GMS-63H 26A

GMS-63H 26A is an electric instrument with purpose solving power measurement issues in some industry and home environments. It is also the same related electric standards as the GMS-63 series which has several other types such as GMS-63UA, GMS63PH, etc. This article will discuss the application field and working principle of GMS-63H 26A.

1. Application Field

The GMS-63H 26A instrument provides a high level of accuracy in power measurement in applications where precise measurements are required such as research laboratory, manufacturing, and some industrial processes. In addition, the instrument is designed for residential applications including residential electricity monitoring. The instrument can measure voltage, current, power, and power factor for various parameters from single end measurements to three phase measurements.

2. Working Principle

The working principle of GMS-63H 26A is simple yet effective. It is a combination of analog and digital components. The analog component is responsible for sampling the input signals and converting them into digital data. It then passes the digital data to the microprocessor which is responsible for collecting, analyzing and displaying the data on the LCD display. The microprocessor enables faster and more accurate results and it is also one of the components that give this instrument its high precision.

Then there is the digital-to-analog converter which deals with the outputs from the microprocessor and converts it into the same signals that were initially collected by the analog component. The outputs of the instrument also include two relays that are connected to it and are used to switch devices in response to certain conditions. For example, one of the relays could be used to switch off an appliance if it exceeds a certain amount of electricity.

3. Conclusion

In conclusion, the GMS-63H 26A electric instrument is a versatile and accurate device that can be used in a variety of industry and residential applications. Its working principle is based on a combination of analog and digital components which allow it to measure various parameters and switch devices as required. As such, it is a valuable tool for measuring electricity accurately in these environments.