<p>When evaluating a Nybus Chassis for your industrial or commercial applications, it&#39;s essential to consider the technical specifications and compliance standards that ensure reliability and safety. This particular model is engineered to accommodate demanding electrical environments with its robust features.</p><p>The chassis is designed to handle a rated current of 630 A, making it suitable for high-capacity operations. It operates efficiently within a frequency range of 50/60 Hz, providing flexibility in various settings. The rated short time withstand current stands at 36 kA, ensuring the system can endure brief surges without compromising performance or safety.</p><p>Featuring 24 poles, this chassis offers extensive connectivity options. Each pole has a pitch size of 35 mm, optimizing space while maintaining effective distribution capabilities. The pole configuration follows an RWB+AUX format, which supports both main and auxiliary connections seamlessly.</p><p>The bulbar cross section measures 6.4 x 40 sq-mm, contributing to its efficient current distribution and structural integrity. With a single feed type setup, installation is straightforward while maintaining high operational efficiency.</p><p>This Nybus Chassis falls under the XT4 frame size category, known for its compact yet durable construction—ideal for installations where space might be constrained but performance cannot be compromised.</p><p>Adherence to industry standards is crucial in any technical product selection process. This chassis complies with AS/NZS 61439.1:2016 standards and approvals, ensuring it meets rigorous Australian and New Zealand safety requirements for low-voltage switchgear and control gear assemblies.</p><p>In summary, this Nybus Chassis combines practical design with robust performance metrics tailored for industrial needs. Whether you&#39;re upgrading existing systems or designing new installations from scratch, these characteristics make it a reliable choice that aligns with stringent regional standards while offering substantial capacity and flexibility across multiple applications.</p>