<p>When selecting a Molded Case Circuit Breaker (MCCB) for industrial and commercial applications, understanding the technical specifications is crucial. This MCCB is designed to provide reliable protection and efficient operation in demanding environments.</p><p>With a rated current of 100 A, this MCCB is suitable for various electrical circuits, ensuring optimal performance and safety. It boasts an impressive breaking capacity of 50 kA, making it capable of handling high fault currents without compromising system integrity.</p><p>The device operates at both AC and DC voltages, with a rated voltage of 690 VAC or 500 VDC. This versatility allows it to be used across different power systems. Furthermore, the MCCB&#39;s rated insulation voltage stands at 800 V, providing robust protection against electrical shocks and short circuits.</p><p>Safety and durability are enhanced by its IP20 degree of protection, which safeguards against solid foreign objects greater than 12 mm in diameter. The front connection type simplifies installation and maintenance tasks while maintaining secure connections through bolt-type terminals.</p><p>This MCCB features a thermal-magnetic (TM) release type with a TMG trip unit that ensures precise response to overloads or short circuits. The current setting range between 70-100 A offers flexibility in adjusting the breaker according to specific circuit requirements.</p><p>In terms of physical dimensions, the MCCB has a width of 140 mm and weighs approximately 2.1 kg—making it compact yet sturdy enough for most installations. Its main circuit connecting capacity ranges from 85-192 sq-mm accommodating various conductor sizes effectively.</p><p>Compliance with IEC60947-2 standards underscores its quality assurance credentials guaranteeing adherence to international safety regulations essential for industrial use cases globally including Australia where stringent standards apply rigorously across sectors like mining manufacturing etcetera</p><p>Designed specifically for compatibility with XT3S systems this product integrates seamlessly into existing setups minimizing downtime during upgrades or replacements while maximizing operational efficiency throughout lifecycle phases</p><p>Rated impulse withstand voltage reaches up to an impressive level at around about say eight kilovolts offering excellent resilience against transient overvoltages commonly encountered within complex network infrastructures particularly those prone towards frequent fluctuations due unpredictable external factors such as lightning strikes surges caused by heavy machinery operations nearby etcetera </p><p>Finally power loss remains minimal just five point six watts contributing towards energy efficiency goals reducing overall consumption costs long term perspective aligning well sustainability initiatives many organizations aim achieve nowadays amidst growing emphasis environmental responsibility corporate social governance practices alike</p>