<p>When selecting the right conductor holder for your industrial or commercial application, understanding the technical specifications and compliance standards is crucial. This conductor holder offers a robust solution for professionals seeking reliability and efficiency in their earthing systems.</p><p>Designed to handle significant electrical loads, this conductor holder supports rated currents of 42,000 A and 29,600 A. It features a connection type of 25 mm fixed ball point, ensuring secure connectivity essential for maintaining system integrity under high current conditions. The use of electrolytic copper and tin-coated copper materials enhances its conductivity while providing excellent resistance to corrosion—an important factor in maintaining long-term performance.</p><p>Ease of installation is facilitated by its thread bolt mounting type, with a thread size specified at M12 x 45 mm. This allows for straightforward integration into existing setups or new installations where precision and stability are paramount. Furthermore, the tightening torque range of 50-65 N-m ensures that connections remain firm without compromising structural components during assembly.</p><p>Compliance with industry standards is non-negotiable in today&#39;s regulatory environment. This product meets EN/IEC 61230 (DIN VDE 0683-100) and DIN 43673-1 standards, offering peace of mind regarding safety and operational efficacy. These approvals underline its suitability for professional applications requiring adherence to strict quality benchmarks.</p><p>Weighing in at just 278 g, this conductor holder provides an optimal balance between weight and durability—important when considering ease of handling during installation without sacrificing robustness. Its compatibility with earthing rods further extends its versatility across various grounding applications.</p><p>With a cross-section capacity of up to 150 sq-mm, it accommodates substantial conductor sizes necessary for high-current scenarios typical within industrial settings. By focusing on these critical specifications—rated current capacity, material composition, standard compliance—you can make an informed decision about integrating this reliable component into your electrical infrastructure needs.</p>