TAKO since 1979: Stop RM250 Million Losses with MS IEC 62305 Lightning Protection for Electronic Equipment

TAKO since 1979: MS IEC 62305 Lightning Protection for Electronic Equipment

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Since 1979, TAKO has led the way in offering state-of-the-art lightning protection systems such as Lightning Protection for Electronic Equipment customized to satisfy the varied needs of customers in a range of industries. With more than 40 years of experience, TAKO has made a name for itself as a pioneer in the industry by fusing creativity, knowledge, and a dedication to excellence to produce solutions that are unmatched.

Combining cutting-edge engineering and technology with a thorough grasp of lightning behavior is what makes TAKO an authority in the field. The engineers, technicians, and researchers that make up TAKO’s highly qualified staff put in endless hours designing and developing reliable lightning protection systems such as Lightning Protection for Electronic Equipment that comply with global standards and laws.

The carefully designed lightning protection systems from TAKO such as MS IEC 62305 Lightning Protection for Electronic Equipment protect people, property, and equipment from the destructive power of lightning strikes. TAKO provides a broad range of solutions, such as air terminals, grounding systems, surge protection devices, and monitoring equipment, for residential, commercial, and industrial applications.

Being able to offer specialized lightning protection for electronic equipment made to meet each client’s unique needs and specifications is one of TAKO’s specialties. TAKO makes sure that its systems are tuned for optimal efficacy and dependability by carrying out in-depth site inspections and risk studies.

Finally, TAKO continues to lead the way in technological innovations for lightning protection, continuously studying and developing new approaches to keep ahead of new dangers and difficulties. Since 1979, TAKO has been the preferred option for lightning protection systems thanks to its unwavering commitment to quality and ability to win over clients all over the world.

Detrimental Effects of Lightning Related Damage

lightning damage

Lightning-related damage to electronic equipment can result in an estimate of RM 250 Million substantial losses that are multidimensional and can have far-reaching effects on businesses. By destroying or seriously harming vital electronic equipment, such as computers, servers, networking infrastructure, industrial machinery, and delicate electronic components, lightning strikes can result in significant financial losses.

Above all, replacing or repairing broken equipment can come at a significant direct expense. Expensive gear and electronics can be costly to buy, repair, or replace, and this can put a burden on a business’s finances if several pieces of equipment are damaged in a single lightning strike.

There are other secondary costs related to business interruption and downtime. Businesses may encounter delay as they wait for repairs or replacements when crucial electronic equipment is struck by lightning and damaged or destroyed. Operations might be interrupted at this time, which could result in missed deadlines, decreased productivity, and possible financial losses.

Overall, the large losses suffered as a result of lightning-related damage to electronic equipment highlight how crucial it is to have strong lightning protection for electronic equipment in place in order to reduce risks and protect priceless assets. Purchasing TAKO’s top-notch lightning protection for electronic equipment, including those that meet MS IEC 62305 standards, can lessen the effects that lightning strikes have on a company’s finances and operations.


TAKO's MS IEC 62305 Lightning Protection for Electronic Equipment

Lightning Rod

TAKO, a trusted name in Malaysia’s infrastructure sector since 1979, has been at the forefront of crafting cutting-edge Lightning Protection Systems (LPS). Their commitment to excellence is evident in their seamless integration of MS IEC 62305 principles into their lightning protection for electronic equipment. Let’s delve into the electrifying details:

Importance of Lightning Protection Systems for Electronic Equipment

  1. Occupant Safety: Lightning strikes can pose severe threats, even fatalities, to individuals inside a building. Implementing a well-installed lightning protection system establishes a secure path for lightning currents, significantly reducing the risk of harm to occupants.

  2. Protecting Property: Lightning strikes can inflict extensive damage on a building’s structure, electrical systems, and components. A lightning protection system acts as a safeguard, preventing fires, structural damage, and harm to electronic equipment by safely directing electrical currents to the ground.

  3. Asset Preservation: Buildings often house valuable assets like electronic equipment, data centers, and sensitive machinery. Lightning protection ensures the preservation of these assets by diverting lightning currents away from critical systems.

MS IEC 62305 Standard: Ensuring Effective Lightning Protection for Electronic Equipment

The MS IEC 62305 standard plays a crucial role in guiding the design, installation, and maintenance of Lightning Protection Systems (LPS) in Malaysia. Specifically tailored for the country, this standard addresses risk assessment, system design, and ongoing maintenance, ensuring alignment with the highest safety standards.

TAKO’s compliance with the MS IEC 62305 standard reflects their dedication to creating resilient structures. From meticulous risk assessment to component selection, installation, and regular maintenance, TAKO sets new benchmarks for effectiveness and reliability.

