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YS-Diaphragm pressure transmitterIt is formed by installing a welded sealing isolation membrane structure. Its welding sealing isolation membrane device has various forms of process connection structures, which are particularly suitable for pressure measurement in high temperature, high viscosity, crystalline media, and easily clogged environments, as well as for pressure measurement in sanitary and pharmaceutical applications.
Typical applications:
Food, beverage, pharmaceutical and hygiene, papermaking and other hygiene industries
Diaphragm pressure transmitterTechnical performance:
Clean flat isolation membrane, in compliance with international 3A hygiene standards
Adopting ceramic capacitive pressure sensors or diffused silicon pressure sensors
Range: 0-4KPa~35MPa
Power supply: 15-36VDC
Temperature drift: 0.02% FS/° C
Accuracy: 0.25%
Shell protection: IP65
Electrical connection: Cable type Hosman connector 2088 shell waterproof box optional
Temperature: The electronic circuit board operates at -40~85 ℃; Sensitive components operate at -40~104 ℃; Storage temperature -40~85 ℃; With digital display -25~65 ℃ (normal operation); -40-85 ℃ (no damage);
Relative humidity: 0-95%
Stability: * * * within a large range of ± 0.25%/6 months
Vibration effect: In any axial direction, at a frequency of 200Hz, the error is ± 0.05%/g within a large range of * * *
Load impact: As long as the voltage of the input transmitter is higher than 12V, there is no load impact in the load working area.
Installation position impact: * * * can generate zero position errors of no more than 0.25kPa, which can be eliminated through calibration without affecting the range; The relative rotation of the measuring body to the flange has no effect.
Diaphragm pressure transmitterInstructions:
1) If there is an overload in the measured pressure, please provide the overload pressure value.
2) If the temperature of the measured medium continues to be as high as 130 ℃ or below -20 ℃, it is recommended to use a temperature isolator or capillary structure to ensure that the sensor is not damaged
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