<p>The MCCB Type circuit breaker is a robust solution designed for industrial and commercial applications, offering reliability and efficiency in electrical distribution systems. With a rated current of 160 A, this device is well-suited to handle substantial electrical loads, ensuring optimal performance and safety.</p><p>This model features three poles, providing comprehensive protection across multiple phases of an electrical system. The breaking capacity of 36 kA ensures that the circuit breaker can effectively interrupt high fault currents, safeguarding equipment from potential damage due to short circuits or overloads.</p><p>Incorporating MOE (Motor Operator Electric) functionality at both 240 VAC and VDC allows for remote operation and automation capabilities, which are essential in modern industrial settings where minimizing downtime is crucial. This feature enhances the versatility of the circuit breaker by enabling seamless integration into automated systems.</p><p>Additionally, auxiliary contacts included with this unit offer further flexibility by allowing users to monitor the status of the circuit breaker remotely or integrate it with other control systems. This capability is particularly beneficial in complex installations where real-time monitoring and control are necessary for efficient operations.</p><p>The XT2 frame size indicates a compact yet powerful design that fits easily within standard enclosures while maintaining high performance. This makes it an ideal choice for space-constrained environments without compromising on functionality or safety standards.</p><p>Equipped with mechanical interlock type, this MCCB provides an added layer of security by preventing unintended operation during maintenance or installation procedures. This feature helps ensure safe handling practices are adhered to, reducing the risk of accidents or equipment damage.</p><p>Overall, this MCCB Type circuit breaker represents a balance between durability and advanced features tailored for demanding applications. Its combination of high breaking capacity, remote operability through MOE functions, auxiliary contacts for enhanced connectivity, and secure mechanical interlocking makes it a reliable component in any electrical infrastructure requiring robust protection measures.</p>