Rosemount 3051S Multivariable Transmitter and Flowmeter
2019-05-06 18:56 Click：times
Features:
Three process and flow calculations can be performed in a single unit and can be calibrated to varying process conditions with very accurate readings.
Fortunately, there is no need to worry about high-priced products. Users of the Rosemount 3051S Transmitter know that the 3051SMV integrates multivariable measurements into the industry-leading 3051S Scalable Platform, providing unprecedented levels of excellence and functionality for better control of raw materials, combustion, reaction, mixing and product quality. The specific parameters are as follows:
Measurement Type Multivariate Measurement
Output HART®
Reference Accuracy Flow: Flow accuracy is ±0.65% at a flow adjustment ratio of 14:1
Differential pressure: ±0.04% differential pressure reading and 200:1 differential pressure adjustment ratio
Absolute pressure and gauge pressure: ±0.25% of range and 200:1 drop
Process Temperature RTD Interface: ±0.67 oF (0.37 oC)
Sensor matching via Callendar-Van Dusen constants
Long-term stability 10-year stability
Warranty 12 year limited warranty
Variable mass, volume and energy flow
Cumulative traffic
Differential pressure
Static pressure (gauge pressure and absolute pressure)
Process temperature
Available calculation types Fully compensated mass and energy flow
Direct process variable output
Available measurement combinations Differential pressure, static pressure and process temperature
Differential pressure and static pressure
Differential pressure and process temperature
Differential pressure
Three process and flow calculations can be performed in a single unit and can be calibrated to varying process conditions with very accurate readings.
Fortunately, there is no need to worry about high-priced products. Users of the Rosemount 3051S Transmitter know that the 3051SMV integrates multivariable measurements into the industry-leading 3051S Scalable Platform, providing unprecedented levels of excellence and functionality for better control of raw materials, combustion, reaction, mixing and product quality. The specific parameters are as follows:
Measurement Type Multivariate Measurement
Output HART®
Reference Accuracy Flow: Flow accuracy is ±0.65% at a flow adjustment ratio of 14:1
Differential pressure: ±0.04% differential pressure reading and 200:1 differential pressure adjustment ratio
Absolute pressure and gauge pressure: ±0.25% of range and 200:1 drop
Process Temperature RTD Interface: ±0.67 oF (0.37 oC)
Sensor matching via Callendar-Van Dusen constants
Long-term stability 10-year stability
Warranty 12 year limited warranty
Variable mass, volume and energy flow
Cumulative traffic
Differential pressure
Static pressure (gauge pressure and absolute pressure)
Process temperature
Available calculation types Fully compensated mass and energy flow
Direct process variable output
Available measurement combinations Differential pressure, static pressure and process temperature
Differential pressure and static pressure
Differential pressure and process temperature
Differential pressure
Contact email:sales006@rig123.com
Leon Lee
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