In industrial applications, accurate pressure measurement is crucial to ensure production safety and improve product quality. The pressure transmitter 2051CD2A02A1AS5E1M5Q4 adopts advanced isolation technology, sensing design and signal processing technology to establish its leadership in the field of industrial pressure measurement.

In terms of working principle, the high and low pressure sides of the pressure transmitter 2051CD2A02A1AS5E1M5Q4 are separated by an isolation diaphragm. The isolating diaphragm transmits the process pressure to the internal filling fluid, which acts as a medium to evenly distribute the pressure to the sensing diaphragm. The sensing diaphragm is an elastically tensioned piece that will move when subjected to pressure.

For GP (gauge pressure) transmitters, the low-pressure side of the sensing diaphragm is affected by atmospheric pressure, while the high-pressure side is affected by the actual process pressure; for AP (absolute pressure) transmitters, both sides of the sensing diaphragm Both are affected by pressure, and one side always maintains a fixed reference pressure (usually atmospheric pressure).

The displacement of the sensing diaphragm is very small, usually within 0.004 inches (about 0.1 mm), and this displacement is proportional to the applied pressure. The capacitive plates on both sides of the pressure transmitter 2051CD2A02A1AS5E1M5Q4 are responsible for monitoring the position changes of the sensing diaphragm. When the sensing diaphragm moves, the capacitance value between it and the capacitor plate will change. This changed capacitance value is converted into a corresponding current, voltage or digital HART output signal through the circuit.

The HART communication protocol is an industry standard digital communication protocol that allows the pressure transmitter 2051CD2A02A1AS5E1M5Q4 to provide more data, such as device diagnostic information and calibration data, thereby improving the reliability and maintainability of the system.

These design features of the pressure transmitter 2051CD2A02A1AS5E1M5Q4 ensure that it can provide high accuracy and stability under various working conditions and is suitable for a wide range of industrial applications, such as petrochemical, water treatment, power and pharmaceutical industries. Through its unparalleled operating performance and scalability, this pressure transmitter is the leader in pressure measurement technology.

Yoyik can offer many spare parts for power plants as below:
pressure switch with indicator 3051GP1A2B21BB4M5HR5
Power Board M83 ME8.530.004-4
magnetic displacement sensor TD-1 (0-200mm)
Thermocouple WRNK2-332
thermocouple WRNK2-231-S19
Flow switch V6EPS-S-D-3-S-CSA
magnetic linear position sensor 268.33.01.01(3)
Eddy Current Sensor PR6423/001-020
eddy current sensor is used for CON021/916-240
FOXBORO Card FBM224
resistive linear transducer TD-1-250-10-01-0
Graphic Display MBC-264L
LVDT Sensor HDC485-50-10