Rosemount 3051S Multivariable Transmitter and Flow Meter

Will small changes in pressure and temperature cause major problems in your flow measurement? The changing process conditions affect the accuracy and repeatability of flow measurement, and may also lead to equipment failure. Through the Rosemount 3051S Mul

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Can small changes in pressure and temperature cause major issues in your flow measurement?

The changing process conditions affect the accuracy and repeatability of flow measurement, and may also lead to equipment failure. Through the Rosemount 3051S MultiVariable ™ The transmitter allows you to perform three types of process measurements and flow calculations in a single device, and can be calibrated according to changing process conditions, so each reading is very accurate. This means that it can enhance your control over rapidly changing process conditions, thereby increasing productivity.

The Rosemount 3051SMV flowmeter can provide you with all the engineering design required to complete mass and energy flow calculations. Using Rosemount Engineering Assistant ™ The configuration software allows for easy configuration of the Rosemount 3051SMV in just two steps. You can also order the Rosemount 3051SMV pre configured at the factory according to your specific application needs.

measurement type	Multivariate measurement
output	HART ®
Reference accuracy	internet trafficAt a flow regulation ratio of 14:1, the flow accuracy is ± 0.65% differential pressure± 0.04% differential pressure reading and 200:1 differential pressure regulation ratio Absolute pressure and gauge pressure± 0.25% range and 200:1 drop amplitude Process temperature RTD interface：±0.67 ºF (0.37 ºC) - Sensor matching achieved through Callendar Van Dusen constant
Long term stability	10-year stability
warranty	12 year limited warranty
variable	Quality, volume, and energy flow rate Traffic differential pressure Static pressure (gauge pressure and absolute pressure) process temperature
available Calculation type	Fully compensated quality and energy flow rate Direct process variable output
available measure combination	Differential pressure, static pressure, and process temperature Differential pressure and static pressure Differential pressure and process temperature differential pressure