Lightning is a powerful natural force capable of discharging up to 100 million volts of electricity in a single strike. This immense energy can wreak havoc on electrical and electronic systems, leading to costly downtime and repairs. What can be done to provide lightning rod protection? Fortunately, there are measures you can put in place to provide different levels of lightning protection to protect your facility and electronics equipment that can provide protection even in the event of a nearby hit:
The use of specialized lightning rod protection equipment is the most effective way to reduce the risk of damage to infrastructure or fires and explosions caused by lightning. LEC specializes in providing comprehensive solutions designed to address the lightning challenges faced by manufacturing industries. Our team of experts brings a deep understanding of the industry and technical expertise in lightning protection and risk mitigation. We offer a range of specialized services tailored to safeguard the productivity, profitability, and safety of manufacturing operations. Our LEC services include:
Our solutions encompass surge protection devices, advanced grounding systems, lightning rods, and other industry-standard measures to safeguard critical equipment, control systems, and operational facilities. The LEC's Advantage over the other vendors is our unique market-leading experience, knowledge, and expertise. We have an excellent library of technical articles, research papers, client success stories, and product presentations that document the success of our patented solutions. The LEC management team members are recognized experts in the field of lighting control and prevention, with a strong background in business and financial leadership. We understand the need to justify and conduct a cost-benefit analysis of any expenditure. At the same time, we also know first-hand that any reasonable risk analysis will support exploring our products and services. The LEC Advantage is the heart and soul of our products and services. LEC technical development superiority, consulting services, and lightning rod protection solutions are customized for each client.
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The answer is a simple YES. Reason:
Solution: By installing a Dissipation Array System, patented by LEC, you can limit the build-up of static charge in the area of protection and discourage secondary and EMP effects, damage to equipment, and disruptions in operations caused by direct or nearby lightning strikes, thereby enhancing site reliability. The DAS comprises of 3 major components: the Ionizer, Down Conductor, and Ground Electrode. Under the influence of the thunderstorm, the DAS continuously transfers charges from the surface of the earth up to the Ionizer, dissipating these charges into the air to create corona space charges above the protected facility. This corona space charge provides a shielding effect for the objects of protection from the influence of the electric field generated by the storm. The lightning rod protection principle is to suppress or delay the formation of upward streamers generated from the protected facility. This makes the facility the least potential position to generate a counter leader, a necessary precursor to a complete lightning termination. No counter leaders, no lightning termination. The importance of the lightning rod protection system lies in the protection of human lives, physical structures, and equipment, so when is the best time to plan for lightning rod protection?
Did you know that lightning rod protection ensures how to properly place air terminals, run cable, ground, and bond in order to ensure maximum safety in this energy transfer and dissipation? While A surge protective device (SPD) is designed to protect electrical systems and equipment from surge and transient events by limiting transient voltages and diverting surge currents. Together they are the perfect pair for lightning rod protection. Lightning Eliminators and Consultant’s best lightning rod protection system is respected as the industry-leading solution and is installed on thousands of towers, buildings, plants, and factories. Get a quote today! A single lightning strike can be a disaster for a business or community if it disrupts mission critical operations. Fortunately, lightning related disruptions and damage can be prevented by using technologies now available. A properly designed and integrated system of low resistance/low impedance facility grounding, potential equalization, and SPDs can effectively protect today’s digital systems, while a structural lightning rod protection system protects the building that houses them. If you own a commercial property, here are 2 major reasons why you should think about lightning rod protection:
We boast of a very efficient workforce. Our personnel are responsible for installing all types of lightning rod protection and surge protection systems. We have all resources, materials, and the latest plant, machinery, and vehicle to work on any size project – large scale to a remote mountaintop. Our work progress and quality of workmanship are monitored regularly through various control and testing systems. Any time of the year in almost every country you can find LEC engineering and installation teams on the road traveling to customer sites for site surveys, installations and maintenance services.
