MPM483E
Hydrogeology, Heating and Water Supply, Mechanical Equipment Coordination, RTU Coordination
Leave a MessageMPM483E
Used For
Hydrogeology, Heating and Water Supply, Mechanical Equipment Coordination, RTU Coordination
Leave a MessageMPM483E Pressure Transmitter is a high-level electromagnetic compatible on-site pressure monitoring device. MPM483E is very suitable for working conditions with harsh environments. Under Micro Sensor's mature pressure transmitter design and manufacturing technology, the product has been automatically tested by computer and laser fine-tuning technology to achieve measurement accuracy. The product has undergone long-term aging tests, and its performance is stable and reliable. MPM483E high accuracy pressure transmitter is used in equipment or environments with electromagnetic interference, and occasions that require on-site pressure calibration.
Features
• Corrosion-resistant casing,
• High anti-interference ability
• With on-site display, it is convenient for inspection and observation.
Specifications
• Range: -1bar…0mbar~100mbar…1000bar
• Over pressure: ≤2×FS or 1100bar (whichever is less)
• Long-term Stability: ±0.3%FS/year
• Operation Temperature: -30℃~80℃
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MPM483E Pressure Transmitter is a high-level electromagnetic compatible on-site pressure monitoring device. MPM483E is very suitable for working conditions with harsh environments. Under Micro Sensor's mature pressure transmitter design and manufacturing technology, the product has been automatically tested by computer and laser fine-tuning technology to achieve measurement accuracy. The product has undergone long-term aging tests, and its performance is stable and reliable. MPM483E high accuracy pressure transmitter is used in equipment or environments with electromagnetic interference, and occasions that require on-site pressure calibration.
Features
• Corrosion-resistant casing,
• High anti-interference ability
• With on-site display, it is convenient for inspection and observation.
Specifications
• Range: -1bar…0mbar~100mbar…1000bar
• Over pressure: ≤2×FS or 1100bar (whichever is less)
• Long-term Stability: ±0.3%FS/year
• Operation Temperature: -30℃~80℃
0bar~0.35bar…35bar
Accuracy: ±0.25%FS(typ.)
analog 4~20mADC, 0~10/20mADC or 0/1~5VDC; digital RS485
Pressure transmitters are used not only to measure the pressure inside the tank but also to measure the absolute pressure of the tank body and the pressure before and after the cryogenic pump, ensuring the safe operation of the system. Differential pressure measurement is the most common and reliable method for measuring the liquid level of cryogenic high-pressure bulk storage tanks.
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During the process of oil and gas transportation, it is necessary to collect and analyze production and security data related to pipelines and production sites, and generally a supporting SCADA system needs to be built simultaneously. The SCADA system can monitor, control and manage the flow rate, pressure and temperature of the entire pipeline in real time, in order to achieve safe transportation, reduce consumption and improve economic efficiency.
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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.
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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.
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