Widely used in chemical, oil and gas, pulp and paper, electric power, metallurgy, energy, food and beverage, medical and health and other general process industries
MDM6000DAP/DGP
· MDM6000-DGP Accuracy:±0.075%,±0.1%,±0.2%URL
· MDM6000-DAP Accuracy::±0.1%、±0.2%URL
· MDM6000-DGP Range:60mbar ~400bar
· MDM6000-DAP Range:0.4bar~100bar
· Long-term stability:±0.2%SPAN/5years
· Maximum turndown ratio:100:1
Used For
Widely used in chemical, oil and gas, pulp and paper, electric power, metallurgy, energy, food and beverage, medical and health and other general process industries
Widely used in chemical, oil and gas, pulp and paper, electric power, metallurgy, energy, food and beverage, medical and health and other general process industries
MDM6000-DGP/DAP Intelligent Differential Pressure Mounted Gauge/Absolute Pressure Transmitter adopts advanced monocrystalline silicon piezoresistance technology and high-strength housing, can be used to measure the pressure, differential pressure, level, density, flow of liquid, gas, steam, etc.. It converts the measured differential pressure into 4~20mA DC current signal (supports superimposed HART communication protocol), or MODBUS RS485 signal output. It is available for remote setting, monitoring and testing and is suitable for harsh process industries.
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MDM6000-DGP/DAP Intelligent Differential Pressure Mounted Gauge/Absolute Pressure Transmitter adopts advanced monocrystalline silicon piezoresistance technology and high-strength housing, can be used to measure the pressure, differential pressure, level, density, flow of liquid, gas, steam, etc.. It converts the measured differential pressure into 4~20mA DC current signal (supports superimposed HART communication protocol), or MODBUS RS485 signal output. It is available for remote setting, monitoring and testing and is suitable for harsh process industries.
What factors should be paid attention to when choosing a cost-effective sensor product? Let us take the diffused silicon pressure sensor as an example.
we have respectively popularized the nonlinearity, repeatability, and hysteresis of the pressure sensor which all determines the accuracy of the pressure sensor. Today, Dr. Mike will talk about the accuracy of the pressure sensor!