Differential Pressure Transmitter
0bar~0.35bar...35bar
Accuracy: ±0.5%FS
4~20mA DC 0/1~5V DC 0~10/20mA DC
MDM390
Used For
Industry Process Control, Control Pump, Air Dynamical Measure and Liquid Pressure Instrument, Medical Device, Vacuum Atmospheric and HVAC
Leave a MessageThe MDM390 differential pressure transducer is manufactured in an all-welded housing with G1/4 female threads. The static pressure transmitter is OEM type with max. static pressure 200bar. MDM390 is cable-connected and supplied with a constant-current power supply. It offers small size, precise performance, all-solid-state insulation, and high stability, reliability, and accuracy. The vacuum pressure transducer is also suitable for vacuum atmospheric, medical device and HVAC.
Features
• OEM differential pressure sensor
• Max. static pressure 200bar
Specifications
• Pressure range: 0~0.35bar…35bar
• Zero output: ≤2mVDC
• Output signal: ≥60mVDC
• +Overpressure: 2 times FS
• -Overpressure: 1 time FS or 10bar(min. value is valid)
• Static pressure: ≤200bar
• Static pressure effect: ≤0.05mV/1bar
Image:
The MDM390 differential pressure transducer is manufactured in an all-welded housing with G1/4 female threads. The static pressure transmitter is OEM type with max. static pressure 200bar. MDM390 is cable-connected and supplied with a constant-current power supply. It offers small size, precise performance, all-solid-state insulation, and high stability, reliability, and accuracy. The vacuum pressure transducer is also suitable for vacuum atmospheric, medical device and HVAC.
Features
• OEM differential pressure sensor
• Max. static pressure 200bar
Specifications
• Pressure range: 0~0.35bar…35bar
• Zero output: ≤2mVDC
• Output signal: ≥60mVDC
• +Overpressure: 2 times FS
• -Overpressure: 1 time FS or 10bar(min. value is valid)
• Static pressure: ≤200bar
• Static pressure effect: ≤0.05mV/1bar
In the HVAC chiller systems, measuring heat and pressure is vital for optimal performance. Pressure transmitters ensure the refrigerant operates within safe limits, while flow meters and temperature sensors calculate heat exchange efficiency. Accurate measurements enhance system reliability, and efficiency, and prevent potential failures.
more info...Gas gathering stations gather and process natural gas from multiple wells. Instruments in the pipeline monitor real-time data changes, such as gas or liquid flow. It helps control the water injection for the purpose of measuring and transporting oil and gas.
more info...Various monitoring instruments are installed in the water storage tanks, pools, and pipelines of the water supply pump station to monitor the operation of the facilities in real-time. Through advanced cloud computing and big data technology, production data is integrated for timely alarms and early warnings.
more info...In HVAC systems, measuring the pressure of refrigerants is critical. Pressure transmitters monitor the refrigerant's pressure to ensure it operates within safe limits, preventing leaks and system failures. Accurate pressure measurement enhances system efficiency, ensures optimal cooling performance, and maintains safety by detecting potential issues early
more info...