IELHK11111-26933-2-V

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Circuit Breakers are a critical component of any electrical system. Without a reliable circuit breaker to protect the system against accidental overloads, system components can burn out or worse. The IELHK11111-26933-2-V is a specialized breaker designed to provide maximum protection for high voltage applications.

The IELHK11111-26933-2-V circuit breaker is designed to interrupt high voltage arcs caused by large, sudden overloads in electrical systems. The breaker is constructed with a trip core and an arc chute. The trip core senses any current abnormality and triggers the arc chute, which quickly interrupts the arc. This reduces current flow to zero in a fraction of a second.

This breaker also provides thermal protection. Thermal sensors monitor the system’s temperature during operation. If the temperature rises to a preset level, the breaker will trip to prevent an overload. The IELHK11111-26933-2-V is also equipped with a voltage sensing device, which triggers the breaker’s trip mechanism if the system’s voltage suddenly rises.

The IELHK11111-26933-2-V is designed for high voltage applications such as large motors, transformers, and transmission and distribution systems. It can be used in systems with up to 15,000 volts of operating voltage, making it suitable for large commercial and industrial applications. The breaker is also rated for up to 600 amps of current.

The IELHK11111-26933-2-V is designed for easy installation. It comes with a variety of mounting options, including DIN rail and panel mount. It is also equipped with advanced diagnostic capabilities, which allow it to monitor the system’s current and voltage and alert operators of any issue before a critical failure occurs.

The IELHK11111-26933-2-V is a reliable circuit breaker for high voltage applications. It is designed to quickly and safely interrupt arcs, and its thermal and voltage sensing capabilities provide additional protection against overloads. By utilizing advanced diagnostic features, the breaker is able to keep systems running smoothly and prevent critical failures.

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