<p>When it comes to industrial and commercial electrical systems, reliability and efficiency are key. The Bolt-In device we&#39;re discussing is designed with these priorities in mind, offering a robust solution for high-demand environments.</p><p>Rated at 750 A, this product is built to handle significant current loads, making it suitable for heavy-duty applications. Whether you&#39;re dealing with large machinery or complex electrical networks, this bolt-in option ensures that your system remains stable and efficient under pressure.</p><p>Operating at a rated voltage of 415 VAC, the product aligns well with standard three-phase power systems commonly used in industrial settings across Australia. This makes integration into existing setups straightforward and hassle-free.</p><p>One of the standout features of this device is its impressive breaking capacity of 80 kA. In environments where electrical surges are not just possible but probable, having a component that can safely interrupt such high fault currents is crucial. This capability helps protect both equipment and personnel from potential hazards associated with overloads or short circuits.</p><p>The design considerations extend to practical installation aspects as well. With fixing centres available at both 133 mm and 184 mm, flexibility in mounting options allows for seamless incorporation into diverse configurations without necessitating extensive modifications to existing infrastructure.</p><p>Measuring at a body diameter of 82.5 mm, the compact form factor does not compromise on performance. Instead, it offers an optimal balance between space efficiency and operational capacity—ideal for installations where room might be limited but performance cannot be sacrificed.</p><p>In summary, this Bolt-In product combines substantial current handling capabilities with safety features tailored to meet rigorous industry standards. Its adaptability in terms of installation further enhances its appeal as a reliable choice for professionals seeking dependable solutions in demanding settings.</p>