System for measurement gases using the differential pressure principle. Reliable and robust.
Flow Rate Controller. Reduced interfaces. Fit for stand-alone operation.
Flow control system for gases with the use of differential pressure principle.
MFC for Gases
Mass flow controller byp. chip ECO
Nominal flow ranges from 20 lN/min up to 1500 lN/min.
Mass Flow Controller for aggressive gases. The measurement is based on the bypass principle.
Suited for regulating the mass flow of gases over a big flow range.
Nominal flow ranges: 20 lN/min ... 1500 lN/min.
High accuracy and repeatability.
| Circuit breaker name | Compact NS100L |
| Poles description | 3P |
| Network type | AC DC |
| Network frequency | 50/60 Hz |
| Control type | Toggle |
Nominal flow ranges from 0.010 lN/min to 80 lN/min.
Flow Meter with very fast response times. Nominal flow ranges: 0.010 lN/min .. 80 lN/min.
The thermal MEMS sensor is located directly in the gas stream and therefore reaches very fast response times.
Mass flow controller byp. chip IP65
Nominal flow ranges: 20 lN/min - 1500 lN/min.
MFC with high measuring accuracy and repeatability.
Fast settling times. Protection class IP65.
Suitable for measuring the mass flow of gases over a big flow range.
Nominal flow ranges: 0.010 lN/min - 80 lN/min.
The integrated PI controller ensures excellent control characteristics of the MFC.
Can optionally be calibrated for two different gases.
Mass flow controller inline heavy-duty
Mass flow meter for various industries. Long-term stability of flow calibration. Nominal flow ranges: 20 lN/min ... 2500 lN/min.
5-foult gas distrubtion manifold
Easy device exchange due to configuration memory. High accuracy and repeatability with fast response times.
Easy device exchange through configuration memory. Very fast response times.