<p>When it comes to reliable and robust solutions for industrial and commercial electrical systems, the ACB Type circuit breaker stands as a dependable choice. Designed to manage high power demands, this product is essential for ensuring system stability and safety in various applications.</p><p>With a rated current of 1250 A, this circuit breaker can handle substantial electrical loads, making it suitable for environments where power reliability is paramount. Its rated short time withstand current of 50 kA ensures that it can endure high fault currents without compromising performance or safety. This capability is crucial in maintaining operational continuity during unexpected surges.</p><p>The breaker features four poles, providing enhanced protection across all phases of your electrical system. This configuration supports balanced distribution of electricity, minimizing the risk of overloading any single phase which could lead to equipment damage or downtime.</p><p>One of the standout attributes of this ACB Type circuit breaker is its impressive breaking capacity of 66 kA. This feature allows it to interrupt fault currents effectively, preventing potential hazards such as fires or equipment failures. Such a high breaking capacity makes it an ideal component in demanding settings where safety cannot be compromised.</p><p>For added functionality and control, the unit includes MOP250 YO250 YC250 auxiliary contacts. These components enable seamless integration with other system elements, facilitating smooth operation and monitoring capabilities within complex setups.</p><p>Safety and security are further enhanced by its mechanical interlock type. This feature prevents accidental engagement or disengagement during maintenance or operation, protecting both personnel and equipment from unintended actions.</p><p>In summary, this ACB Type circuit breaker offers a comprehensive solution tailored for rigorous industrial use cases. It combines high current handling capabilities with superior fault management features while ensuring ease of integration through auxiliary contacts and mechanical interlocks—all critical factors for professionals seeking reliable performance in their projects.</p>