IEGF6-36131-10-V

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Circuit breakers are indispensable components of almost all electrical systems. They protect both people and electrical installations against overloading and short circuits. IEGF6-36131-10-V is a circuit breaker with several features which make it ideally suitable for a variety of applications. This article examines the application fields and working principle of IEGF6-36131-10-V.

IEGF6-36131-10-V is an ideal choice of circuit breaker for applications where its superior features bring added convenience, reliability and safety. It is designed for use in AC and low DC voltages up to 1000V or 690V, with a short-circuit protection rating of up to 65kA. The breaker is made of highly resistant materials, providing excellent insulation and protection against high ambient temperatures. It includes a thermal-magnetic tripping mechanism which helps keep currents under safe levels.

The main component of IEGF6-36131-10-V is the trip-free mechanism, which is designed to prevent the circuit breaker from tripping accidentally during a short-circuit or overload situation. This mechanism works by detecting the difference between the excessive current drawn by a component and the current which should be flowing through the circuit. If the current levels become unacceptably high, the breaker will trip and disconnect the component from the system. In addition, the mechanism is designed to reset itself after a brief period to ensure that there is no disruption to the system.

The device is ideally suited for a variety of residential and industrial applications. In residential scenarios, it provides protection from power surges and short circuit events, ensuring that household systems are kept running efficiently and safely. In industrial applications, it can monitor a wide range of processes and machines, both complex and simple, and protect them from overload and short-circuit. By using IEGF6-36131-10-V, such processes can be monitored and maintained without disruption.

In terms of working principle, IEGF6-36131-10-V operates on the concept of thermal-magnetic tripping. When the current exceeds the rated value, the heat generated by this causes a thermal element to rise and actuate a trip frees electromagnet. This opens the tripping mechanism and disconnects the load, thus preventing an overload situation. However, when the current level returns to normal, the thermal element cools down, resetting the circuit breaker.

Overall, IEGF6-36131-10-V is an ideal choice of circuit breaker for a variety of commercial and industrial applications. With its superior design and trip-free mechanism, it lets users keep their systems running efficiently and reliably. The device also incorporates a thermal-magnetic tripping system which prevents overloads and short circuits, thus ensuring safety and protection for people and equipment.

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