Piezoresistive Pressure Sensor
Φ19×11.5mm
0bar~0.35bar…1000bar
0~70℃ Compensated
MPM4530
Used For
Power Station, Automation Industry, Petrochemical Industry, Laboratory Instruments
Leave a MessageMPM4530 high-temperature pressure transmitter is equipped with a high-temperature pressure sensing element. It is designed for high and low temperature medium in the range of -40~150℃. The whole welding structure and rigorous production process results in a pressure transmitter with stable and reliable performance which can work in a hostile environment. With its standard output signal, the MPM4530 integrates into existing measurement and control systems, minimizing installation time and effort. It has a long lifespan, reducing maintenance and replacement costs.
The versatile pressure sensor finds extensive applications in various industries such as food manufacturing, power generation, engineering, steam and heat exchange, and laboratory instruments.
Feature
• All-welded sensor body with pressure port
• Stainless steel contacting with media provides excellent resistance to corrosion
• High, low, and common temperature measurement maintains good long-term stability
• Strong anti-impact and anti-shock ability to withstand harsh operating conditions
Specifications
• Range: -0.1MPa…0MPa~0.01MPa…160MPa(G) 0MPa~0.025MPa…60MPa(A)
• Over pressure: 200%FS or 150MPa(min.value is valid)
• Media: liquid or gas which is compatible with stainless steel
• Power supply: 10~30VDC, suggested 24VDC
• Output signa:l 4~20mADC 2-wire
• Load: RL≤((U-10)/0.02)(Ω)
• Accuracy: ±0.25%FS, ±0.5%FS(including non-lin., rep. and hys.)
• Thermal error: ≤±0.025%FS/℃ (@25℃ )
• Long-term stability: ≤±0.5%FS/year
Image:
MPM4530 high-temperature pressure transmitter is equipped with a high-temperature pressure sensing element. It is designed for high and low temperature medium in the range of -40~150℃. The whole welding structure and rigorous production process results in a pressure transmitter with stable and reliable performance which can work in a hostile environment. With its standard output signal, the MPM4530 integrates into existing measurement and control systems, minimizing installation time and effort. It has a long lifespan, reducing maintenance and replacement costs.
The versatile pressure sensor finds extensive applications in various industries such as food manufacturing, power generation, engineering, steam and heat exchange, and laboratory instruments.
Feature
• All-welded sensor body with pressure port
• Stainless steel contacting with media provides excellent resistance to corrosion
• High, low, and common temperature measurement maintains good long-term stability
• Strong anti-impact and anti-shock ability to withstand harsh operating conditions
Specifications
• Range: -0.1MPa…0MPa~0.01MPa…160MPa(G) 0MPa~0.025MPa…60MPa(A)
• Over pressure: 200%FS or 150MPa(min.value is valid)
• Media: liquid or gas which is compatible with stainless steel
• Power supply: 10~30VDC, suggested 24VDC
• Output signa:l 4~20mADC 2-wire
• Load: RL≤((U-10)/0.02)(Ω)
• Accuracy: ±0.25%FS, ±0.5%FS(including non-lin., rep. and hys.)
• Thermal error: ≤±0.025%FS/℃ (@25℃ )
• Long-term stability: ≤±0.5%FS/year
Range: 1cm/s~150cm/s (water),
3cm/s~300cm/s(oil)
Temperature Compensation LED Indicator
1, 2, 5, 10, 20, 50, 100, 200mH2O
Accuracy: ±0.25%FS (Typ.)
General Level Measurement
Range:-1bar...0~0.1bar…1000bar
Accuracy: ±0.15%FS (Typ.)
RS485/HART Protocol
DNV approved for ship use
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...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...Monitoring the pressure, flow and other specifications of the entire pipe network by installing the monitoring device in water supply pipe network well contributes to scientifically scheduling water supply and ensuring the stable operation of the water supply system.
more info...Real-time collection of reservoir water level, rainfall, and other information at dam monitoring points. Based on the changes in water level and the maximum capacity of the dam, calculations are made, and warnings and alarms are issued when the water level rises above the alert value.
more info...