When it comes to protecting structures and assets from lightning hazards, installing an effective protection system is vitally important. The CMCE (Multiple Electric Field Compensator) it stands out as an innovative and easy-to-install solution. In this blog, we will explore the advantages and simplicity of CMCE installation compared to conventional lightning rods. Additionally, we will highlight how our technology meets international standards, such as the IEC 62305.
CMCE simplified installation:
One of the main advantages of CMCE is its ease of installation. Unlike conventional lightning arresters, which do not require additional structure and complicated configuration, the CMCE it is integrated directly into the architectural design of the structure to be protected. The CMCE is strategically placed at a key point in the building, creating a safe protection radius stabilizing the excessive load towards the grounding system. This eliminates the need to install additional cables and structures, greatly simplifying the installation process.
Comparison with conventional lightning rods:
In comparison with the conventional lightning rods, the CMCE offers several significant advantages in terms of installation. While conventional lightning rods require additional structure, such as a pickup tip and conductor system, the CMCE integrates discreetly into the existing structure. This not only saves time and resources, but also maintains the visual aesthetics of the building without compromising lightning protection.
Additionally, conventional lightning rods often require overhead installation, increasing complexity and risk for installers. In contrast, the CMCE is installed 3 meters above the highest point, ensuring a safe and easy installation.
Compliance with IEC 62305 standard:
The CMCE complies with international lightning protection standards, such as the IEC 62305. This standard establishes requirements and guidelines for the design, installation and maintenance of lightning protection systems. By choosing CMCE, you can rest assured that your installation meets globally recognized standards, ensuring reliable and effective lightning protection.
Down conductors:
In the CMCE installation process, it is crucial to use the proper conductors to ensure an efficient and safe connection. The primary conductor of the CMCE and the grounding system must be bare copper, with a cross section of 50mm2 or 2/0 AWG. This choice of conductor material and size ensures optimal conductivity and adequate current handling capacity for the system.
When the device is installed in reinforced concrete, concrete or wooden structures, an insulated secondary conductor with a cross section of 10mm2 or 7 AWG must be used. This secondary conductor has the function of interconnecting the mast to ground, if it is metallic. It is important to highlight that this secondary conductor must be connected to the second grounding electrode, since the first electrode will always be intended exclusively for the CMCE.
Careful selection of conductors and their correct installation are fundamental elements to ensure the effectiveness and reliability of the CMCE system during atmospheric events. By using the appropriate conductors, a solid and safe connection is established, optimizing lightning protection and guaranteeing the correct operation of the CMCE in the protected area.
Conclusion:
The ease of installation of the CMCE positions it as a superior option compared to conventional lightning rods. Its direct integration into the existing structure, the elimination of additional structures simplifies the installation process and reduces associated costs. In addition, compliance with the IEC 62305 standard guarantees reliable protection in accordance with international standards. By choosing CMCE, you will get an effective lightning protection system that is easy to install and meets the highest quality standards.
Our technology, CMCE-SERTEC, stands out not only for being the safest in lightning protection, but also for its versatility and adaptability to different types of structures. Thanks to various evolutions and developments, we have managed to offer protection solutions not only for buildings, but also for the marine market.
Our specialized model for the marine market has been designed to protect transport vessels, luxury vessels and pleasure vessels. We understand the importance of safeguarding both the integrity of structures on land and the safety of vessels at sea. With our CMCE-SERTEC technology, we provide reliable and efficient protection against the hazards associated with atmospheric electrical activity, even in challenging marine environments.
Whether it is a building on land or a vessel in navigable waters, our CMCE-SERTEC offers a complete and effective solution to protect both human life and assets. Our dedication to innovation and continuous development has allowed us to adapt our technology to various scenarios, providing peace of mind and security to our customers at all times.
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