<p>The Nybus Chassis is a robust solution for industrial and commercial applications, designed to meet the demanding needs of modern electrical systems. With a rated current of 800 A, this chassis ensures reliable power distribution across various installations. It operates efficiently at both 50 Hz and 60 Hz frequencies, providing flexibility for diverse environments.</p><p>Engineered to withstand rigorous conditions, the Nybus Chassis has a rated short time withstand current of 50 kA. This feature is crucial for maintaining system integrity during unexpected surges or faults, ensuring safety and minimizing downtime in critical operations.</p><p>The chassis accommodates an impressive number of poles—18 in total—making it suitable for complex configurations that require extensive connectivity. The pitch size is set at 35 mm, allowing for precise spacing between components and facilitating streamlined installation processes.</p><p>Its pole configuration includes RWB (Red-White-Blue) plus auxiliary options (AUX), offering versatility in wiring setups to match specific project requirements. The bulbar cross section measures 8 x 40 sq-mm, providing ample capacity for carrying substantial electrical loads while maintaining structural stability.</p><p>Designed with practicality in mind, the feed type is universal single sided. This design simplifies installation and maintenance by allowing easy access from one side without compromising on performance or reliability.</p><p>The frame size XT4 denotes its compatibility with other XT series components, ensuring seamless integration into existing systems or new builds requiring standardized parts.</p><p>Compliance with AS/NZS 61439.1:2016 standards underscores its commitment to quality and safety benchmarks recognized within Australia and New Zealand. This adherence guarantees that the Nybus Chassis meets stringent industry regulations, giving users peace of mind regarding product performance and legal compliance.</p><p>Overall, the Nybus Chassis stands as a dependable choice for professionals seeking an efficient power distribution solution backed by solid engineering principles.</p>