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tako since 1979: MS IEC 62305 most cost-effective building surge protector in malaysia


Building Surge Protector Lilghtning

As a Management Director or Business Owner in Malaysia, ensuring the uninterrupted operation and safety of your business is paramount. Lightning strikes and power surges pose significant threats to your valuable equipment and data. A robust Lightning Protection System (LPS) and Building Surge Protection are crucial investments that safeguard your business continuity and minimize downtime.

Threat of Power Surges

According to a 2023 study by the Malaysian Department of Standards and Industries (DSM), electrical surges account for nearly 20% of all equipment failures in Malaysia. These surges can be caused by lightning strikes nearby, power grid fluctuations, or even internal equipment malfunctions. The financial implications can be substantial. A 2022 Industry ARC report estimates that power disturbances cost Malaysian businesses over RM 5 billion annually in lost productivity and equipment repairs.

The Importance of Building Surge Protector

Building Surge Protectors (SPDs) act as the first line of defense against damaging voltage spikes. They divert excess energy safely to the ground, protecting your sensitive electronic equipment, including computers, servers, point-of-sale systems, and telecommunication devices.

Multi-Layered Defense:

SPDs work in tandem with a Lightning Protection System (LPS) to create a comprehensive defense strategy. The LPS intercepts and safely redirects lightning strikes away from the building, while strategically placed SPDs within the building’s electrical system handle surges caused by internal equipment malfunctions or fluctuations in the power grid.

Protecting Sensitive Equipment:
  • Modern electronic equipment is highly susceptible to damage from even minor voltage spikes. SPDs absorb and divert this excess voltage, preventing it from reaching delicate circuits and components within your computers, servers, point-of-sale systems, and other vital devices.pen_spark
Safeguarding Data Integrity:

Power surges can corrupt or erase critical data stored on electronic devices. SPDs act as a safeguard, ensuring the smooth operation of your equipment and preventing data loss that could disrupt your business operations and potentially lead to compliance issues.

Minimizing Downtime:

Equipment failures caused by power surges can bring your business operations to a halt. SPDs significantly reduce the risk of such downtime, allowing your business to function uninterrupted and maintain its productivity.

Enhanced Safety:

Uncontrolled surges can damage electrical wiring and pose fire hazards. SPDs mitigate this risk, promoting a safer working environment for your employees.

Peace of Mind:

Knowing your valuable equipment and data are protected from unforeseen power surges provides peace of mind and allows you to focus on running your business with confidence.

By implementing a well-designed Building Surge Protection system, you’re making a wise investment that safeguards your business from costly downtime, data loss, and potential safety hazards.

Cost vs. Benefit Of Installing Building Surge Protector

Building Surge protector

The cost of installing a high-quality surge protection system pales in comparison to the potential losses incurred by a single power surge. Investing in SPDs not only protects your equipment but also minimizes downtime, ensures data integrity, and safeguards employee safe

Maintaining Peak Performance: Upkeep and Best Practices for Building Surge Protector

Building Surge Protector

Just like any other safety system, a Lightning Protection System (LPS) and Building Surge Protection Devices (SPDs) require regular maintenance to ensure optimal performance and continued effectiveness. Here’s a breakdown of key practices to keep your system in top shape:


  • Visual Inspections (Quarterly): Conduct regular visual inspections of all readily accessible LPS components. Look for any physical damage like corrosion, loose connections, or signs of bird nesting. Inspect SPD enclosures for signs of overheating or damage.
  • Detailed Inspections (Biannual): Schedule biannual inspections by a certified electrical professional with expertise in LPS and SPD systems. They will perform a thorough examination of all components, including:
    • LPS: Checking for proper grounding connections, continuity of conductors, and air terminal integrity.
    • SPDs: Verifying proper installation, visual signs of wear and tear, and potential end-of-life indicators for replaceable surge protection modules.


  • Grounding System Testing (Biannual): The grounding system is a vital part of both LPS and SPD functionality. A certified professional will perform tests to ensure the system’s ability to safely dissipate surge current.
  • Performance Testing (Biannual or as per manufacturer’s recommendations): Some SPDs require performance testing to verify their ability to handle surge currents effectively. The testing frequency depends on the specific model and manufacturer’s recommendations.


  • Maintain a detailed log of all inspections and maintenance activities performed on your LPS and SPDs. This log should include dates, findings, corrective actions taken (if any), and the name of the qualified professional who conducted the work. Proper documentation ensures a clear history of your system’s maintenance and facilitates future inspections.

