<p>For professionals in the electrical engineering and automation sectors, choosing the right Molded Case Circuit Breaker (MCCB) is crucial to ensure both safety and efficiency. The XT2 MCCB offers a solid choice for those who require reliability and robust performance in their industrial or commercial applications.</p><p>This particular MCCB is designed with a rated current of 125 A, making it suitable for medium-scale electrical systems. With three poles, it provides comprehensive coverage for various circuit configurations, ensuring that each phase of your system is adequately protected.</p><p>One of the standout features of this MCCB is its impressive breaking capacity of 36 kA. This means it can safely interrupt fault currents up to this level without damage, providing peace of mind when dealing with potential overloads or short circuits in demanding environments.</p><p>The inclusion of MOE (Motor Operator Extension) compatible with both 240 VAC and VDC adds versatility to its application. This feature allows for remote operation, which can be particularly useful in automated systems where manual intervention needs to be minimized.</p><p>Additionally, auxiliary contacts are included, offering enhanced functionality by allowing integration into control circuits for signaling purposes. These contacts enable monitoring and control capabilities that can be critical in complex installations where status updates on circuit conditions are necessary.</p><p>The frame size XT2 indicates a compact design that does not compromise on durability or performance. Its mechanical interlock type ensures that only one circuit breaker can be closed at any time within a group setup, adding an extra layer of operational safety by preventing simultaneous closure that could lead to faults or equipment damage.</p><p>In summary, this MCCB combines essential features such as high breaking capacity and versatile operation options with practical additions like auxiliary contacts and mechanical interlocking. It&#39;s well-suited for professionals looking to maintain efficient power distribution while prioritizing safety across their electrical infrastructure.</p>