TAKO’s Lightning Protection Services: Unmatched Excellence

TAKO offers comprehensive services that go beyond the ordinary:

  1. Site Inspections: Aligned with MS IEC 62305 standards, site inspections lead to bespoke solutions.

  2. Total Solutions: Covering a panoramic view of lightning protection needs, TAKO’s offerings such as lightning protection for electronic equipment. Lightning arresters and meticulously designed grounding systems ensure unparalleled safety.

Vulnerability of Electronic Equipment to Lightning Strikes

Understanding the Risk

Lightning strikes pose significant risks to electronic equipment, and here’s why:

  1. Direct Strikes: When lightning directly hits a building or its vicinity, the immense energy can surge through power lines, communication cables, and other conductive pathways. Electronic devices connected to these pathways become vulnerable.

  2. Induced Voltage: Even if lightning doesn’t strike directly, it induces voltage in nearby conductors. This induced voltage can travel through power lines and affect connected equipment.

  3. Electromagnetic Fields: Lightning generates powerful electromagnetic fields. These fields can induce currents in nearby wiring, leading to voltage spikes that harm sensitive electronics.

Common Vulnerabilities

  1. Power Surges: Lightning-induced power surges can overwhelm surge protectors and damage power supplies, motherboards, and other components.

  2. Data Lines: Lightning can travel through data lines (Ethernet, USB, HDMI, etc.), causing damage to connected devices. Surge protectors with data line protection are essential.

  3. Antennas and Cables: Outdoor antennas, satellite dishes, and coaxial cables are susceptible. Surge protection at entry points helps safeguard connected TVs, modems, and receivers.

  4. Grounding Issues: Poor grounding increases vulnerability. Proper grounding dissipates lightning energy harmlessly into the ground.

Effective Protection Measures

  1. Surge Protectors: Install high-quality surge protectors at power outlets and data connections. Look for those with a joule rating suitable for your equipment.

  2. Unplug During Storms: Disconnect sensitive devices during thunderstorms. Unplugging power cords and data cables reduces exposure.

  3. Lightning Rods: For critical infrastructure, consider lightning rods (air terminals) to divert lightning away from the building.

  4. Grounding: Ensure proper grounding for electrical systems. Ground rods, conductive paths, and grounding electrodes play a vital role.

  5. Backup Systems: Use uninterruptible power supplies (UPS) to provide backup power during outages and stabilize voltage.

Understanding MS IEC 62305


The MS IEC 62305 series, which replaces the older BS 6651, provides comprehensive guidelines for Protection against Lightning. It addresses the shortcomings of its predecessor and offers a more robust framework for safeguarding structures and their contents.

Here are the key aspects of MS IEC 62305:

  1. Risk Assessment: The standard emphasizes risk assessment, considering factors like building type, location, and grounding. It ensures that lightning protection measures are tailored to specific scenarios.

  2. Design and InstallationMS IEC 62305 guides the design, installation, inspection, and maintenance of lightning protection systems (LPS). It covers both structural protection (e.g., lightning rods) and protection for electrical and electronic systems within buildings.

  3. Zonal Approach: The standard introduces a zonal approach called Lightning Protection Zones (LPZs). These zones help define the level of protection required for different areas within a structure.


Relevance of  MS IEC 62305  to Electronic Equipment Protection

Electronic equipment is highly vulnerable to lightning-induced surges and transients which calls for lightning protection for electronic equipment. Here’s how MS IEC 62305 directly impacts electronic equipment protection:

  1. System Design: The standard ensures that LPS design considers the protection of electrical and electronic systems. Proper grounding, surge protection, and shielding are critical to safeguarding sensitive devices.

  2. Risk Mitigation: By assessing risks and implementing appropriate measures, MS IEC 62305 minimizes the chances of lightning-related damage to electronic equipment. It helps prevent costly downtime, data loss, and equipment replacement.

  3. Surge Protection: The standard emphasizes the use of surge protectors at power outlets and data connections. These devices divert excess voltage away from electronic components during lightning events.

  4. Grounding: Proper grounding practices, as outlined in the standard, dissipate lightning energy harmlessly into the ground. Effective grounding reduces the risk of induced voltage affecting electronic systems.

In summary, MS IEC 62305 ensures that electronic equipment remains shielded from lightning’s wrath, promoting safety, reliability, and continuity of operations. TAKO, with its expertise since 1979, aligns its lightning protection for electronic equipment solutions with this standard, providing peace of mind to businesses and individuals alike.

TAKO Real Life Application of MS IEC 62305 Lightning Protection for Electronic Equipment

TAKO has been able to successfully prevent SEM/SMI from incurring RM 250 million loss from lighting damages.

