<p>When it comes to choosing a reliable and robust solution for your electrical distribution needs, the Nybus Chassis offers an excellent balance of performance and compliance. Designed with industrial and commercial applications in mind, this product is tailored to meet the demands of high-capacity environments.</p><p>The Nybus Chassis boasts a rated current of 800 A, making it suitable for substantial power distribution tasks. Whether you&#39;re operating at 50 Hz or 60 Hz, this chassis maintains consistent performance across varying conditions. Safety and reliability are further enhanced by its impressive rated short time withstand current of 50 kA, providing peace of mind during unexpected surges or faults.</p><p>This model features a configuration with 30 poles, which allows for extensive connectivity options while maintaining a compact footprint. The pitch size is set at 35 mm, optimizing space without compromising on functionality. The pole configuration follows an RWB (Red-White-Blue) scheme, enabling straightforward identification and installation processes.</p><p>One standout feature is the bulbar cross section measuring 8 x 40 sq-mm. This specification ensures sufficient capacity for carrying large currents efficiently while minimizing potential losses due to resistance.</p><p>The Nybus Chassis employs a single feed type system within its XT4 frame size. This design choice simplifies installation and reduces complexity in maintenance operations—ideal for busy facilities where downtime must be minimized.</p><p>Conforming to industry standards is crucial in ensuring safety and interoperability; hence this chassis aligns with AS/NZS 61439.1:2016 standards. This compliance guarantees that you are investing in equipment that meets stringent Australian safety regulations and quality benchmarks.</p><p>In summary, the Nybus Chassis provides a dependable solution packed with essential features suited for demanding electrical setups. Its thoughtful design caters to both present requirements and future scalability needs without sacrificing ease of use or safety assurances.</p>