<p>The Nybus Chassis is a robust and reliable solution for industrial and commercial electrical distribution needs. Designed with precision, this chassis offers substantial capacity, supporting a rated current of 800 A. It seamlessly operates within both 50 Hz and 60 Hz environments, providing versatility across various applications.</p><p>Engineered to withstand demanding conditions, the Nybus Chassis boasts a rated short time withstand current of 50 kA. This feature ensures resilience during electrical faults, safeguarding your system from potential damage. With its sturdy construction, the chassis meets the rigorous standards set by AS/NZS 61439.1.2016, ensuring compliance with Australian safety and performance benchmarks.</p><p>The chassis accommodates up to 36 poles in its configuration, offering ample flexibility for complex installations. Its RWB+AUX pole configuration enhances functionality by integrating auxiliary options that can be tailored to specific requirements.</p><p>With a pitch size of 30 mm and a busbar cross-section measuring 8 x 40 sq-mm, the Nybus Chassis provides an optimal balance between space efficiency and performance capability. This design choice allows for streamlined installation without compromising on power distribution quality.</p><p>The single feed type further simplifies setup processes while maintaining reliability in operation—a valuable attribute for technicians seeking straightforward yet effective solutions.</p><p>Designed with the XT2 frame size, this chassis fits seamlessly into existing systems or new setups requiring mid-sized configurations. Its adaptability makes it suitable for diverse projects ranging from small-scale commercial installations to more extensive industrial applications.</p><p>Overall, the Nybus Chassis stands out as a dependable choice for professionals seeking a combination of durability, compliance with industry standards, and ease of integration into their electrical systems—all essential factors when selecting components that meet technical specifications without unnecessary complexity or cost overruns.</p>