<p>When it comes to selecting a reliable circuit breaker for industrial and commercial applications, the Non-automatic Air Circuit Breaker (ACB) offers a robust solution. Designed to handle demanding electrical environments, this ACB is engineered with precision, ensuring it meets the stringent standards set by IEC 309.</p><p>With a rated current of 2000 A, this ACB is well-suited for high-capacity installations where consistent performance is crucial. Its rated voltage of 690 VAC ensures compatibility with various industrial power systems. The unit&#39;s rated insulation voltage stands at an impressive 1000 V, providing enhanced safety and operational reliability.</p><p>One of the key features of this product is its rated impulse withstand voltage of 12 kV. This characteristic ensures that the ACB can endure transient overvoltages typically encountered in industrial settings without compromising its integrity or functionality.</p><p>The device&#39;s design accommodates three poles, making it versatile for different configurations while maintaining high performance levels. Furthermore, it boasts an IP30 degree of protection, offering adequate protection against solid objects larger than 2.5 mm—ensuring longevity even in challenging environments.</p><p>In terms of dimensions, the ACB measures 317 mm in width, 425 mm in height, and has a depth of 383 mm. These compact dimensions allow for easy integration into existing panel setups without requiring extensive modifications or additional space considerations.</p><p>Despite its robust capabilities, the unit maintains energy efficiency with a power loss rating of just 450 W—a critical factor in reducing overall energy consumption within your facility. Weighing in at 48 kg, it&#39;s manageable during installation and maintenance processes.</p><p>For professionals seeking compliance with international standards alongside dependable operation under rigorous conditions, this Non-automatic ACB represents a sound choice that balances performance with practicality effectively across diverse applications.</p>