike occurs, the rod provides a path for the lightning to follow, directing it safely to the ground.
Surge Arresters: Used in electrical power systems, telecommunications, and electronic devices. These are designed to protect against overvoltage or surges caused by lightning, switching operations, or other factors.

Lightning Arrester Spike