<p>When selecting the right Molded Case Circuit Breaker (MCCB) for your industrial or commercial applications, understanding its specifications is crucial. This MCCB is designed to meet demanding electrical distribution needs with precision and reliability.</p><p>At the core of its functionality, this MCCB offers a rated current of 1600 A, making it suitable for high-capacity operations. Its breaking capacity stands at an impressive 70 kA, ensuring robust protection against short-circuit conditions. The unit operates effectively within a rated voltage of 690 VAC and boasts a rated insulation voltage of 1000 V, providing safety and performance in various environments.</p><p>The device features an EL release type with an Ekip Dip LSI trip unit. This combination allows for precise control over load management and enhances the overall protection scheme by offering adjustable settings tailored to specific application requirements. With a power loss of just 94 W, efficiency remains a key feature without compromising on safety or performance.</p><p>Designed with practicality in mind, this MCCB has three poles and utilizes a front connection type for straightforward installation and maintenance. The degree of protection is rated at IP20, which provides basic protection against solid objects larger than 12 mm but is intended primarily for indoor use where moisture exposure is minimal.</p><p>Measuring at a width of 210 mm and weighing approximately 9.7 kg, this breaker fits well into standard panel boards while maintaining ease-of-handling during setup or replacement procedures.</p><p>This product complies with IEC60947-2 standards ensuring it meets international benchmarks for low-voltage switchgear and control gear components. Furthermore, it’s engineered to be compatible with XT7H systems, allowing seamless integration into existing setups that utilize similar equipment lines.</p><p>In summary, this MCCB presents itself as a reliable choice for those requiring dependable circuit protection solutions in demanding environments where performance consistency matters most.</p>