IEGF6-34543-7W-V

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Circuit breakers, are devices which are designed to interrupt the flow of electricity in order to protect components in the electrical system from the risk of overheating, damage, or fire. IEGF6-34543-7W-V is a circuit breaker product, and will be discussed below in terms of its application fields and working principle.

Application Field

IEGF6-34543-7W-V is generally used in shorter distances, lower power applications – specifically automotive, circuit board, and electronic equipment, may it be consumer, commercial, or industrial. It is a low cost, reliable and has a small form factor, making it ideal for such small applications. It is typically used for short-circuit or overcurrent protection of low voltage devices in the range of 1 Amp to 6 Amps. It is designed to operate between 10 Volts and 30 volts and is RoHS compliant.

Working Principle

The IEGF6-34543-7W-V is a normally closed circuit breaker which is opened by a current greater than its rated current. This is achieved by using mechanical and thermal switching elements. When the thermal element is heated to a certain temperature and the switch is activated, it prompts the mechanical element to open the circuit and break the current flow. The thermal element is thermally activated, meaning it will only open when the current exceeds the rated value. As the thermal element cools, the mechanical element will close the circuit.

When the IEGF6-34543-7W-V circuit breaker is tripped, an indicator light will typically be illuminated on the device. This can help provide visual feedback, allowing users to know that a trip has occurred. Additionally, IEGF6-34543-7W-V also has a manual reset which can be used to reset the device after a trip has occurred.

Conclusion

The IEGF6-34543-7W-V is a low cost, reliable, RoHS compliant circuit breaker that is used in shorter distances and lower power applications. It is activated by both thermal and mechanical switching elements, with an indicator light and manual reset providing feedback and resetting the device. With its low cost, small form factor, and simple operation, it proves to be the ideal circuit breaker for these small applications.

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