IEGF6-31196-10-V

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The ever-growing demand for increased safety and reliability in electrical systems has led to the development of a vast array of circuit-breaker products and applications. Among these products is the IEGF6-31196-10-V, a circuit breaker designed to prevent high voltage events and eliminate any hazardous effects arising from them.

The IEGF6-31196-10-V is specifically designed for alternating current (AC) distribution. The breaker allows the current to be quickly interrupted and reconnected in an orderly manner whenever the power system is disturbed and an undesired event is about to occur. The breaker is also equipped with an internal short-circuit current capacity along with a tested overload capability. All of these features enable the breaker to safely and efficiently protect the connected electrical system from short circuit and overload events.

When an erroneous event such as an overload, a short circuit, an earth fault, or a transformer failure occurs, the IEGF6-31196-10-V scrambles the circuit, reducing the current to a minimum. This safely prevents the components connected to the system from being damaged and the circuits from being overloaded.

The IEGF6-31196-10-V is designed to operate under a wide range of operation and environmental conditions. It can be used in both indoor and outdoor applications, is suitable for operation with voltages ranging from 48 V to 500 V and is capable of handling currents up to 100 A. The breaker is built with a rugged design, making it reliable and durable in harsh and demanding environments.

The IEGF6-31196-10-V is additionally designed with a built-in self-diagnostic capability. The self-diagnostic system allows for a quick and accurate identification of any faults within the system and verifies that all components are performing as expected. This self-checking system reduces the amount of time needed for maintenance and repair activities.

The IEGF6-31196-10-V operates through the use of three basic components; an air gap, a trip coil, and a thermal overload system. The air gap is a mechanical interruption in the circuit. When a current surge or fault occurs, the trip coil is energized, opening the circuit and tripping the breaker. The breaker also contains a thermal overload system that monitors the temperature of the circuit, which trips the breaker when the temperature exceeds a specified threshold.

The IEGF6-31196-10-V is an advanced, compact circuit breaker ideal for applications where space is at a premium. Its built-in safety features and self-diagnostic system make it incredibly reliable and efficient. Its rugged design allows it to reliably and safely operate in demanding environments, while also providing quick and accurate circuit-interruption capabilities and protection from faults and overloads.

Ultimately, the IEGF6-31196-10-V is an advanced and reliable circuit breaker that is suitable for demanding applications and environments. Its built-in self-diagnostic and safety features ensure that it operates efficiently and safely in all conditions, providing quick and reliable protection for all electrical systems.

The specific data is subject to PDF, and the above content is for reference