Differential Pressure Transmitter
0bar~0.35bar...35bar
Accuracy: ±0.5%FS
4~20mA DC 0/1~5V DC 0~10/20mA DC
New Product Change Notice (PCN) effective Jan 1, 2025. MICROSENSOR appreciate your understanding.
MPM4736
Used For
Water Treatment, Electric Power, Environmental Protection, Hydraulic and Pneumatic Control Systems
Leave a MessageThe MPM4736 digital pressure transmitter performs precise measurement under the efficient and low-cost operation of the application system. While monitoring the pressure or liquid level, the MPM4736 can also measure the temperature information of the medium and the environment. It consumes no more than 10uA in auto-sleep mode. This results in longer battery life and lower maintenance costs. The wide voltage of this product supports multiple power supply methods. High-precision digital processing circuit plus special algorithm to achieve high-precision measurement. MPM4736 digital pressure transducer is suitable for temperature and pressure monitoring in industries such as environmental protection, papermaking, hydraulic pressure and pneumatic control systems.
Feature
• High-precision, multi-parameter measurement
• Extremely low power consumption, longer battery life
• Standard protocol, convenient networking
Specifications
• Measured range: -1bar…0bar~0.1bar…1000bar
• Overpressure: ≤1.5 times FS or 1100bar (min. value is valid)
• Total accuracy: ±0.25%FS(-10℃~70℃)
• Temperature accuracy:±0.5℃(-20℃~80℃)±0.75℃(-30℃~-20℃)
• Long-term stability: ±0.25%FS/year
• Compensation temperature: -10℃~70℃
• Operation temperature: -30℃~80℃
Image:
The MPM4736 digital pressure transmitter performs precise measurement under the efficient and low-cost operation of the application system. While monitoring the pressure or liquid level, the MPM4736 can also measure the temperature information of the medium and the environment. It consumes no more than 10uA in auto-sleep mode. This results in longer battery life and lower maintenance costs. The wide voltage of this product supports multiple power supply methods. High-precision digital processing circuit plus special algorithm to achieve high-precision measurement. MPM4736 digital pressure transducer is suitable for temperature and pressure monitoring in industries such as environmental protection, papermaking, hydraulic pressure and pneumatic control systems.
Feature
• High-precision, multi-parameter measurement
• Extremely low power consumption, longer battery life
• Standard protocol, convenient networking
Specifications
• Measured range: -1bar…0bar~0.1bar…1000bar
• Overpressure: ≤1.5 times FS or 1100bar (min. value is valid)
• Total accuracy: ±0.25%FS(-10℃~70℃)
• Temperature accuracy:±0.5℃(-20℃~80℃)±0.75℃(-30℃~-20℃)
• Long-term stability: ±0.25%FS/year
• Compensation temperature: -10℃~70℃
• Operation temperature: -30℃~80℃

0bar~0.35bar...35bar
Accuracy: ±0.5%FS
4~20mA DC 0/1~5V DC 0~10/20mA DC

-1bar...0mbar~100mbar…1000bar
General / Flush Diaphragm
CE, RoHS, ATEX approved
DNV and ABS certifications for installation on the ship

Range:-1bar...0~0.1bar…1000bar
Accuracy: ±0.1%FS
RS485/HART Protocol
DNV approved for ship use

Range: 0~250mbar to 0~250bar
Accuracy:±0.25%FS, ±0.5%FS
Output: 4mA~20mA DC, 0/1V~5/10V DC, 0.5V~4.5V DC

In the papermaking process, pulp is fed into the headbox of the paper machine. In the hydraulic headbox, pulp enters the weir pool via the conical distribution pipe and tube bundles, and is then sprayed onto the forming wire by the weir plate. Since the pulp jet velocity is controlled by adjusting the headbox slice pressure per the wire speed, accurate pressure measurement in the headbox is essential.
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Natural gas undergoes a long process of transportation pipeline transmission, filtration, odorization, and pressure regulation from extraction to end-user consumption. In this process, monitoring the pressure and temperature within the pipeline is critical to ensuring the proper operation of the system.
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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.
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There is a shortage of freshwater resources in coastal or nearshore areas. Desalination is an important solution to water shortages in these areas. During the seawater desalination process, data such as flow rate and liquid level need to be monitored. Monitoring of these data ensures that the system is operating properly.
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