Thrudd
Posts: 44 +0
Dry is a relative term ... most building interiors have much higher humidity levels than the general outdoors in a region like Texas ... well except during thunderstorms and hurricanes ...
Room humidity levels need to be high enough to prevent static build-up and the desiccation/drying out of materials.
What you do need to know is your rooms dew point if you a planning on extreme cooling levels.
As an example for a relatively dry room at 80'F and 30% humidity the dew point would be about 45'F.
Another way to look at it, at 5'C you will get condensation for normal room temperatures and humidity levels down to almost 25%.
But all this is with extreme cooling systems like Peltiers/chillers.
I personally have successfully used compressed cold dry air in industrial applications ... mind you I haven’t used it in a PC yet
What you do need to know is your rooms dew point if you a planning on extreme cooling levels.
As an example for a relatively dry room at 80'F and 30% humidity the dew point would be about 45'F.
Another way to look at it, at 5'C you will get condensation for normal room temperatures and humidity levels down to almost 25%.
But all this is with extreme cooling systems like Peltiers/chillers.
I personally have successfully used compressed cold dry air in industrial applications ... mind you I haven’t used it in a PC yet