1610-92-20A

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Circuit breakers are broadly defined as an automatic device that forms an integral part of an electrical system and protects the system from abnormal current conditions. The 1610-92-20A is a popular circuit breaker used in a variety of applications, ranging from industrial to domestic settings. In this article, we\'ll explore the 1610-92-20A\'s application field and working principle in detail.

What is the 1610-92-20A Circuit Breaker?

The 1610-92-20A is a type of high amperage circuit breaker that provides precision control over the protection of electrical systems. It has a rated current of 10-92A and a rated voltage of 690V with instantaneous trip settings from 10 to 95A. In addition, the 1610-92-20A also features overcurrent protection for motor circuits, as well as protection for short-circuit faults.

Application Field

The 1610-92-20A circuit breaker is widely used in industrial, commercial, and domestic applications. This high-amperage circuit breaker is particularly suitable for use in medium- and high-voltage systems due to its precise control over overcurrent protection. Additionally, the 1610-92-20A offers excellent protection for motors as well as short-circuit protection.

In industrial applications, the 1610-92-20A is often used in large, high-voltage electric motors, such as pumps, compressors, cranes, and other heavy machinery. It is also used to protect wiring systems and installations, as well as in electric rickshaws and in power sockets.

In domestic applications, the 1610-92-20A may be found in residential electric systems, select motor equipment, and electric heating systems. It can also be used for house wiring, wall sockets, and other related installations.

Working Principle

The 1610-92-20A circuit breaker works by monitoring electric current flow in a circuit. When the current exceed the predefined range, the circuit breaker will automatically trip and cut off the electricity supply in order to avoid any risk to the electrical system. This is done by the breaker\'s internal mechanism which works in three stages:

• Monitoring: The breaker constantly monitors the electric current and voltage across the circuit. If the current exceeds the specified range, the breaker will trip.
• Tripping: When the breaker detects an overcurrent situation, it will trip, meaning it will mechanically open the circuit, thus disconnecting the power supply.
• Resetting: This step involves manually resetting the breaker. After the fault has been dealt with and the current is back within range, the breaker can be reset and the power supply restored.

Conclusion

The 1610-92-20A circuit breaker is a versatile device used in a range of settings. It offers precise control over current protection, making it suitable for medium- and high-voltage systems. Moreover, the 1610-92-20A circuit breaker is simple to install and maintain, and offers protection against short-circuits and overcurrents.

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