GSBB3P12H

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Introduction

GSBB3P12H is a multi-function testing and monitoring device developed and manufactured by Senxin Technology Co. Ltd. This device is designed to enable the user to measure, monitor, display and transmit electrical signals, temperature and other parameters.

Application Field

GSBB3P12H is applicable to a variety of industries, some of which are listed below:

• Real-time power monitoring and diagnosis.
• Testing and monitoring of transformers, circuit breaker and other electrical systems.
• Temperature monitoring and control.
• Flow control and measurement.
• Environmental, pressure and humidity monitoring.

Working Principle

GSBB3P12H is essentially a measurement and monitoring device. It is comprised of a data acquisition board and a control board. The data acquisition board collects the electrical signals and temperature, while the controller board is responsible for data transmission, storage and display. Additionally, it features a variety of communication protocols to meet the data transmission requirements of different monitoring systems.

The device uses a combination of digital signal processing (DSP) and analog techniques to accurately measure the voltage, current and temperature values of the input signals. By using an advanced signal detection and processing algorithm, the device can acquire accurate data in a wide range of temperatures. Furthermore, the sampling interval is adjustable, allowing for a customised data acquisition speed.

Conclusion

GSBB3P12H is a powerful, multi-purpose measurement and monitoring system that can be used to measure, monitor, display and transmit electrical parameters, temperature and other values. It has wide applications in various industries, and its high accuracy, stability and reliability make it a perfect choice for real-time power monitoring and diagnosis applications.

The specific data is subject to PDF, and the above content is for reference