185070F-13-1

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Introduction

The 185070F-13-1 is a type of circuit breaker that is designed to protect the electrical wiring in high-powered appliances and machinery. It works by detecting a surge in electrical current and then rapidly switching the power off. This prevents electrical fires and related damage, as well as providing safety measures for those using the equipment.

Application Field

The 185070F-13-1 Circuit Breaker is used in many industries, including automotive, oil and gas, power, industrial, and medical. In these and other industries, the circuit breaker provides vital protection against electrical hazards. The surge protection is especially important for industrial applications, such as power systems and medical equipment.

In the automotive industry, the 185070F-13-1 circuit breaker helps protect vehicles, as well as safety-critical components such as airbags and seatbelts. This is especially important as a high-powered electric system runs the whole vehicle. It is also used in oil and gas systems to protect valves and other components from over-voltage.

Working Principle

The 185070F-13-1 Circuit Breaker uses a combination of thermal and magnetic elements to detect dangerous surges in electrical current. The thermal element is a bi-metallic strip that quickly responds to changes in temperature caused by current overloads. The magnetic element is an electromagnet that triggers a switch when it detects a surge in current.

When the thermal or magnetic elements sense abnormal current flowing in the circuit, they act quickly to disconnect the power from the circuit. The circuit breaker will remain in the tripped-off state until the cause of the overcurrent is fixed. This process is greatly improved with the use of circuit breaker trip indiors, which enable personnel to immediately identify the problem.

Conclusion

The 185070F-13-1 Circuit Breaker is a reliable and efficient way to protect high-powered electrical equipment from overvoltage and overcurrent surges. Its thermal and magnetic elements work together to detect dangerous conditions and rapidly switch off the power, so the equipment is protected from electrical fires and related damage. It is widely used in many industries, including automotive, oil and gas, power, industrial, and medical.

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