Accurate dew point measurements: Benefits for dryers (12th August 2011)

Dew point monitoring ensures that compressed air has been dried sufficiently, thereby helping to avoid the risk of corrosion and poor endproduct quality. It also helps to cut energy consumption, as Pekka Ravila, director, targeted industrial applications – Vaisala, explains

From 2011

Vaisala engineers a solution (1st July 2008)

The Vaisala DRYCAP® technology was developed according to customer needs to measure low humidity with reliable technology.

From 2008

Fast, reliable measurement (2nd August 2007)

Vaisala's DRYCAP Dewpoint Transmitter DMT142 and Dewpoint Meter DM70 are suitable for OEM applications and spot-checking dryer performance or leak checking in air distribution lines...

From 2007

Long-term stability in dewpoint measurement of compressed air (27th July 2007)

Compressed air is widely used in production facilities for purposes such as the operation of process machinery and the actuation and control of pneumatic valves, cylinders and controllers. It can also be used as a transport medium or purge gas. High humidity can adversely affect the performance of the compressed air distribution system and the processes in which it is used. But the use of compressed air dryers and reliable dewpoint monitoring ensures that the wheels of industry keep turning.

From 2007

Long-term stability with Vaisala auto-calibration (27th July 2006)

Compressed air is widely used in production facilities for purposes such as the operation of process machinery and the actuation and control of pneumatic valves, cylinders and controllers. It can also be used as a transport medium or purge gas. Humidity has unfavorable effects on the compressed air distribution system and on the processes in which it is used. But the use of compressed air dryers and reliable dewpoint monitoring ensures that the wheels of industry keep turning.

From 2006