<p>When considering the needs of industrial and commercial electrical systems, selecting a reliable Molded Case Circuit Breaker (MCCB) is crucial. This MCCB offers a blend of robust performance and compliance with international standards, making it a dependable choice for various applications.</p><p>Designed to handle demanding environments, this MCCB has a rated current of 16 A and operates efficiently at both AC and DC voltages, up to 690 VAC and 500 VDC respectively. The device boasts an impressive rated impulse withstand voltage of 8 kV and a rated insulation voltage of 1000 V, ensuring durability under high-stress conditions.</p><p>Safety is paramount in any electrical installation, and this MCCB meets the IEC60947-2 standard for circuit breakers. With a breaking capacity of 36 kA, it provides effective protection against overcurrents, safeguarding your equipment from potential damage.</p><p>The trip mechanism is thermal-magnetic (TM), featuring a TMD trip unit that ensures precise operation during fault conditions. This combination allows for quick response times while maintaining reliability across its operational range. The current setting range spans from 11.2 A to 16 A, offering flexibility to accommodate varying load demands.</p><p>Installation is straightforward with its front connection type and bolt terminal design. The MCCB&#39;s main circuit connecting capacity ranges from 32.5 sq-mm to 100 sq-mm, providing ample room for diverse cable sizes typically found in commercial settings.</p><p>Measuring at just 120 mm in width and weighing approximately 1.45 kg, this compact yet sturdy breaker fits seamlessly into existing panels without requiring extensive modifications or additional space considerations.</p><p>Rated for frequencies between 50 Hz and 60 Hz, it adapts well to different power supply systems commonly encountered in Australia’s infrastructure landscape. Additionally, the degree of protection is marked at IP20; suitable for indoor installations where exposure to dust or moisture is minimal.</p><p>This MCCB also exhibits low power loss characteristics at only about 1.33 W—an important factor when aiming for energy-efficient operations across larger networks or facilities.</p><p>For those integrating systems with specific requirements such as compatibility with XT2N devices or similar configurations within their distribution boards—the suitability aligns perfectly without compromising on performance metrics or safety features inherent in its design structure.</p><p>In summary: This MCCB stands out as an excellent candidate due not only because it meets stringent engineering criteria but also because it delivers consistent results necessary for maintaining uninterrupted service delivery across critical applications typical within industrial frameworks today.</p>