9510-M213-P1F0-Z0R2R5-80A

Introduction

9510-M213-P1F0-Z0R2R5-80A Circuit Breakers are designed to protect electrical conductors from damage due to overload and short circuit. They are most commonly used in residential, commercial, and industrial applications to prevent circuit overloads from resulting in power failures, fires, or other electrical damage to both personnel and equipment. Circuit Breakers are available in many different sizes, configurations, and ratings.

Application Field

The main application of 9510-M213-P1F0-Z0R2R5-80A Circuit Breakers is to protect electrical conductors from damage due to overload and short circuit. An overload occurs when too much current is flowing through a circuit, while a short circuit happens when there is no resistance in the circuit and too much current is flowing, which can cause overheating. This type of circuit breaker is commonly used in residential, commercial, and industrial applications to prevent power failures, fires, or other electrical damage to personnel and equipment.

Working Principle

9510-M213-P1F0-Z0R2R5-80A Circuit Breakers work by detecting an over-current condition when an overload or short circuit occurs. When the current reaches a predetermined level that is considered to be dangerous, the circuit breaker trips and disconnects the power supply. This prevents fire, damage to personnel and equipment, and minimizes risk of electric shock.

A 9510-M213-P1F0-Z0R2R5-80A Circuit Breaker is composed of three main parts: a main contact assembly, a trip mechanism assembly, and a case. The main contact assembly has two contacts that are made of silver or another conductive material. These contacts are connected to the power supply and allow current to flow from the breaker through the circuit when the contacts are closed. The trip mechanism assembly has a thermal trip, which detects when the current exceeds a given level. When this occurs, the trip mechanism assembly triggers the main contact assembly to open, disconnecting the current and stopping the flow of power.

Conclusion

In conclusion, 9510-M213-P1F0-Z0R2R5-80A Circuit Breakers are designed to protect electrical conductors from damage due to overload and short circuit. They are most commonly used in residential, commercial, and industrial applications to prevent circuit overloads from resulting in power failures, fires, or other electrical damage to both personnel and equipment. Circuit Breakers are composed of three main parts: a main contact assembly, a trip mechanism assembly, and a case. The main contact assembly allows current to flow from the breaker through the circuit when the contacts are closed, and the trip mechanism assembly triggers the main contact assembly to open when an overload or short circuit occurs, disconnecting the power supply.