S220 Dew Point Sensor for Compressed Air

Product Description

SUTO can rely on a 20+ years experience in developing
dew point sensors used in compressed air systems and
pressurized gases. During that period of time, the engineers
have continued to develop new measurement methods and
even developed own sensor elements for our innovative
dew point meters
Our QCM sensor is the result of years of
high-tech research and development.
The sensor was especially designed for
low dew point applications where other
sensor types fail.
The combination of QCM and the well
known Polymer sensor makes the S220 the
worlds first model to measure accurate
over the whole range, from -100 °C Td up
to +20 °C Td by switching automatically
between the two sensor elements as
needed.


Additional information

Additional Information

S220 Dew Point Sensor for Compressed Air

Product Short Description

SUTO can rely on a 20+ years experience in developing
dew point sensors used in compressed air systems and
pressurized gases. During that period of time, the engineers
have continued to develop new measurement methods and
even developed own sensor elements for our innovative
dew point meters
Our QCM sensor is the result of years of
high-tech research and development.
The sensor was especially designed for
low dew point applications where other
sensor types fail.
The combination of QCM and the well
known Polymer sensor makes the S220 the
worlds first model to measure accurate
over the whole range, from -100 °C Td up
to +20 °C Td by switching automatically
between the two sensor elements as
needed.


Additional Information

Benefits
Compact size makes them ideal for dryer
installations
Optional display for on-site values. Display can be
rotated by 340 ° to fit your needs
User friendly signal outputs to connect to process
controls or monitoring systems
IP65 casing provides robust protection
Low maintenance costs due to stable and reliable
measurements which increase calibration intervals
Measured values available in several units:
°C Td • g/m³ • mg/m³ • ppmv • g/kg (@ reference
pressure) • % rH and more