ATEX Pressure Transmitter
-1bar...0bar~0.1bar…1000bar
General / Flush Diaphragm
CE, RoHS, ATEX approved
DNV and ABS certifications for installation on the ship
MDM4901FL
Used For
Medical and Pharmaceutical Industries, Oxygen Storage Tanks
Leave a MessageMDM4901FL differential pressure transmitter is designed for oxygen pressure measurement. MDM4901FL gas pressure transducer is filled with fluorine oil inside. After being cleaned through a special process, the product meets the conditions of oxygen measurement and oil-free body. High accuracy and high stability cryogenic pressure transducer for oxygen measurement solves the problem of measuring gas differential pressure in industrial oxygen vertical/horizontal storage tanks.
Feature
• Special for oxygen pressure measurement
• Pressure range from 350 mbar to 35 bar
• Easy to operate and verify
• CE certification and RoHS certification
Image:
MDM4901FL differential pressure transmitter is designed for oxygen pressure measurement. MDM4901FL gas pressure transducer is filled with fluorine oil inside. After being cleaned through a special process, the product meets the conditions of oxygen measurement and oil-free body. High accuracy and high stability cryogenic pressure transducer for oxygen measurement solves the problem of measuring gas differential pressure in industrial oxygen vertical/horizontal storage tanks.
Feature
• Special for oxygen pressure measurement
• Pressure range from 350 mbar to 35 bar
• Easy to operate and verify
• CE certification and RoHS certification
-1bar...0bar~0.1bar…1000bar
General / Flush Diaphragm
CE, RoHS, ATEX approved
DNV and ABS certifications for installation on the ship
Hydrogen Service Gold Plated Diaphragm
Range:0.1Bar~70Bar
Output Signal:4~20mA 0/1~5/10V DC 0.5~4.5V DC 0.5~2.5V DC
Widely used in the medical and pharmaceutical industry for oxygen measurement
All-welded design
Fully digital temperature compensation calibration
Adapted to breathable membranes
Pressure type: Gauge
Range: -1bar~15bar; -1bar~35bar; -1bar~210bar
Accuracy: ±0.5%FS
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