What is Lightning Arrester Installation Types Precaution

Why Installing Lightning Arrester for building is Important

lightning arrester installation for building

Did you know that when lightning strikes a building, it creates a powerful surge? These surges can damage electrical devices and property and even harm people inside.  Learn how to install lightning arresters here.

>> Also read on Customized Solutions of House Lightning Arrester by TAKO <<

A lightning arrester is a tool that keeps buildings safe from lightning. This blog will cover all you need to know about lightning arresters for buildings. This includes their benefits and the types available.

Lightning Arrester for Building

A lightning arrester is a key part of a lightning protection system. Its job is to safeguard equipment, people, and buildings from the harmful effects of lightning strikes.

When lightning hits, it can create a surge in electrical current. This surge poses a risk to the building’s electrical equipment and the property itself. The lightning arrester steps in by diverting this electric current away from the building’s electrical system and equipment. It does this by providing a path of low resistance through the ground.

It detects a surge in voltage from the lightning strike and quickly conducts the excess electrical energy to the ground. This prevents lightning from causing any damage to the building’s electrical system or equipment.

A lightning arrester shields electrical systems from lightning damage. Future Market Insights estimated that the global market for lightning arresters will grow. The chance is that it will grow at a rate of 6.5% between 2022 and 2032.

It will reach a value of US$ 1,466.7 Million by 2032. The increasing need for electrical safety in tall buildings fuels this growth. Other factors include strict safety rules and advancements in arrester design and technology.

Advantages of Installing Lightning Arrester

  • Protects against lightning strikes that can damage electrical equipment and the building itself
  • Improves overall performance of the electrical system by reducing the risk of damage to sensitive equipment
  • Mandatory in many countries for certain types of buildings to comply with safety regulations
  • Ensures safety, prevents costly repairs and legal liabilities

Is Lightning Arrester AC or DC?

Lightning arresters work with alternating current (AC) power systems, which are common in homes, high-rise buildings, and factories. When lightning strikes a structure, it causes a surge of electrical energy. These surges can damage electrical equipment and even the structure itself.

Most homes and buildings use AC power, which lightning arresters work with. They help prevent lightning damage to people, property, and equipment in a building’s electrical system.

The Types of Lightning Arrester for building

Lightning protection systems protect buildings from the damaging effects of lightning strikes. Two main types of systems – the conventional system and the Early Streamer Emission (ESE) system.

Both systems work by guiding static electricity away, safeguarding buildings from lightning strikes. Several factors determine where to install a lightning arrester, such as the building’s size, height, climate, and specific requirements.

ESE Lightning Arrester

The ESE system is a modern technology that uses air terminals to attract lightning strikes. These air terminals emit an ionized streamer to attract lightning faster and more effectively. Then, they safely guide the lightning down to the ground through conductors and a grounding system.

Conventional Lightning Arrester

The conventional system uses lightning rods or air terminals to attract the lightning strike. Once the lightning strikes the lightning rod, rod will guide that to the ground through a network of lightning conductors and a grounding system. This type of system is well-known for protecting buildings.

>> Learn more on the Difference Between Conventional and ESE Lightning Arrester <<

Which type of lightning arrester Suits You the Most?

To find the best lightning arrester for a building, consider various factors. For example, voltage level, special installation requirements, and desired protection level. Consult a professional to choose the right arrester for your property.

However, some commonly used types of lightning arresters include:

Metal oxide varistor (MOV) arresters

MOV suits high-voltage applications. It works by absorbing the energy of lightning strikes by converting it into heat.

Gas discharge tube (GDT) arresters

GDT suits low-voltage applications and works by creating a path for lightning to follow to the ground.

Carbon block arresters

Carbon block arresters suits low-voltage applications, and also designed to break down and conduct lightning to ground.

Silicon avalanche diode (SAD) arresters

SAD suits communications and data center applications, and work by shunting excess voltage to ground.

Key Takeaways

Lightning arresters safeguard people, property, and the environment against lightning strikes. They reduce costly repairs, ensure safety, and enhance the performance of earthing and lightning protection systems.

When choosing the best lightning arrester for a structure, several factors need consideration. It’s advisable to consult a certified specialist for guidance on selecting the most suitable option for your property. For lightning arrester installation, reach out to the TAKO team today.

Why Work with Us?

TAKO since 1979 Earthing and Lightning Protection System is your one-stop-shop for all your lightning protection needs. We offer a comprehensive range of products and services to provide you with a total solution. TAKO Earthing and Lightning Protection System has over 21 years of experience in the field.

Our team of experts has vast of knowledge and experience from design and installation to testing and maintenance. Trust in TAKO Earthing and Lightning Protection System for a total solution to your lightning protection needs.

Simply put, it’s a complete solution for easing anxiety and ensuring a peaceful sleep on stormy nights. It’s perfect for safeguarding both you and your property. If you’re unsure where to begin, this is an ideal option.

TAKO since 1979 offers Total Solutions for Lightning Protection. It has developed its own lightning Risk Assessment Software. It has already established MS IEC 62305 Standard.

installing lightning arrester

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FAQs

How is lightning arrester installed?

lightning arrester installation for building

Experts usually install lightning arresters by mounting them at the highest points of a structure. They connect these arresters to the ground with conductors.

How is lightning protection installed?

Experts install lightning protection systems by positioning lightning rods or air terminals at the highest points of a structure. They connect the devices via conductors to grounding rods buried in the earth. This will act as a termination system and provide a path for lightning to safely discharge without causing damage.

Where is the position of the lightning arrester?

The best location is at the highest point to intercept lightning strikes. Roofs or lightning rod systems are common locations to provide effective protection.

What are the basic requirements of lightning arrester?

Adequate height, proper grounding, and compliance with local regulations are basic requirements. Regular maintenance checks are also essential.

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