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What lightning rods are made of – essential safety materials
When we talk about lightning rods, we often picture a simple metal rod. In reality, the materials used – primarily copper, aluminum, and steel –
When we talk about lightning rods, we often picture a simple metal rod. In reality, the materials used – primarily copper, aluminum, and steel –
Discover 6 essential types of lightning rods for engineers to improve the safety of industrial facilities. Practical advice and comparisons.
Discover the method for choosing a lightning protection system, with precise steps to select, install and verify an effective protection solution on an industrial site.
Discover 6 best practices for lightning rod maintenance to optimize the safety, compliance and lifespan of your installations.
Discover how to choose lightning protection: risk analysis, types of devices, compliance with standards, mirods to avoid and costs.
Discover 7 key advantages of lightning protection to optimize the reliability and safety of your electrical installations. Practical advice for engineers.
Lightning protection principles: definitions, modern technologies, regulatory framework, major risks, connected solutions LPS France.
Why install lightning protection? Real risks, IEC standards, choice of LPS connected solutions, regulatory and economic obligations.
Discover 7 best lightning safety practices to optimize electrical protection and ensure compliance of your industrial or civil engineering sites.
The fundamental difference between protective earthing, functional grounding, and neutral lies in their
Managing a fleet of lightning rods often involves a complex trade-off between costly, sometimes unnecessary, annual inspections, and…
A grounding system, often simply called a "grounding connection," is much more than just a technical connection. It is the cornerstone of
Discover the lightning protection compliance steps to design, install and verify a compliant and secure system, step by step to final validation.
Lightning rods: definition, operation, types, French standards 2026, obligations and risks. Everything you need to know to protect your industrial sites against lightning.
Protecting a structure against lightning strikes is a crucial technical decision, involving a choice between technologies with…
Each lightning bolt that streaks across the sky releases phenomenal energy, capable of obliterating anything it touches. Faced with this raw force of nature, he
Estimating the cost of a lightning protection system isn't simply a matter of asking "how much does a lightning rod cost?". In reality, this
An effective inspection of a lightning protection system is not just a technical check-up. It is a methodical approach that ensures the safety of people
Last week, tragedy struck a sporting community in northern France when a man was fatally struck by lightning during a football training session. The incident occurred as the team trained under threatening skies, leaving several teammates injured, one of whom was in critical condition requiring emergency care
The Contact@ir MD system offers a robust and technologically advanced solution for monitoring and managing lightning protection systems. Contact@ir MD is designed for easy integration with products in the Contact@ir Ready range, such as Paraton@ir, Compt@ir, Alert@ir XT, etc. Here is a
Harvesting lightning energy, while theoretically appealing due to the immense amount of energy it could provide, faces significant practical obstacles. Here's a deeper exploration of the challenges and potential advancements in this field. Request a lightning protection study
The different direct lightning strike capture systems: Early streamer emission (ESE) lightning rods, simple points, Faraday cages or meshed cages, tensioned cables. Early streamer emission (ESE) lightning rods use technology designed to proactively capture lightning. They create a preferential path for the
The NFC 17-102:2011 standard and the IEC 62305 standard represent two different approaches to lightning protection, each with its own specifications and recommendations. Here is a summary of the main differences between these two standards: NFC 17-102:2011 Scope: This French standard focuses primarily on
Assessing lightning risks is crucial to ensuring the safety of sites and infrastructure. Lightning can cause significant damage, fires, and even endanger lives. However, with the right tools and protocols in place, it is possible to reduce these risks
Lightning is an impressive but potentially dangerous natural phenomenon. Besides the risks to people, property such as buildings, trees, and electrical installations can suffer considerable damage if struck. A fire ignited by lightning is one of the most devastating consequences
Lightning protection systems, including down conductors, are designed to safely direct lightning discharges to the ground, reducing the risk of damage to buildings and people. The most common materials used in their construction include
Lightning rod: definition A lightning rod is a device designed to protect buildings and structures from direct lightning strikes. It is generally installed outdoors at the highest point of a house, building, factory, or pylon. It works by absorbing the lightning strike
Protecting your home from lightning is essential, especially if you live in an area prone to thunderstorms. Here are the key steps for effective protection: Installing a Lightning Rod: This is the most direct way to protect your home. A lightning rod captures the lightning strike and directs the energy
The Catatumbo Lightning, a unique natural phenomenon, has captivated observers for centuries. Located in the Lake Maracaibo region of Venezuela, this spectacular atmospheric event is distinguished by its intensity and regularity, creating an unparalleled natural spectacle. An Unpredictable Celestial Ballet The Lightning of
Brittany was hit by a particularly significant weather event this weekend. Lightning struck Brest airport, forcing the cancellation of all flights on Sunday, and air traffic will continue to be disrupted today, Monday, October 30th. This is because meteorological information can no longer be transmitted to