<p>In the realm of industrial and commercial electrical systems, the MCCB (Molded Case Circuit Breaker) is a vital component for ensuring safety and reliability. This particular MCCB model offers robust features designed to meet rigorous demands while maintaining efficiency.</p><p>With a rated current of 160 A, this MCCB is well-suited for various applications requiring dependable circuit protection. It boasts a rated impulse withstand voltage of 8 kV, providing resilience against transient overvoltages typically caused by lightning strikes or switching surges. The rated insulation voltage stands at 1000 V, ensuring adequate separation between circuits under normal operating conditions.</p><p>Operating across both AC and DC environments with rated voltages of 690 VAC and 500 VDC respectively, this MCCB showcases versatility in different power setups. Its thermal-magnetic (TM) release type coupled with a trip unit identified as TMG ensures precise overload and short-circuit protection, making it a reliable choice for safeguarding electrical installations.</p><p>The device&#39;s breaking capacity is an impressive 50 kA, indicating its ability to interrupt substantial fault currents without compromising system integrity. Featuring four poles and front connection type, it provides comprehensive coverage and ease of installation within complex electrical networks.</p><p>This MCCB adheres to IEC60947-2 standards—a testament to its quality assurance—and carries an IP20 degree of protection rating, signifying protection against solid objects larger than 12 mm but not against water ingress. The bolt terminal type facilitates secure connections essential for stable operations.</p><p>Dimensionally compact yet powerful, the breaker measures just 120 mm in width while weighing only 1.45 kg—qualities that simplify handling during installation or maintenance tasks. It operates efficiently across frequencies ranging from 50 to 60 Hz.</p><p>Designed for compatibility with XT2S systems, this MCCB supports main circuit connecting capacities between 32.5-100 square millimeters—providing flexibility in accommodating varying conductor sizes commonly encountered in industrial settings.</p><p>Finally, with a power loss of just 16.15 W during operation and capable of managing short circuit currents up to 480 A effectively—it demonstrates energy-efficient performance alongside superior protective capabilities crucial for modern electrical infrastructures seeking enhanced operational longevity combined with reduced downtime risks associated with potential faults or failures within their systems&#39; architecture.</p>