Mass Flow Sensor Rheonik RHM160
Features
- Standard Pressure ratings up to 50bar (725 psi)
- Temperature ratings from -196 to 120°C (-320 to 248°F)
- Mass flow uncertainty down to 0.15%
- Densityuncertainty down to 0.5%
- Repeatability better than 0.05%
- Typical measuring ranges between 750 and 30000 kg/min
- Accurately measure low flow rates down to 600 kg/min
- Unique robust torsion has driven oscillation system
- Approved for use in hazardous areas
- Stainless steel case
- Remote and compact transmitter versions available
Applications
Typical applications include:
- TerminalTransfer
- Allocation Metering
- Viscous Fluids
- Barge, Ship, Rail Car and Truck Filling
Benefits
- Torsionoscillator design assures a stable and drifts free measurement with excellent signal to noise ratios
- Resilient external noise and vibration
- Insensitive to pipe pressure changes
- Robusttube wall thickness provides increased operational safety in abrasive applications
- Corrosion-resistant
- Long sensor life guaranteed due to low mechanical stresses in the meter mechanism
- No moving parts to wear or fail
Kind of Coriolis Mass Flow Meter from RHEONIK
1. Small Size Coriolis Mass Flow Sensor
Ideal for embedded systems and precise small flow applications
- RHM 015 Low Flow Mass Flow Meter flow rate
- RHM 02 Low Flow Mass Flow Meter flow rate
- RHM 03 Low Flow Mass Flow Meter flowrate
- RHM 04 Low Flow Mass Flow Meter flow rate
- RHM 06 Low Flow Mass Flow Meter flowrate
- RHM 08 Low Flow Mass Flow Meter flow rate
2. Medium Size Coriolis Mass Flow Sensor
Suited to industrial and process flow control and monitoring
- RHM 12 Mass Flow Meter flow rate
- RHM 15 Mass Flow Meter flow rate
- RHM 20 Mass Flow Meter flow rate
- RHM 30 Mass Flow Meter flow rate
- RHM 40 Mass Flow Meter flow rate
3. Large Size Coriolis Mass Flow Sensor
Perfect for material movements in small and wide-scale operations
- RHM 60 Coriolis Flow Meter flow rate
- RHM 80 Coriolis Flow Mass Meter flow rate
- RHM 100 Coriolis Flow Mass Meter flow rate
- RHM 160 Coriolis Flow Mass Meter flow rate
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