Today every building is equipped with many sensitive electronic systems thus they need to be protected from any unforeseen damage such as a lightning strikes. This is the reason more people are considering lightning rod protection than ever before. A lightning rod is installed on the roof of every building – schools, hospitals, health care facilities, airports, shopping centres, office buildings, manufacturing units, etc. In achieving the protection of any objects against lightning, the typical strategy is to install Franklin air terminals—rods that come to a point at the top to capture or attract the lightning at a selected point by means of air terminations, and conducting its unnecessary energy directly to the earth through earth electrodes (with a resistance of less than ten ohms) via low impedance down conductors. Now the scenario has changed. With the advancement in technology, years of research and development and numerous tests in laboratory and in real lightning conditions as necessary; LEC has developed and patented the Dissipation Array System (DAS). Unlike the lightning rod which attracts and grounds the lightning, the DAS charge transfer technology eliminates the lightning strike within a protected zone. Let us explain:
LEC's Charge Transfer System (patented as the Dissipation Array System or DAS) uses a naturally occurring, scientific phenomenon called point discharge to retard the collection of lightning within a finite protection zone. DAS does not attract the lightning. It’s based on the theory of static charge dissipation, where the lightning rod protection is constructed in a way that the terminal does not respond to an approaching strike. Rather it prevents the formation of upward streamers that intercept a downward leader. Lightning rod protection by LEC is a combination of external and internal protection. External protection systems are installed to dissipate a direct lightning strike from the area of protection and reduce the causes of fire due to intense heating. Whereas an internal protection system protects electrical and electronic systems from transient and surge currents caused due to indirect lightning. Is your facility safe from a lightning strike? Talk to our LEC team today, we can evaluate your need for a lightning rod protection system and deliver the electrical solutions your business needs. A lightning protection rod is an external terminal installed in a building or structure. Controlling electrical energy changed the course of civilisation. Among many other discoveries, the lightning rod represents a fundamental milestone. Benjamin Franklin’s idea allowed attracting lightning bolts to points that were not dangerous and aims to attract the lightning to a controlled point of impact and prevent it from striking an unwanted area or people. The original lightning protection rod is a metal bar with a copper tip; the conduction line also has a copper and an underground dissipater. How it works Lightning rods are metal rods attached to the roof of a building; the rod is then attached to either a large piece of copper or an aluminium wire which is connected to a conductive grid buried nearby in the ground. They provide a safe and low-resistance path for lightning to the ground that can be used to conduct the enormous electrical currents when lightning strikes occur. Lightning protection rods do not prevent lightning, but instead essentially “collect” it. They attract strikes and convey the energy to the ground rather than to the building or structure that it is protecting. More than two and a half centuries have passed, the lightning rod still persists – however they have undergone important revisions, including one that takes the prevention approach that Franklin originally envisioned. A new beginning Charge Transfer Systems (CTS), such as LEC’s Dissipation Array System (DAS) work to stop the strike from forming within a predetermined zone. Donald Zipse, a top scientist and researcher from the Institute of Electrical and Electronics Engineers (IEEE), Life Fellow states, “Proof of lightning rods’ effectiveness lies mainly in empirical and anecdotal evidence. CTS technology, however, is based on existing electrical and physical formulas and mathematical basics. LEC’s patented charge transfer technology is a distinct split from Franklin rods.” While lightning rods help protect a structure and all occupants from a direct strike, a complete lightning protection system, including utility bonding, proper grounding, and surge protection help prevent harmful electrical surges and possible fires caused by lightning entering a structure via wire and pipes. The complete lightning protection system includes; lightning rods, conductor cables, ground electrodes, utility bonding clamps (for water pipes, sprinkler, & gas and/or oil pipes) DAS protection as needed and surge protection.
Our lightning protection rod is engineered to integrate with any building, rig, platform, tower, tank, stack, and other industrial structures. Lightning rods have been used for over 200 years as a conductive metal rod mounted atop a roof. They route the lightning strike away from the structure, channelling it into the ground. These are normally metal rods, typically made of copper or aluminium and are placed safely on a roof. Various newer technologies are available in addition to lightning rod protection - Conventional lightning rods, early streamer emissions and Dissipation Array system. So why attract lightning when you can eliminate it. Our manufactured and patented Dissipation Array System (DAS) is designed to eliminate, mitigate or reduce the probability of a lightning strike. It works on Charge Transfer Technology, wherein it interrupts the formation of upward streamers through point discharge (the upward streamer does not get enough energy from a storm to connect with downward leaders). This lightning protection rod is most effective when used in combination with other lightning protection devices, surge protection, and grounding solutions. The DAS lightning rod protection reduces operational costs and is our most reliable product. We also offer a ‘no strike’ warranty ensuring complete protection on all our installations. DAS vs. conventional lightning rod protection
Spline Ball Ionizer (SBI) This lightning protection rod uses the same technology as DAS, however, it’s designed to be modular and smaller than the DAS, to reduce cost and is about 30% superior to a conventional lightning protection rod. SBI is lightweight, easy to install and all construction are stainless steel and UL listed. Spline Ball Terminal (SBT) Unlike its above counterpart, SBT works on a hybrid technology. It prevents a lightning strike and collects the rest and grounds them more reliably. This air terminal can either be a direct replacement for standard lightning protection rods or be retrofitted into existing lightning rod bases. SBT is best used for office buildings, manufacturing facilities, and other commercial structures. In conclusion, Lightning Eliminators & Consultant Inc. is a smart risk reduction choice for every industry.
