<p>In the world of electrical engineering and automation, selecting the right equipment is crucial for ensuring safety and efficiency. For those in search of a reliable Molded Case Circuit Breaker (MCCB), this product offers a robust solution tailored to meet industrial and commercial needs. </p><p>With a rated current of 100 A, it effectively manages electrical flow within circuits, reducing the risk of overloads. The MCCB&#39;s rated impulse withstand voltage stands at an impressive 8 kV, providing excellent protection against transient overvoltages often caused by lightning strikes or switching surges.</p><p>Designed to handle a maximum rated insulation voltage of 1000 V and operating at up to 690 VAC, this circuit breaker ensures optimal performance in high-voltage environments. It features an Ekip Dip LSI trip unit with an electronic release type (EL), offering precise control over current interruptions during fault conditions.</p><p>The device boasts a substantial breaking capacity of 120 kA, which makes it suitable for environments where high fault currents are expected. Its four-pole configuration enhances flexibility in various applications while maintaining safety standards.</p><p>Installation is straightforward thanks to its front connection type and bolt terminal setup. The MCCB also adheres to IP20 degree of protection standards, safeguarding against solid objects larger than 12 mm like fingers or tools.</p><p>Measuring just 140 mm in width and weighing 3.5 kg, it is compact yet sturdy enough for demanding installations. Furthermore, this MCCB complies with IEC60947-2 standards and approvals, ensuring it meets international benchmarks for quality and performance.</p><p>Operating efficiently across frequencies ranging from 50/60 Hz, it&#39;s compatible with XT4L systems—ideal for professionals seeking seamless integration into existing setups. The main circuit connecting capacity supports cable sizes between 85-200 sq-mm, accommodating diverse wiring requirements.</p><p>Overall power loss is minimal at just 3.5 W during operation—a testament to its energy-efficient design that contributes to lowering operational costs without compromising on functionality or reliability.</p><p>This MCCB represents a dependable choice for those looking to enhance their electrical infrastructure with proven technology focused on durability and precision control under varying conditions—an essential investment for any technically-minded professional aiming to optimize their systems&#39; performance effectively.</p>