JaPaBo
Mechanical
- Sep 19, 2013
- 10
Hi All,
I'm looking to do some testing of power conversion equipment at elevated relative humidity in the near future. Compared to many applications, these systems have higher power dissipation and sizes which are potentially too large for typical environmental chambers. I'm interested in the possibility of making our own temperature/humidity controlled enclosure for flexibility and considering the power handling requirements in particular.
Can anyone recommend an off-the-shelf humidity actuator that would be appropriate and capable of operation at elevated temperatures (max temp between 40-85 °C depending on negotiated test values and practical limits)? I have seen ultrasonic, bubble, boiling, and wick/fan based approaches but haven't seen anything marketed for industrial/scientific applications. Near term expectation is for ~30-50 cubic feet (possibly up to ~1000 cubic feet) and to use heaters/air-air exchangers to regulate temperature in a closed system. Probably I'm looking in the wrong places for actuators...
Any other practical advice/lessons learned would be greatly appreciated!
I'm looking to do some testing of power conversion equipment at elevated relative humidity in the near future. Compared to many applications, these systems have higher power dissipation and sizes which are potentially too large for typical environmental chambers. I'm interested in the possibility of making our own temperature/humidity controlled enclosure for flexibility and considering the power handling requirements in particular.
Can anyone recommend an off-the-shelf humidity actuator that would be appropriate and capable of operation at elevated temperatures (max temp between 40-85 °C depending on negotiated test values and practical limits)? I have seen ultrasonic, bubble, boiling, and wick/fan based approaches but haven't seen anything marketed for industrial/scientific applications. Near term expectation is for ~30-50 cubic feet (possibly up to ~1000 cubic feet) and to use heaters/air-air exchangers to regulate temperature in a closed system. Probably I'm looking in the wrong places for actuators...
Any other practical advice/lessons learned would be greatly appreciated!