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Rosemount-SAM42 Acoustic Particle Monitor

Rosemount™ SAM42 Acoustic Particle Monitor

Product Description

Optimize the production of your well by instantly monitoring sand rates directly from the device while minimizing the risk of erosion within your pipework and increasing your asset’s safety. Rosemount SAM42 is a non-intrusive acoustic particle monitor that provides instant sand rates and an indication of solid particles production right from the device, with the ability to detect low concentration solids in challenging conditions. These features combine to offer industry leading sand measurement repeatability and sensitivity in field conditions.

Certifications/Approvals
Ex d (Flameproof) and Ex i (Intrinsic Safety)
IP rating: IP66, IP68, Enclosure Type 4X
Output
Sand intensity (μV)
Sand rate (g/s)
Accumulated sand (g)
Sensitivity
Min detectable sand rate: 0.01 g/s (*Under reference test conditions)
Uncertainty
±5% (with sand injection calibration)
Repeatability
Better than 1%(*Under reference test conditions), meaning that the sensor signal will read the same values repeatedly with less than 1% deviation
Update Rate
Reading frequency: 1 second
Operating Temperature
-40 °F (-40 °C) to 554 °F (290 °C) at pipe surface
Communication Protocol
Modbus RTU (RS485)
Input
Input Voltage: 24 VDC/ 100–240 VAC
Dimensions
78mm (OD) (3.07") x 158mm (6.22")
Weight
~3kg
Detection Range
Particle detection: Typically from 15µm* in gas, and 25µm* in liquid, depending on flow velocity (*Under reference test conditions)

Charakterystyka

  • Non-intrusive sensor with onboard signal processing that sends processed data from device to DCS with no software requirement
  • Compact Explosion proof design supports the simplest installation in field, with reduced maintenance costs
  • Provides real-time data for solids production allowing for improved decision making
  • Best in class temperature performance: Works on pipes with surface temperature between -40 °C (-40 °F) and 290 °C (554 °F)
  • Able to detect solids at ultra-low concentration of solids in the flow
  • Industry leading repeatability (better than 99%) and senzitivity

Dokumenty i rysunki