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Eti-Polam EB2 125/3L Molded Case Circuit Breaker 3P 63A 25kA with Thermo-Magnetic Trip Unit
The Eti-Polam EB2 125/3L is a high-performance 3-pole molded case circuit breaker engineered to provide reliable electrical protection in demanding environments. With a rated current of 63A and a breaking capacity of 25kA, this device is designed to effectively manage power distribution while ensuring the safety of connected electrical circuits. It incorporates a precise thermo-magnetic trip unit that reacts reliably to both overloads and short-circuit conditions, making it a dependable component for maintaining system integrity.
This circuit breaker offers exceptional durability and consistent performance under various operating conditions. Its robust construction ensures long-term reliability in industrial and commercial settings. The integrated thermo-magnetic trip unit provides a balanced approach to protection, allowing for accurate detection of thermal overloads and instantaneous response to short-circuit faults. The compact design facilitates efficient installation within electrical panels, optimizing space without compromising on safety or functionality.
This device may not be suitable for residential applications where standard miniature circuit breakers are typically required. It is also not intended for use in environments with extreme moisture or corrosive atmospheres unless housed in an appropriately rated protective enclosure.
Installation should be performed by a qualified electrician in accordance with local electrical codes and safety regulations. The device is mounted onto a distribution board or panel, ensuring all terminal connections are tightened to the specified torque to prevent overheating. Once installed, the breaker can be manually operated using the front-facing toggle switch to connect or disconnect the power supply.
Regular inspection of the terminal connections and the operational status of the breaker is recommended to ensure continued safety. If the breaker trips, investigate the cause of the overload or short circuit before resetting the device.
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