<p>When it comes to ensuring the reliability and safety of electrical systems, choosing the right Molded Case Circuit Breaker (MCCB) is crucial. This MCCB is designed for industrial and commercial applications where robust performance and dependable protection are non-negotiable.</p><p>With a rated current of 400 A, this MCCB can handle substantial electrical loads, making it suitable for a wide range of demanding environments. Its rated voltage stands at 1000 V, providing ample capacity to manage high-voltage applications efficiently.</p><p>One significant feature of this MCCB is its power loss rating of 90 W. This specification reflects its efficiency in operation, minimizing energy wastage while maintaining optimal performance levels. For industries focused on both operational effectiveness and sustainability, this aspect can be particularly valuable.</p><p>The device&#39;s breaking capacity is set at 8 kA. This indicates its ability to interrupt fault currents effectively without compromising system integrity or safety. In environments where unexpected surges or faults could occur, having an MCCB with such a breaking capacity ensures that your systems remain protected against potential damage.</p><p>Designed with practicality in mind, the MCCB features a three-pole configuration which enhances its versatility across various circuit designs. The front connection type simplifies installation and maintenance processes by providing easy access to terminals—an important consideration for technicians who prioritize time efficiency during setup or servicing.</p><p>Weighing in at 5 kg, this MCCB strikes a balance between sturdiness and ease of handling during installation or replacement procedures. Its weight suggests durability while still being manageable enough not to complicate logistics significantly when integrating into existing systems.</p><p>In summary, this MCCB offers reliable protection with specifications tailored towards high-demand scenarios typical within industrial settings. Whether you&#39;re upgrading existing infrastructure or implementing new projects requiring dependable circuit protection solutions—the combination of high-rated current capability along with efficient power management makes it worth considering as part of your electrical design strategy.</p>