Differential Pressure Transmitter
Output: mV
Accuracy: 0.25%FS
Max. static pressure 20MPa
New Product Change Notice (PCN) effective Jan 1, 2025. MICROSENSOR appreciate your understanding.
MDM490
Used For
Petroleum industry, Chemical industry, Electricity industry, Hydrology
Leave a MessageThe sensing element of MDM490 is a diffused silicon piezoresistive differential pressure sensor with a stainless steel 316L isolation diaphragm. The reliable performance of the DP sensor is due to temperature compensation and aging screening. It enables zero and full scale to be adjusted externally. MDM490 has obtained CE and RoHS certifications.
MDM490 DP transmitter is used for various gas and liquids differential pressure measurements of the pipeline, cylinder, bulk, and micro bulk.
Feature
• Gases & liquids differential pressure measurement
• Small size, easy installation
• Laser welding & All stainless steel sealed structure
• Explosion-proof certified
Specification
• Range: 0mbar~350mbar…35bar
• Overpressure positive pressure: ≤2 times FS, negative pressure is not allowed
• Maximum Static Pressure: ≤200bar
• Pressure Type: differential pressure
• Accuracy: ±0.5%FS
• Application Temperature: -30℃ ~ 80℃
• Output Signal: 4mA~20mA DC, 0mA~10/20mA DC, 0/1V~5V DC, 0V~10V DC
• Power Supply: 15V~28V DC
Image:
The sensing element of MDM490 is a diffused silicon piezoresistive differential pressure sensor with a stainless steel 316L isolation diaphragm. The reliable performance of the DP sensor is due to temperature compensation and aging screening. It enables zero and full scale to be adjusted externally. MDM490 has obtained CE and RoHS certifications.
MDM490 DP transmitter is used for various gas and liquids differential pressure measurements of the pipeline, cylinder, bulk, and micro bulk.
Feature
• Gases & liquids differential pressure measurement
• Small size, easy installation
• Laser welding & All stainless steel sealed structure
• Explosion-proof certified
Specification
• Range: 0mbar~350mbar…35bar
• Overpressure positive pressure: ≤2 times FS, negative pressure is not allowed
• Maximum Static Pressure: ≤200bar
• Pressure Type: differential pressure
• Accuracy: ±0.5%FS
• Application Temperature: -30℃ ~ 80℃
• Output Signal: 4mA~20mA DC, 0mA~10/20mA DC, 0/1V~5V DC, 0V~10V DC
• Power Supply: 15V~28V DC
-1bar...0mbar~100mbar…1000bar
General / Flush Diaphragm
CE, RoHS, ATEX approved
DNV and ABS certifications for installation on the ship
Sump wells are important facilities for convenient daily inspection, prevention, and dredging of drainage pipe blockages. By deploying monitoring instruments at the bottom of the well, a comparison of drainage volume and rainfall is made, allowing for the prediction of flooding points and drainage times under real-time changing drainage conditions. When the water level data exceeds the preset warning value, a timely alarm is given, effectively preventing urban flooding.
more info...High-speed paper mills use a vacuum system with turbine blowers to facilitate dewatering. The vacuum level, which is controlled by motor speed, must be continuously monitored. In addition, to ensure safe vacuum pump/blower operation, the lubrication status of bearings is maintained by measuring lubricant pressure and reservoir level.
more info...Irrigation and drainage pumping stations solve the problem of gravitational water diversion in irrigation areas, enabling cross-basin water transfer. MicroSensor provides real-time pressure and flow monitoring for inlet and outlet pipelines of these pumping stations, contributing to the accurate measurement of information-based irrigation areas and high-standard farmland construction.
more info...In the electric power industry, especially in power plants and transmission systems, it is very important to accurately monitor and control pressure, level, temperature and flow, because these specifications will directly affect the operating efficiency and safety of the system. Micro Sensor's monitoring instrumentation solutions integrate advanced sensor technology and intelligent control systems, which can provide accurate data and efficient control even in complex environments, and optimize the power production and transmission process.
more info...