Smart Differential Pressure Transmitter With Remote Diaphragm Seal
Accuracy: ±0.75%URL
Range: 0.4bar~2.5bar
Long-term stability: ±0.1% Span/10 years
DNV, ABS, KR, NK, and RS approved for installation on vessels
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MDM7000LT
Used For
Oil and Gas Industry, Power Generation and Mining Industry, Urban Water Supply and Drainage
Leave a MessageMDM7000-LT Intelligent Level Transmitter is applicable for level measurement of high viscosity, corrosive, and easily precipitated fluids. It supports multiple options of liquid as a filled oil that transmits the media pressure from the flange end to the instrument body. MDM7000-LT can be directly mounted on the flanges available for different standards. The level transmitter has a measuring range of 0.4 bar to 2.5 bar. This transmitter is suitable for use in various industries where precise level measurement is required.
Features
• Measurement Range: 0.4bar~2.5bar
• Support 4~20mA DC, RS485 Modbus signal output
• Available for remote setting and monitoring
• High accuracy with stable performance
• High overload protection diaphragm & EMC protection circuit module
• Monocrystalline silicon piezoresistive sensor technology
• DNV, ABS, KR, NK, and RS approved for installation on vessels
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MDM7000-LT Intelligent Level Transmitter is applicable for level measurement of high viscosity, corrosive, and easily precipitated fluids. It supports multiple options of liquid as a filled oil that transmits the media pressure from the flange end to the instrument body. MDM7000-LT can be directly mounted on the flanges available for different standards. The level transmitter has a measuring range of 0.4 bar to 2.5 bar. This transmitter is suitable for use in various industries where precise level measurement is required.
Features
• Measurement Range: 0.4bar~2.5bar
• Support 4~20mA DC, RS485 Modbus signal output
• Available for remote setting and monitoring
• High accuracy with stable performance
• High overload protection diaphragm & EMC protection circuit module
• Monocrystalline silicon piezoresistive sensor technology
• DNV, ABS, KR, NK, and RS approved for installation on vessels

Accuracy: ±0.75%URL
Range: 0.4bar~2.5bar
Long-term stability: ±0.1% Span/10 years
DNV, ABS, KR, NK, and RS approved for installation on vessels

MDM7000-GP Accuracy:±0.075%, ±0.1%FS, ±0.2%URL
MDM7000-AP Accuracy:±0.1%, ±0.2%URL
MDM7000-GP Range:0.4bar ~400bar
MDM7000-AP Range:0.1bar~100bar
Long-term stability:±0.1% SPAN/10years
Maximum turndown ratio:100:1
DNV, ABS, KR, NK, and RS approved for installation on vessels

MDM7000-GP-T Accuracy:±0.1%、±0.2%URL
MDM7000-AP-T Accuracy:±0.1%、±0.2%URL
MDM7000-GP-T Range:0.4bar~100bar
MDM7000-AP-T Range:0.4bar~10bar
DNV, ABS, KR, NK, and RS approved for installation on vessels

Accuracy: ±0.05%, ±0.075%URL
Range: 20mbar~100bar
Long-term stability: ±0.1% Span/10 years
Maximum turndown ratio:100:1
DNV, ABS, KR, NK, and RS approved for installation on vessels

The papermaking process generates large amounts of pulp and chemicals, requiring the use of towers, pools, tanks, and other containers for storage and transportation. Installing intelligent pressure transmitters that can work in conjunction with computer control systems allows for timely monitoring of pressure, differential pressure, and flow information, effectively improving production efficiency and reducing losses.
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Pressure, level, and flow measurements at the rainwater outlet ensure stable drainage. Monitoring instruments help detection and early warning of pipe burst incidents in time.
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In response to the national sustainable development strategy, enterprises typically install industrial wastewater treatment equipment, such as magnetic flowmeters and open channel flowmeters, to monitor and measure wastewater treatment and discharge.
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Centralizing the oil and gas produced by scattered oil wells, processing and initial processing, and exporting it after meeting the standards. The process requires multiple steps, including oil and gas separation, crude oil dehydration, and natural gas purification, thus requiring various instruments to measure production parameters.
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