<p>When it comes to ensuring the efficient distribution of electrical power in industrial and commercial settings, a reliable busbar holder is indispensable. This particular model, designed for robustness and reliability, caters to demanding environments where high current capacity is required.</p><p>The busbar holder supports a rated current of 6300 A, making it suitable for applications that demand substantial power handling capabilities. With this level of rated current, it effectively manages large-scale electrical distribution tasks without compromising on safety or performance.</p><p>Weighing in at 4.85 kg, this busbar holder strikes a balance between sturdiness and ease of installation. Its manageable weight ensures that installation teams can handle it with relative ease during setup while maintaining the structural integrity needed for long-term use.</p><p>Measuring 800 mm in length, the design accommodates various configurations and setups within electrical systems. The ample length provides flexibility when integrating into existing systems or planning new installations.</p><p>The phase centers are spaced at 80 mm apart. This spacing is crucial as it allows for adequate separation between phases, minimizing interference and enhancing overall system stability. Such considerations are vital in maintaining optimal performance and reducing potential risks associated with phase interactions.</p><p>Additionally, the busbar rail size stands at 390 mm—a dimension that ensures compatibility with standard setups while providing sufficient surface area for secure connections. This size facilitates straightforward integration with other components within an electrical system.</p><p>In summary, this busbar holder combines high current capacity with practical dimensions to meet the needs of complex industrial environments effectively. It offers a well-rounded solution for those seeking reliability and efficiency in their power distribution infrastructure without unnecessary complications or compromises on quality.</p>