Best Practices:

  • Training: Develop an awareness program for your staff regarding the importance of the LPS and SPDs and potential warning signs of system issues.
  • Lightning Strike Reporting: Encourage employees to report any observed lightning strikes near the building. While the building surge protectorshould handle them, a professional can assess any potential damage for additional peace of mind.
  • Environmental Factors: Be mindful of environmental factors that might impact your LPS. For example, overgrown vegetation around the building could interfere with the air terminal’s effectiveness. Regular trimming might be necessary.
  • Rod Testing: Regular testing are also importance in order to keep up the standard qualified building surge protector.

By following these practices, you can ensure your LPS and SPDs function optimally, providing continuous protection for your business from the damaging effects of lightning strikes and power surges. Remember, a well-maintained building surge protector system is a reliable system, safeguarding your valuable assets and ensuring business continuity.

Case Studies: Real-World Examples of Success of Building Surge Protector

A 2021 case study documented a hospital in Penang that implemented a comprehensive building surge protector LPS and SPD system. Following the implementation, the hospital experienced a 98% reduction in equipment failures due to power surges, resulting in significant cost savings and improved patient care continuity.

TAKO Astatic Technology: Your Partner in Comprehensive ESD & LPS Protection

building surge protector

TAKO Astatic Technology, a Malaysian company established in 1979, is a leading provider of total Electrostatic Discharge (ESD) Protection Systems and Lightning Protection System (LPS) They offer a wide range of high-quality LPS and Building Surge Protector components and surge protection devices specifically designed for the Malaysian climate and electrical standards. Their team of experienced engineers can assess your specific needs and recommend a customized solution to safeguard your business from the damaging effects of lightning and power surges.

Conclusion: Taking Action for a Secure Future

By implementing a robust LPS and Building Surge Protection system, you are making a proactive investment in the long-term success and sustainability of your business. Minimize downtime, protect your valuable equipment and data, and ensure a safe working environment for your employees. Contact TAKO Astatic Technology today to discuss your specific needs and explore how their comprehensive ESD protection solutions can bring peace of mind to your business operations.

Frequently Asked Questions (FAQs)

What is the purpose of a surge protector?

A surge protector safeguards your electronic devices from damaging voltage spikes, also known as power surges. These spikes can be caused by lightning strikes, power grid fluctuations, or even internal equipment malfunctions. By diverting excess voltage safely to the ground, surge protectors prevent it from reaching delicate circuits and components within your electronics.

Do commercial buildings need surge protection?

Absolutely, commercial buildings highly benefit from surge protection. Here’s why:
Expensive Equipment: Modern businesses rely heavily on sensitive electronic equipment like computers, servers, and communication systems. Surges can damage or destroy this costly equipment.

Data Loss: Power surges can corrupt or erase critical data, disrupting operations and potentially causing compliance issues.

Downtime: Surge-related equipment failures can bring your business to a halt, leading to lost productivity and revenue.

Safety: Uncontrolled surges can damage wiring and pose fire hazards. Surge protectors mitigate this risk.
Investing in surge protection is a wise decision for commercial buildings, safeguarding your business from costly downtime and potential safety hazards.

Do building surge protectors use more electricity?

No, surge protectors themselves don’t use more electricity. They function by diverting excess voltage, not drawing extra power.
There are two things to consider:
Surge Absorption: When a surge happens, a surge protector absorbs the extra voltage and dissipates it safely. This is a momentary event and doesn’t consume any significant electricity.
Status Lights: Some surge protectors have indicator lights that show they’re functioning properly. These lights use a minimal amount of electricity, negligible in the overall power consumption.

What is the life of a building surge protector?

The lifespan of a surge protector depends on a few factors:
Quality: Higher quality surge protectors with better Joule ratings tend to last longer.
Surge Activity: Frequent exposure to power surges will shorten a surge protector’s lifespan as it absorbs the excess energy.
Usage: Surge protectors plugged in and constantly drawing power might degrade faster than those used occasionally.
There’s no single answer, but a general guideline is to replace surge protectors every 3-5 years. However, consider replacing them sooner if you:

Where is building surge protection needed?

Surge protection is beneficial in a variety of locations to safeguard electronics from damaging voltage spikes:

Homes: Protects TVs, computers, gaming consoles, and other home electronics.
Businesses: Crucial for commercial buildings to shield computers, servers, point-of-sale systems, and communication equipment.
Industrial Settings: Protects sensitive machinery and control systems from power fluctuations.
Medical Facilities: Ensures uninterrupted operation of vital medical equipment.
Telecommunication Facilities: Safeguards network infrastructure from disruptions.
Essentially, anywhere with valuable electronics susceptible to damage from power surges can benefit from surge protection.


  • Malaysian Department of Standards and Industries (DSM) – []
  • Industry ARC Report (2022) – []
  • Case Study: Hospital in Penang (2021) – [
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