MPM460
Chemical, Metallurgy, Water Supply and Drainage, Power Plants
Leave a MessageMPM460
Used For
Chemical, Metallurgy, Water Supply and Drainage, Power Plants
Leave a MessageMPM460 pressure controller with local LED display, supports relay signal, analog or Modbus output. Maximum 5 controlling points. MPM460 transmitting switch could measure and control pressure accurately in the harsh environment. The device has the capability to use RS485 networking for transmitting data and displaying local measurements. Additionally, it can deliver analog standard signals or relay control signals as required.
Features
• Precise measurement and control of pressure, differential pressure and liquid level
• The protection level of the whole machine reaches IP65
• Suitable for open-air environments and harsh sites
• RS485 bus form networking
Specifications
• Output signal: 4~20mADC, 0~10/20mADC or 0/1~5VDC; digital RS485
• Accuracy: +0.25%FS(typ.); +0.5%FS(max.) including analog output’s lin.,rep. and hys.
• Zero temp.drift: +0.03%FS/°C(≤100kPa), +0.02%FS/°C(>100kPa)
• FS temp.drif: t +0.03%FS/°C(≤100kPa), +0.02%FS/°C(>100kPa)
• Long-term stability: ≤+0.5%FS/year
• Relay quantity :1~5
• Load: 240V/5A(AC)or 30V/5A(DC)
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MPM460 pressure controller with local LED display, supports relay signal, analog or Modbus output. Maximum 5 controlling points. MPM460 transmitting switch could measure and control pressure accurately in the harsh environment. The device has the capability to use RS485 networking for transmitting data and displaying local measurements. Additionally, it can deliver analog standard signals or relay control signals as required.
Features
• Precise measurement and control of pressure, differential pressure and liquid level
• The protection level of the whole machine reaches IP65
• Suitable for open-air environments and harsh sites
• RS485 bus form networking
Specifications
• Output signal: 4~20mADC, 0~10/20mADC or 0/1~5VDC; digital RS485
• Accuracy: +0.25%FS(typ.); +0.5%FS(max.) including analog output’s lin.,rep. and hys.
• Zero temp.drift: +0.03%FS/°C(≤100kPa), +0.02%FS/°C(>100kPa)
• FS temp.drif: t +0.03%FS/°C(≤100kPa), +0.02%FS/°C(>100kPa)
• Long-term stability: ≤+0.5%FS/year
• Relay quantity :1~5
• Load: 240V/5A(AC)or 30V/5A(DC)
Low Power Consumption
Range:0.1Bar~1000Bar
Digital temperature compensation and non-linearity modulation
MDM7000-DGP Accuracy：±0.075%，±0.1%，±0.2%URL
MDM7000-DAP Accuracy：：±0.1%、±0.2%URL
MDM7000-DGP Range：60mbar ~400bar
MDM7000-DAP Range：0.4bar~100bar
Long-term stability：±0.1%SPAN/5years
Maximum turndown ratio：100：1
-1bar...0~0.1bar…1000bar
Accuracy: ±0.25%FS (Typ.)
General / Flush Diaphragm
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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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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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.
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Pipelines are the most common water transportation and irrigation facilities, effectively reducing evaporation and leakage of water resources during transportation. Installing monitoring instruments in irrigation pipelines to accurately measure discharge flow is a crucial aspect of rational water resource allocation and reasonable water fee collection.
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