<p>When it comes to ensuring reliability and safety in your electrical systems, the Automatic ACB (Air Circuit Breaker) is a robust choice for industrial and commercial applications. Designed to handle substantial power demands, this ACB offers a range of features that make it suitable for various installations.</p><p>Starting with its Rated Current capacity, which spans from 1000 to 2500 Amperes, this breaker is versatile enough to be integrated into systems with varying load requirements. Its Rated Impulse Withstand Voltage of 12 kV ensures resilience against transient overvoltages, providing an extra layer of protection for sensitive equipment.</p><p>The ACB&#39;s Rated Insulation Voltage stands at 1000 VAC, making it ideal for high-voltage environments. Additionally, with a Rated Short Time Withstand Current of 85 kA and a Breaking Capacity of 100 kA, this circuit breaker can efficiently manage fault conditions without compromising system integrity.</p><p>Equipped with an Ekip Touch LSIG trip unit, the ACB provides advanced protection functions including Long-time (L), Short-time (S), Instantaneous (I), and Ground Fault (G) protections. This comprehensive set of features allows users to tailor the device settings according to specific operational needs while maintaining optimal safety standards.</p><p>In terms of design specifications, the product features a Frame Size designated as E2.2 and includes four poles. The Terminal Type is Horizontal Rear Spread which facilitates straightforward installation and maintenance in existing setups or new projects.</p><p>Power efficiency is also considered with a Power Loss rating of just 550 W—an important factor when evaluating overall energy consumption in large-scale operations. Compliance with IEC 309 standards further underscores its suitability by adhering to international benchmarks for quality and performance.</p><p>For professionals seeking reliable solutions that balance technical excellence with practical application needs, this Automatic ACB presents itself as an effective component within any power distribution framework.</p>