Customized Solutions of House Lightning Arrester by TAKO
Table of Contents
There is a natural phenomenon that can cause serious damage to your home, building, electrical appliances and people. That phenomenon is lightning. Malaysia has a high number of lightning strikes in the world, according to the World Lightning Map. Malaysia experiences an average of 180 to 260 days of storms each year.
The protection of the house from lightning bursts can occur suddenly. It can disrupt the power lines. This disruption can increase the voltage transmitted by electrical panels, communication devices or cables.
Installing a house lightning arrester can divert excessive voltage to the ground through the ground wire. It can prevent these surges from reaching your power system and electrical devices. It is a proven method for protecting your home against lightning storms. We can reduce the risk of fire and electric shock due to lightning strikes with lightning arrester installation.
Section 1: House Lightning Arrester Can Save House from Disaster
What is a House Lightning Arrester?
A house lightning arrester is a surge diverter device installed outside of the properties. It shields electrical systems from high voltage surges during lightning strikes. It consists of a metal rod or coil that directs lightning current to the ground, bypassing home wiring and appliances. By blocking normal voltage flow, it prevents energy loss and interference.
How Does a House Lightning Arrester Work?
An immense power surge can overwhelm your home’s electrical system during a lightning strike. This will pose a threat to appliances, electronics, and wiring. A house lightning arrester safeguards against this by redirecting the surge safely to the ground.
Here’s how it works: when a surge occurs, the surge arrester opens a gap or valve. This will create a low-resistance path for the current to dissipate harmlessly. Once the surge passes, the arrester closes the gap, restoring normal electrical operation.
Why Should You Install a House Lightning Arrester?
Installing a house lightning arrester offers multiple benefits for your home and safety. Here’s why it’s crucial:
- Protects appliances and electronics: Lightning surges can damage or disrupt devices. Hence, a lightning arrester keeps these surges out, safeguarding your electronics.
- Prevents fires and shocks: Lightning surges can cause overheating in wiring and electrify metal fixtures. This can cause fire and shock hazards. A lightning arrester grounds the surge, averting these risks.
- Saves money and hassle: Repairing or replacing damaged appliances and wiring can be costly and time-consuming. It also can lead to data loss and inconvenience. A lightning arrester prevents such expenses and problems by shielding your home from lightning damage.
Section 2: Factors that Affect the Type and Performance of Lightning Arrester
Lightning poses significant risks to buildings, electrical equipment, and lives. Lightning arresters are crucial to mitigate these risks. These devices redirect high-voltage surges away from vulnerable areas, safeguarding against lightning strikes.
Three main types of lightning arresters are rod gap, sphere gap, and metal oxide. Each type has distinct advantages and drawbacks, suited to different lightning risk zones.
Factors such as location, size, structure, and building wiring impact the type and effectiveness of lightning arresters required.
Factors affecting lightning arrester selection and performance include:
- Location: The level of lightning danger varies by location due to differences in thunderstorm frequency, intensity, and duration.
- Size: Larger buildings face higher lightning strike risks and require more robust protection systems.
Factor influencing lightning arrester performance:
- Lightning density: Areas with high lightning activity require appropriate lightning arresters to ensure adequate protection.
- Grounding resistance: Lower resistance between the arrester and the earth improves performance. It does so by diverting more surge current and reducing residual voltage.
Understanding these factors is essential for selecting and installing effective lightning protection systems.
Section 3: How to Choose and Install a House Lightning Arrester
When installing a house lightning arrester, factors like type, size, location, and ground quality are important. However, it’s not a DIY project due to the high voltage. Hiring a licensed electrician is essential for safe and proper installation. Costs vary depending on the arrester type, size, and installation specifics.
Section 4 : House Lightning Arrester Products by TAKO
TAKO Astatic Technology offers a range of lightning protection products as part of their comprehensive solutions:
- Active ESE Lightning Arrester: Detects and diverts lightning strikes using Early Streamer Emission (ESE) technology. It can ensure safety by creating a path for lightning currents away from buildings.
- Earth Plate and Earth Rod: Ensure stable grounding connections for lightning arresters. Durable materials like nickel and galvanized steel form these earthing components to resist corrosion and oxidation. This ensures reliability and longevity.
- Lightning Strike Counter: Records strike frequency and intensity, providing performance data for maintenance and inspection. TAKO Astatic’s counter is highly accurate, measuring up to 9999 strikes and 100kA of current.
- Power Distribution System: Transmits electrical energy safely within buildings, shielding against overcurrent, short circuits, and overload, meeting Malaysian standards for safety and compliance.
- Surge Protection Device: Safeguards electrical equipment from transient surges caused by lightning or other sources. It has a high performance and wide coverage. It can prevent damage or malfunction across various applications, such as CCTV, fire alarms, and more.
Summary
House lightning arresters, like those from TAKO, offer top-tier ESD control and protection for homes and buildings. Customized options from TAKO yield significant benefits.
During thunderstorms, these devices provide peace of mind, ensuring your property’s safety and security. Moreover, installing a house lightning arrester can enhance your property’s value and appeal.
FAQs
- Do I need lightning arrester on my house?
Deciding whether to put a lightning arrester on your home depends on a few things. For example, where you live, how often thunderstorms happen, and what your house is like. Not every house needs one, but it's usually a good idea for homes in places where lightning strikes happen often.
- What is the purpose of a lightning arrester in a house?
A lightning arrester, also called a lightning rod, shields buildings from lightning strikes. It guides lightning safely to the ground, preventing harm to people and structures. Its main goal is to lower the chances of fire, damage, or injuries from lightning strikes.
- Where should lightning arrestor be installed?
Experts typically install lightning arresters at the highest spots of a building. For example, the roofs or the building's top. Their placement should ensure a direct route for lightning to travel safely to the ground. Seek professional guidance to find the best spot for a lightning arrester on your property.
- How do I stop lightning from hitting my house?
While you can't stop lightning from striking your home, installing a lightning arrester helps reduce damage. Also:
- Ensure proper grounding for your electrical system.
- Stay away from windows and electrical appliances during storms.
- Unplug electronics to prevent surge damage.
- Use surge protectors for valuable equipment.
- Get professional advice on landscaping and lightning protection.
