Intelligent Gauge Pressure Transmitter
0bar~0.006bar…600bar
Accuracy: ±0.075%
HART Protocol
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. It is OEM type with max. static pressure 200bar. The product 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.
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
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The MDM390 Differential Pressure Transducer is manufactured in an all-welded housing with G1/4 female threads. It is OEM type with max. static pressure 200bar. The product 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.
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
Range: -200℃ ...0℃~ 500℃
Accuracy: ±0.5%FS (FS ≥ 100℃ ), ±0.5℃ (FS < 100℃ )
Working temperature: -30℃~ 70℃
Customization available, mass production
3.5, 7, 10, 20, 35, 70, 100, 200mH2O
Accuracy: ±0.1%FS (Typ.)
HART Protocol
There are a large number of application scenarios of oil, gas, water and other fluid medias in industrial production, which are often stored in tanks of various sizes. Instruments can be installed to monitor the liquid level and pressure changes in the tanks, and automation management can be achieved through platforms and networks.
more info...Pressure, flow, and level measuring instruments are deployed in water tanks, pipelines, and water inlets/outlets. This helps to manage the macro-control of production data in the water plant. Measuring instruments ensure smooth operation and normal production.
more info...Real-time monitoring of groundwater monitoring wells in the water source area is conducted using monitoring instruments, obtaining data such as water level and flow, thus allowing timely understanding of groundwater resource extraction and usage, providing early warnings, and ensuring the rational use of water resources.
more info...Pressure, level, and flow measurements at the rainwater outlet ensure stable drainage. Monitoring instruments help detection and early warning of pipe burst incidents in time.
more info...