MEP-SD4A multi-channel digital instrument
Name: multi-channel digital display instrument
Input signal: thermal resistance, thermocouple, 0-5v, 4-20mA, MV/V
Analog output: 0-10V, 0-5V, 4-20MA
Digital output: RS232/RS485
Control output: Relay relay
Test speed: 5 times per second
Application: Measurement and control of pressure, temperature, flow rate, stress, etc.
Keywords: digital instrument, pressure controller, temperature controller
The MEP-SD4A multi-channel digital display instrument is a pressure and temperature controller with high precision, fast measurement and control speed, and multiple optional functions. It is suitable for various measurement and control applications such as pressure, temperature, flow rate, and stress.
This instrument is equipped with 128 × 64 dot matrix monochrome LCD screen display, aluminum alloy shell, simple and beautiful appearance. Its 0.2 level accuracy and 0.2 second measurement and control speed per channel ensure accurate and efficient measurement in various application scenarios.
The input signals of the MEP-SD4A multi-channel digital display instrument are thermal resistance, thermocouple, 0-5V, 4-20mA, and MV/V. All channels are universal inputs, and different input signal types can be selected through parameters. This provides users with greater flexibility in selecting appropriate input signals based on different measurement needs.
This instrument has a Chinese character display mode, which can display the measurement results more clearly. In addition, it is also equipped with 2 or 4 point relay outputs, with up to 2 optional transmission outputs and 1 external power supply output. These functions provide users with more choices and can be configured according to actual needs.
The MEP-SD4A multi-channel digital display instrument can also be equipped with communication interfaces, facilitating data transmission and control operations for users. Overall, this instrument has rich functions, high accuracy, and is easy to use, making it suitable for various measurement and control applications.