R11-62-.200A-B01CV-V

Introduction

R11-62-.200A-B01CV-V circuit breakers are designed to protect electrical circuits against over-current or higher than normal temperature. They are effective in preventing the overloading and over-heating of circuits by automatically tripping when the current or temperature reaches a predetermined level. This article will discuss the application field and working principle of R11-62-.200A-B01CV-V circuit breakers.

Application Field

R11-62-.200A-B01CV-V circuit breakers are mostly used in residential and commercial settings. These types of circuit breakers are commonly used in a wide variety of electrical applications, such as lighting, heating, air conditioning, refrigeration, motor control, and other related hazardous locations where a high overload current is expected.

The circuit breaker is highly suitable for remote switchgear locations because it offers a unique method of protection. It is suitable for non-fault locations and is designed to be extremely robust and reliable. Additionally, this circuit breaker has a long lifetime and is highly resistant to vibration or shock.

Working Principle

R11-62-.200A-B01CV-V circuit breakers function by sensing changes in the current flow. It detects the current and compares it with the predetermined current level. If the current level increase beyond the threshold, the circuit breaker will trip in order to protect the circuit from further damage or injury.

In addition to these main functions, the circuit breaker has built in other additional protections. The breaker is equipped with an arc-fault current detector, which is triggered when an arc is detected in the circuit. Furthermore, it is configured to provide fault indicators when a hazardous condition is detected in the circuit.

Conclusion

In conclusion, the R11-62-.200A-B01CV-V circuit breaker is an ideal choice for home and industrial applications. This type of breaker is designed to provide reliable protection against over-current, over-temperature, and hazardous arc-fault conditions. Its small size makes it highly suitable for use in remote switchgear applications. The circuit breaker’s ability to detect small changes in current, as well as its inherent reliability, make it an excellent choice for many types of electrical systems.