Burkert
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Mass Flow Controller for Gases (MFC) .
A direct-acting proportional valve guarantees high response sensitivity.
Nominal flow ranges from 20 lN/min up to 1500 lN/min.
MFC for regulating the mass flow of aggressive gases.
Nominal flow ranges: 20 lN/min ... 1500 lN/min.
Nominal flow ranges: 20 lN/min - 1500 lN/min.
TwinPower Rocker-Solenoid Valve with medium separation. 22 mm ultra compact design. Isolating diaphragm for high chemical resistance.
TwinPower Rocker-Solenoid Valve with separating diaphragm.
Fieldbus optional, IP65.
3/2-way solenoid valve with separating diaphragm
3/2-way TwinPower Rocker-Solenoid Valve with separating diaphragm
3/2-way solenoid valve. For highest chemical resistance requirements.
TwinPower Rocker-Solenoid Valve with separating diaphragm. For highest chemical resistance requirements.
TwinPower Rocker-Solenoid Valve with separating diaphragm. 3/2-way. For highest chemical resistance requirements.
3/2-way solenoid valve with separating diaphragm
3/2-way TwinPower Rocker-Solenoid Valve with separating diaphragm
3/2-way solenoid valve. For highest chemical resistance requirements.
TwinPower Rocker-Solenoid Valve with separating diaphragm. For highest chemical resistance requirements.
Twin Power Rocker-Solenoid Valve with separating diaphragm. 3/2-way. For highest chemical resistance requirements.
3/2-way solenoid valve with separating diaphragm
3/2-way TwinPower Rocker-Solenoid Valve with separating diaphragm
3/2-way solenoid valve. For highest chemical resistance requirements.
TwinPower Rocker-Solenoid Valve with separating diaphragm. For highest chemical resistance requirements.
Twin Power Rocker-Solenoid Valve with separating diaphragm. 3/2-way. For highest chemical resistance requirements.
3/2-way solenoid valve with separating diaphragm
3/2-way TwinPower Rocker-Solenoid Valve with separating diaphragm
Perfect suited for regulating the mass flow of gases over a big flow range.
Nominal flow ranges from 0.010 lN/min to 80 lN/min
Flow ranges - 0.010 lN/min ... 80 lN/min.
MFC with high measuring accuracy and repeatability.