Lightning Arrester
Lightning Arrester | Lightning Arrester From Sarbadaa
 Sarbadaa 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. Conventional-type lightning arresters are special grounding systems designed to safely conduct the extremely high voltage currents associated with lightning strikes. This Lightning Arrester Spike is durable, latest in design and is used for arresting lightning to protect against fire breakouts and leakage of current through electric circuits. The offered arrester is made from high-grade materials to ensure the industry standards.
Use of Lightning Arrester Spike
- Solar System
- Domestic
- Commercial
- Industrial
- Hospital
- Telecommunication Towers
- Petrochemicals, Oil Et Gas
- Transport Hub
- Ecological Sites
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(Avarage) |
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) |
Key Information about Lightning Arrester Spike:
Function:
Construction:
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.
Metal Oxide Varistor (MOV):
MOVs are semiconductor devices that have a variable resistance, providing high resistance under normal conditions and low resistance during a surge.
Installation:
Proper grounding is crucial for the effective operation of the lightning arrester.
Maintenance:
Damaged or corroded components should be repaired or replaced promptly.
National and International Standards:
Lightning arrester spike play a crucial role in safeguarding infrastructure and electronic equipment from the destructive effects of lightning strikes. Proper design, installation, and maintenance are essential for their effectiveness.
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