DALL·E 2023 05 11 15.51.49 lightning warning system on the roof

On-Site Lightning

Red box underground earthing, Earthing Grounding System, Earthing system in Malaysia, TAKO

Earthing Risk Assessment
with MS IEC62305 Certification

Power distributor, ESE Lightning Arrester Installation, TAKO

Power Distribution System I

Fire Alarm, Signal Surge Protection, TAKO, Services Offered

Signal Surge Protection System 

Lightning Protection System, ESE Lightning Arrester, TAKO, Services Offered

Lightning Protection System Installation

Earthing and Grounding Protection System, TAKO, Services Offered

Earthing System Installation

Device Lift Control Panel, Lightning Protection System, Motor Lift Room, Services provided, TAKO

Motor Lift Room 

CCTV, Surge Protection Installation, Lightning Protection System, Services Offered, Tako


Auto Barrier Gate, Surge Protection Device, TAKO, Services Offered

Barrier Gate

PABX system protection, Surge Protection Devices, TAKO, Services Offered



In summary, the Tako MS IEC 62305 Lightning Protection System for Electronic Equipment is an effective barrier against the expensive consequences of lightning-related damage. This state-of-the-art technology, which has the capacity to prevent losses of RM250 million, is an excellent investment for companies looking to protect their electronic assets and guarantee continuous operations.

Tako provides a dependable and efficient way to lessen the dangers associated with voltage surges and lightning strikes by utilizing cutting-edge surge protection technology, precise engineering, and extensive warranty coverage. Businesses may safeguard their revenue, maintain operational continuity, and protect their electronic infrastructure from the most potent natural forces by putting the Tako MS IEC 62305 Lightning Protection System into place. Click here for more information regarding product/services offered by Tako since 1979.

Frequently Asked Questions

How should an electronic device be protected during an electrical storm?

During an electrical storm, it’s crucial to protect electronic devices from potential damage caused by lightning strikes and power surges. Here’s how TAKO since 1979 recommends safeguarding your electronic equipment:

  1. Unplug Devices: The safest way to protect electronic devices during a storm is to unplug them from power outlets and disconnect any cables or cords. This prevents the devices from being affected by power surges caused by lightning strikes.

  2. Use Surge Protectors: Install surge protectors on power outlets to help divert excess voltage away from electronic devices. TAKO’s surge protection solutions are designed to absorb and dissipate voltage spikes, providing an additional layer of defense against electrical surges.

  3. Invest in Lightning Protection Systems: For comprehensive protection, consider investing in a lightning protection system specifically designed for electronic equipment. TAKO offers MS IEC 62305 certified lightning protection systems tailored to safeguard sensitive electronic devices from lightning-induced damage.

  4. Ensure Proper Grounding: Proper grounding is essential for dissipating electrical charges safely. Ensure that your electrical system, including surge protectors and lightning protection systems, is correctly grounded according to industry standards.

  5. Seek Professional Advice: Consult with TAKO’s experts for personalized recommendations on the best lightning protection solutions for your specific electronic equipment and premises. Our team can assess your needs and provide tailored solutions to minimize the risk of damage during electrical storms.

By following these precautions and investing in quality lightning protection solutions from TAKO since 1979, you can help safeguard your electronic devices and prevent costly damage during electrical storms.

Can lightning damage electronic devices?

Yes, lightning can indeed damage electronic devices. When lightning strikes, it can induce power surges and voltage spikes in electrical systems, potentially causing irreparable harm to electronic equipment. These surges can overwhelm the delicate circuitry of devices such as computers, TVs, appliances, and communication systems, leading to malfunctions or complete failure.

TAKO since 1979 emphasizes the importance of protecting electronic devices from lightning-related damage through robust lightning protection measures. Our MS IEC 62305 certified lightning protection systems are specifically designed to safeguard electronic equipment from the destructive effects of lightning strikes and power surges. By implementing comprehensive lightning protection solutions from TAKO, you can mitigate the risk of damage to your valuable electronic devices and ensure their continued reliability and performance, even in the event of electrical storms.

Do you need to turn off electronics during a storm?

Yes, it is generally recommended to turn off electronics during a storm to minimize the risk of damage from lightning strikes and power surges. Lightning can travel through electrical wiring and cause surges that may overload and damage electronic devices. By unplugging electronics and disconnecting them from power sources, you reduce the likelihood of them being affected by lightning-related issues.

TAKO since 1979 advises taking proactive measures to protect your electronics during storms, including implementing lightning protection systems for your home or business. Our MS IEC 62305 certified lightning protection solutions are designed to safeguard electronic equipment and infrastructure, providing peace of mind during electrical storms. By investing in reliable lightning protection from TAKO, you can protect your valuable electronics and minimize the risk of costly damage.

What is the latest standard for lightning protection?

The latest standard for lightning protection is MS IEC 62305, which outlines the requirements for lightning protection systems (LPS). This standard, endorsed by TAKO since 1979, provides guidelines for the design, installation, inspection, and maintenance of LPS to minimize the risk of damage from lightning strikes.

MS IEC 62305 considers factors such as the location, structure, and usage of buildings, as well as the potential impact of lightning on electronic equipment and infrastructure. By adhering to this standard and implementing certified lightning protection solutions from TAKO, individuals and businesses can ensure the safety and resilience of their properties against the destructive effects of lightning.

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