Hi, All,
In the absence of flow resistance (e.g. a radiator) the most air a fan will pass in push/pull is the SAME as what it would pass if operating alone. When there IS a resistance (a radiator), a push pull set up can do no more than approach the flow where there is no resistance. Therefore, unless there is significant resistance to flow in a radiator, there is NO POINT in push/pull!
Am I missing something here? My jackleg (i.e. non-quantitative) airflow testing through 200mm radiators show effectively no drag at the velocities our fans operate at.....so do I save the money and just use one fan per radiator?
Speak up! Please advise!
I promise not to make fun of your answers and advice (well except where it is arrant nonsense, of course)!
Prompt responses get bonus points!
Larry
In the absence of flow resistance (e.g. a radiator) the most air a fan will pass in push/pull is the SAME as what it would pass if operating alone. When there IS a resistance (a radiator), a push pull set up can do no more than approach the flow where there is no resistance. Therefore, unless there is significant resistance to flow in a radiator, there is NO POINT in push/pull!
Am I missing something here? My jackleg (i.e. non-quantitative) airflow testing through 200mm radiators show effectively no drag at the velocities our fans operate at.....so do I save the money and just use one fan per radiator?
Speak up! Please advise!
I promise not to make fun of your answers and advice (well except where it is arrant nonsense, of course)!
Prompt responses get bonus points!
Larry