<p>When selecting a Molded Case Circuit Breaker (MCCB) for your industrial or commercial applications, understanding the specifications and capabilities of the product is crucial. This MCCB offers a robust solution with its comprehensive set of features tailored to meet demanding electrical requirements.</p><p>Rated for a current of 630 A, this MCCB provides reliable protection against overloads and short circuits, ensuring safety and operational continuity. It boasts an impressive rated impulse withstand voltage of 8 kV and a rated insulation voltage of 1000 V, making it suitable for high-voltage environments. The device supports both AC and DC systems with rated voltages up to 690/750 VAC/VDC.</p><p>Equipped with a thermal-magnetic (TM) release type and TMG trip unit, this breaker efficiently manages fault conditions by providing precise tripping characteristics that protect your equipment while minimizing downtime. Its breaking capacity stands at 36 kA, allowing it to handle substantial fault currents effectively.</p><p>The MCCB is designed with three poles and features front connection type for ease of installation in various setups. Measuring 140 mm in width, it fits seamlessly into standard panels without requiring extensive modifications. With a weight of 4.775 kg, it&#39;s manageable during installation yet sturdy enough to withstand operational stresses.</p><p>This circuit breaker complies with IEC60947-2 standards, ensuring adherence to international safety and performance benchmarks—a critical factor when considering devices for global operations or compliance-driven projects.</p><p>Further enhancing its versatility is the current setting range from 441 A to 630 A, allowing customization based on specific load requirements. Additionally, it can handle rated short circuit currents between 1575 A and 3150 A—an essential feature for installations where high fault levels may occur.</p><p>Despite its robust performance capabilities, the power loss is kept at an efficient level of just 47.8 W under typical operating conditions—contributing to lower energy costs over time without compromising reliability or safety.</p><p>In summary, this MCCB embodies practical engineering solutions aimed at delivering dependable electrical protection across various applications. Its combination of technical specifications ensures that you have access to a product capable of meeting rigorous demands while maintaining efficiency and compliance within industry standards.</p>