Burkert
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Flow Rate Controller. Reduced interfaces. Fit for stand-alone operation.
Flow control system for gases with the use of differential pressure principle.
System for measurement gases using the differential pressure principle. Reliable and robust.
Nominal flow ranges from 0.010 lN/min to 80 lN/min.
Suitable for controlling the mass flow of high gas quantities.
Nominal flow ranges from 0.010 lN/min to 80 lN/min
Nominal flow ranges: 0.010 lN/min - 80 lN/min.
The thermal inline sensor is located directly in the gas stream and therefore achieves very fast response times.
Solenoid valve
A direct-acting proportional valve guarantees high response sensitivity.
Nominal flow ranges from 20 lN/min up to 1500 lN/min.
Nominal flow ranges: 20 lN/min ... 1500 lN/min.
Nominal flow ranges: 20 lN/min - 1500 lN/min.
Flow ranges - 0.010 lN/min ... 80 lN/min.
Flow ranges: 0.010 lN/min … 80 lN/min.
MFC with high measuring accuracy and repeatability.
Fast settling times. Protection class IP65.
Flow ranges : 0.010 lN/min - 80 lN/min.
High accuracy and repeatability. Optional: Fieldbus interface.
TwinPower Rocker-Solenoid Valve with medium separation. 22 mm ultra compact design.
The integrated PI controller ensures excellent control characteristics of the MFC.
High accuracy and repeatability. For wide range of applications.
Mass flow meter for various industries. Long-term stability of flow calibration. Nominal flow ranges: 20 lN/min ... 2500 lN/min.
Easy device exchange due to configuration memory. High accuracy and repeatability with fast response times.
Mass flow meter with nominal flow ranges 0.010 lN/min ... 160 lN/min.
Can optionally be calibrated for two different gases.
High accuracy and repeatability. For wide range of applications.
The thermal MEMS sensor is located directly in the gas stream and therefore reaches very fast response times.
Suitable for measuring the mass flow of gases over a big flow range.
MFM with High accuracy. Very fast response times.