<p>When it comes to selecting a reliable and efficient Molded Case Circuit Breaker (MCCB) for your industrial or commercial needs, understanding the technical specifications is crucial. This MCCB offers robust performance with a rated current of 630 A, suitable for handling significant electrical loads. It&#39;s designed to operate at a rated voltage of 690 VAC, providing flexibility across various applications.</p><p>Safety and durability are paramount in any electrical installation. This MCCB boasts an impressive rated impulse withstand voltage of 8 kV and a rated insulation voltage of 1000 V, ensuring it can withstand high transient overvoltages without compromising performance. The device&#39;s breaking capacity stands at 36 kA, making it capable of interrupting substantial fault currents effectively.</p><p>The trip unit installed is the Ekip Dip LSI type, known for its reliability in protecting circuits from overloads and short circuits by offering Long-time, Short-time, and Instantaneous protection features. This ensures that your system remains safeguarded against potential electrical faults.</p><p>With three poles and a front connection type, this MCCB integrates seamlessly into existing setups while maintaining ease of installation and maintenance. Its compact design includes a width of just 140 mm but doesn’t compromise on safety or functionality as evidenced by its IP20 degree of protection rating—adequate for preventing ingress from fingers or large objects.</p><p>Power loss is minimal at only 45 W during operation, which contributes to energy efficiency—a critical consideration in today’s environmentally conscious world. Additionally, adherence to IEC60947-2 standards guarantees compliance with international safety regulations.</p><p>Despite its powerful capabilities, the MCCB maintains manageable dimensions with a weight of just 4.82 kg allowing for straightforward handling during installation or replacement processes.</p><p>This product represents a balanced blend between performance specifications and practical considerations necessary for modern industrial environments where reliability cannot be compromised.</p>