PM242 Diffused Silicon Pressure transmitter

3. Strong anti-interference capability: It can effectively resist the influence of various external interference sources such as electromagnetic interference and mechanical vibration, ensuring the accurate transmission and processing of measurement signals, maintaining stable measurement performance, and accurately output measurement results even in complex and harsh environments.

4. Extremely high precision and repeatability: The precision can reach 0.2 and 0.5 grades, which means that pressure changes can be accurately captured during the measurement process, and the measurement error is extremely small. Meanwhile, it has good repeatability. That is, when the same pressure value is measured multiple times, extremely similar measurement results can be obtained, which reflects the consistency and reliability of the sensor's measurement and provides a strong guarantee for high-precision measurement tasks.

5. Outstanding corrosion resistance of the measurement interface: The measurement interface has excellent corrosion resistance and can resist the erosion of various corrosive media. Whether in industrial environments containing chemical substances or harsh natural conditions such as humidity and salt spray, it can maintain the integrity and performance stability of the measurement interface, extend the overall service life of the sensor, and reduce maintenance costs.

The application of diffused silicon pressure transmitters in process control, environmental control, hydraulic and pneumatic equipment, servo valves and drives, chemical products and chemical industry, and medical instruments, etc

1. Process control

Application scenarios: Process pressure monitoring in industries such as petrochemicals, pharmaceuticals, food and beverages, etc.

Function: Real-time monitoring of the pressure in pipelines, reactors and storage tanks to ensure the stability of process parameters.

2. Environmental control

Application scenarios: Environmental pressure monitoring for HVAC systems, clean rooms, greenhouses, etc.

Function: Regulate air flow and maintain pressure difference (such as positive pressure dust prevention in clean rooms).

3. Hydraulic and pneumatic equipment

Application scenarios: Fluid power systems for construction machinery, injection molding machines, compressors, etc.

Function: Monitor hydraulic oil/air pressure to optimize equipment efficiency.

4. Servo Valves and Drive systems

Application scenarios: Automated production lines, robot joint control.

Function: Provide pressure feedback signals to achieve closed-loop control.

5. Chemical and Chemical Engineering industry

Application scenario: Pressure measurement of strong acids, strong alkalis or corrosive media.

Function: Monitor the reaction process to prevent leakage or overpressure.