Lightning strikes everywhere! The idea of using the lightning rod to protect structures and facilities was first developed by Benjamin Franklin in 1750. There weren’t many electronic types of equipment or complicated structures back in those days. At that time lightning protection system was installed to protect structures from the damage caused by lightning strikes. The objective of this protection system was to provide a preferred path for electrical charges from a lightning strike to ground itself. Today, the Franklin lightning rod Is still used as a primary grounding mechanism. In our modernized world, with high tech control systems and computers actually capturing this high voltage of electricity and letting it pass through buildings should only be part of your lighting protection strategy. At Lightning Eliminators & Consultant inc., we continue to innovate and develop a new generation of lightning devices. Over the years we have emerged as the world’s leading manufacturers of the Dissipation Array System (DAS). This new system with advanced performances represents further progress in terms of protection, operating autonomy and ease of maintenance. DAS is continuously setting new benchmarks for the efficiency and lightning protection it provides. DAS vs. conventional lightning rod protection
In conclusion, our DAS working on Charge transfer technology
LEC enjoys a worldwide reputation as a foremost specialist in lightning protection and we have also proven our commitment to research and development. We are devoted to offering a truly effective system and design, providing the highest level of safety and effectiveness in lightning rod protection.
Lightning Eliminators & Consultant Inc. is a smart risk reduction choice for every industry. Lightning rod protection technologies are designed to provide protection to structures against physical damage from lightning strikes. Various technologies are available to shield a facility from lightning. Lightning rods have been used for over 200 years as a conductive metal rod mounted atop a roof. They route the lightning strike away from the structure, channeling it into the ground. These are normally metal rods, typically made of copper or aluminum and are placed safely on a roof. First, let us understand how lightning is formed. Its nature’s way to equalize the voltage between storm clouds and the earth. The positively charged ions move up during a storm, to attach itself with the downward moving negatively charged ions from the cloud to create a strike. The striking distance across which the spark can form defines the placing of an effective lightning rod. Lightning rods are simple metal rods installed over a structure connected to conductor and earth terminals. They protect the building by rerouting lightning strikes away from the structure and channelizing it safely to the ground. Various technologies are available to provide lightning rod protection - Conventional lightning rods, early streamer emissions and Dissipation Array system. ‘Lightning rod collects a strike and grounds it along with a preferred path, whereas CTS does not allow a strike to form in a protected area.’ Conventional rod – invented by Benjamin Franklin, these are simple tapered metal rod dominating a structure to be protected. Early Streamer Emission Lightning rod protection – these rods artificially generate upward leaders, before the natural upward leaders, in order to establish a privileged impact point for the lightning strike. While conventional lightning rods and Early Streamer Emission work in much the same way, Dissipation array system working on Charge transfer technology is the complete opposite. Dissipation Array System – it’s based on Physics and state-of-the-art engineering. It reduces the naturally occurring electric field within a protected area – the upward streamer does not get enough energy from a storm to connect with downward leaders. This point discharge becomes more efficient when connected to a low impedance grounding system as more ions can be transferred. The DAS lightning rod protection reduces operational costs and is our most reliable product. We also offer a ‘no strike’ warranty ensuring complete protection on all our installations. Contact our Lightning Eliminator & Consultant Inc. team for more information.
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AuthorLightning Eliminators & Consultants, Inc. (LEC) serves its clients by installing and maintaining lightning protection systems (LPS), and prevention solutions. Equipped with over four decades of experience, LEC has provided successful support to over 90 countries and throughout the United States. Archives
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