When it comes to selecting a reliable and robust Motor Operated Air Circuit Breaker (ACB) for your industrial or commercial needs, this model stands out with its impressive specifications. Designed to handle demanding electrical environments, it offers a rated current range of 2000-5000 A, making it suitable for various applications that require substantial power management.
The unit is engineered with a rated impulse withstand voltage of 12 kV and a rated insulation voltage of 1000 VAC. These characteristics ensure the breaker can effectively manage surges and maintain insulation integrity under high-stress conditions. Additionally, its rated short time withstand current is an impressive 100 kA, providing exceptional performance in fault conditions.
Operating at a rated voltage of 690 VAC, this ACB integrates the Ekip Touch LSIG trip unit. This advanced trip unit allows for precise protection settings and monitoring capabilities, ensuring optimal operation and safety across diverse scenarios.
One notable feature is its power loss rating of 850 W. While not negligible, it's essential to consider this factor alongside the product's overall efficiency and capability to enhance system reliability without significant energy wastage.
This breaker features four poles and boasts a breaking capacity of 100 kA—an attribute crucial for systems requiring high-level interruption capabilities. The frame size E6.2 ensures that the unit fits seamlessly into existing setups while maintaining structural integrity.
For ease of installation and connectivity, the terminal type is horizontal rear spread—a design choice that facilitates integration into complex electrical systems with minimal hassle.
Adhering to IEC 309 standards and approvals underscores its compliance with international safety regulations, offering peace of mind regarding quality assurance and operational reliability.
In summary, this motor-operated ACB provides comprehensive protection solutions tailored for high-demand environments where precision control over electrical distribution is paramount. Its combination of robust specifications ensures that it can meet rigorous operational demands while maintaining safety standards essential in today's industrial landscape.