Jmv LPS Limited

An Angled Air Terminal for Inclined Surfaces: An angled air terminal, also known as an angled lightning rod or sloped air terminal, is a specialized component of lightning protection systems. Its purpose is to provide effective shielding against lightning strikes for structures with inclined surfaces. Unlike traditional vertical air terminals installed on the tops of buildings, angled air terminals are specifically designed for structures with notably sloped or angled roofs. 

Enhanced Lifespan for Solar Modules: Incorporating this solution significantly strengthens the durability of solar modules. Engineered primarily for photovoltaic systems and solar panels vulnerable to direct lightning strikes, the angled air terminal serves as a protective measure, promoting the longevity of solar modules. This innovative product is designed to prolong the lifecycle of solar installations by mitigating the impact of lightning-induced damage.

An Air Terminal with Base Plate and 5 Spikes is an advanced component used in lightning protection systems to mitigate the risk of lightning strikes on structures such as buildings, towers, and other tall structures. This system comprises several key elements: Air Terminal: Also known as a lightning rod or conductor, the air terminal is typically a metal rod or tube mounted at the highest point of the structure. Its purpose is to intercept lightning strikes and provide a low-resistance path for the lightning current to safely dissipate into the ground.

Base Plate: The base plate serves as the mounting base for the air terminal. It provides stability and support, ensuring that the air terminal remains securely attached to the structure even during extreme weather conditions. The base plate is typically made of a durable and corrosion-resistant material such as stainless steel or copper.

5 Spikes: These additional spikes are positioned around the base plate and air terminal to enhance the effectiveness of the lightning protection system. The spikes help to create a larger protection zone and increase the likelihood of intercepting lightning strikes.

Lightning strike counters serve as invaluable tools for monitoring and evaluating the frequency of lightning strikes. By gathering data on the number of strikes, these counters aid in assessing the effectiveness of your lightning protection system and offer valuable insights for planning maintenance activities. With this information at hand, you can proactively manage and optimize your lightning protection system to enhance its performance and ensure continued protection against the risks associated with lightning strikes.

Utilizing self-supporting air terminals proves highly beneficial when protecting remote structures, vast open areas, or delicate equipment lacking traditional roof-mounted terminals. These terminals offer a flexible and efficient solution to extend lightning protection to areas where conventional methods may not suffice. Ensuring their optimal placement and effectiveness within a comprehensive lightning protection system requires professional assessment and meticulous installation. Incorporating self-supporting air terminals is essential for safeguarding rooftop-installed equipment against direct lightning strikes. By employing these terminals, the threat posed by lightning is eliminated, promoting the safe and sturdy development of buildings. JMV specializes in designing self-supporting air terminals that stand effectively without external support. Positioned on rooftops, these terminals provide extensive coverage. They come equipped with precast concrete blocks featuring a support plate to deliver exceptional results.

An Air Terminal with Base Plate is a component used in lightning protection systems to provide a point of attachment for lightning conductors, also known as lightning rods or air terminals. This component is designed to be securely mounted on the top of a structure, such as a building or a tower, to intercept lightning strikes and safely conduct the electrical energy to the ground. The Air Terminal, often referred to as the lightning rod or conductor, is typically a metal rod or tube that protrudes above the structure. It is positioned at strategic locations to create a network of lightning protection zones, ensuring comprehensive coverage for the entire structure. The Base Plate serves as the mounting base for the air terminal, providing stability and support. It is usually made of a durable and corrosion-resistant material such as stainless steel or copper. The base plate is securely attached to the structure using bolts or other fastening methods, ensuring it remains firmly in place during extreme weather conditions. Together, the Air Terminal and Base Plate form an integral part of the lightning protection system, helping to dissipate the electrical charge from lightning strikes safely into the ground, thus protecting the structure and its occupants from potential damage or harm. Air Terminals with Base Plates are engineered and installed in accordance with recognized standards and regulations governing lightning protection systems to ensure their effectiveness and reliability in safeguarding structures against the destructive forces of lightning strikes.

Utilizing air terminals effectively minimizes the potential dangers associated with lightning strikes. JMV has introduced Wall Mounting Air-Termination Rods, secured with two or more supportive clamps onto the vertical facade. This configuration intercepts direct lightning flashes, preventing any harm to the structure.

These air termination rods can be strategically placed in areas where roof space is limited. For optimal performance, positioning the air terminal at corners or exposed edges is advisable. In instances where structures have roof-mounted features like a mumty, a wall-mounted air terminal serves as a practical alternative when the conventional base plate mounting arrangement is not feasible.