<p>The Nybus Chassis is a robust and reliable solution designed for those in the industrial and commercial sectors seeking efficient electrical distribution. With a rated current of 630 A, this chassis is well-suited for demanding applications that require consistent performance under load. </p><p>Engineered to handle significant electrical stress, the Nybus Chassis boasts a rated short time withstand current of 36 kA. This capability ensures that the system remains stable and secure even during unexpected surges or faults, making it an ideal choice for environments where reliability is paramount.</p><p>Featuring 48 poles, this chassis offers ample connectivity options, catering to complex setups that require multiple connections without compromising on space or efficiency. The bulbar cross-section measures 6.4 x 40 sq-mm, providing a compact yet sturdy framework to support high-current operations.</p><p>The single feed double-sided configuration enhances versatility in installation while maintaining simplicity in design. This setup allows for flexible integration into existing systems or new projects, ensuring seamless compatibility with various operational requirements.</p><p>Designed with precision and attention to detail, the Nybus Chassis fits perfectly within ABB&#39;s modular circuit breaker system (MCCB-XT2). The frame size XT2 aligns with ABB&#39;s standards for modularity and ease of use, allowing users to expand or modify their setups as needed without hassle.</p><p>Compliance with AS/NZS 61439.1:2016 standards underscores its commitment to quality and safety. These approvals ensure that the product meets rigorous Australian regulatory requirements, providing peace of mind regarding operational integrity and adherence to industry norms.</p><p>In summary, the Nybus Chassis delivers dependable performance through its impressive technical specifications tailored for demanding environments. Its compatibility with ABB MCCB-XT2 further enhances its appeal by offering flexibility alongside robust functionality—all backed by compliance with essential safety standards.</p>