Part FanP

Part FanP

dmurray2AZXN
Observer Observer
266 Views
3 Replies
Message 1 of 4

Part FanP

dmurray2AZXN
Observer
Observer

Is it correct to assume that under Results > Parts that "Part FanP" for an internal fan is equivalent to the pressure drop across the fan?

0 Likes
267 Views
3 Replies
Replies (3)
Message 2 of 4

KubliJ
Alumni
Alumni

Hi @dmurray2AZXN 

 

My expectation would be that the Part FanP would show the deltaP, or pressure increase to create flow rate. However, I looked at a model I have and it showed a value of 0 but showed the correct volume. This was in version 2019.

 

Are you possibly seeing the same thing?

 

Thanks,

James



James Kubli, P.E.


Please marked this as solved if your question has been answered.
0 Likes
Message 3 of 4

dmurray2AZXN
Observer
Observer

@KubliJ thank you for getting back to me,

 

The snip below shows the Fan results for two scenarios. The results on the left are my baseline and the results on the right are from a modification made to the exhaust path in attempt to reduce the pressure drop across the fan. The pressure reduced and the flow increased as expected

dmurray2AZXN_0-1649079216825.png

 

0 Likes
Message 4 of 4

KubliJ
Alumni
Alumni

Hi @dmurray2AZXN 

 

Sorry for how long it has taken me to get back. But it looks like things are working as expected. Generally speaking, on a pump performance curve, I would expect flow to increase if the pressure drop through the system was reduce. Meaning that the fan is converting less energy into pressure and more into flow.

 

Looks good!

 

Thanks,

James

 



James Kubli, P.E.


Please marked this as solved if your question has been answered.
0 Likes