Been toying around with the idea of getting a better inline centrifugal that my 4" 172cfm EcoPlus Inline centrifugal exhuast fan.
I have found no information anywhere for Static Pressure with the EcoPlus,Can Fan.Vortex,Elicient,or hurricane fans or the cheap ones available now.
S&P has specifications for all their inline fans and I'm impressed with the handling of their Power Vent series of Inline centrifugals.....
S&P PV Inline Centrifugal Spec. Sheet
TAKE A LOOK AT THAT!
The 6" PV-150X is rated 438cfm @ 0"sp 335cfm @ 0.5"sp 240cfm @ 1" sp 161cfm @ 1.5"sp!!!!Max sp rated 2.29"!!!!
They do however seem to run a bit of power but that's ok @ 149w for that powerful of a fan!
Now,consider I'll be trying to use a 6" 400w cooltube,a carbon filter and minimal duct runs.
I plan to build or buy a carbon filter.Air flow will be set up as outside air > carbon filter > minimal run of duct > cooltube > minimal run of duct > insulated fan box > minimum run of exhuast duct > outside air...all trying to use no more than 45 degree bends in the ducting from carbon filter to cooltube and cooltube to fan box and to the outside.
Hypothetically how much pressure loss or sp do you think I would experience?
Also how does one match a carbon filter to his airflow needs?
The 4" 172cfm I have had the past few years works at cooling the light and supplying fresh air/exhuasting hot stale air but I never could figure out what size carbon filter I would need to use to assure minimal if any pressure loss while still giving the exhaust air enough contact time with the carbon.
I have found no information anywhere for Static Pressure with the EcoPlus,Can Fan.Vortex,Elicient,or hurricane fans or the cheap ones available now.
S&P has specifications for all their inline fans and I'm impressed with the handling of their Power Vent series of Inline centrifugals.....
S&P PV Inline Centrifugal Spec. Sheet
TAKE A LOOK AT THAT!
The 6" PV-150X is rated 438cfm @ 0"sp 335cfm @ 0.5"sp 240cfm @ 1" sp 161cfm @ 1.5"sp!!!!Max sp rated 2.29"!!!!
They do however seem to run a bit of power but that's ok @ 149w for that powerful of a fan!
Now,consider I'll be trying to use a 6" 400w cooltube,a carbon filter and minimal duct runs.
I plan to build or buy a carbon filter.Air flow will be set up as outside air > carbon filter > minimal run of duct > cooltube > minimal run of duct > insulated fan box > minimum run of exhuast duct > outside air...all trying to use no more than 45 degree bends in the ducting from carbon filter to cooltube and cooltube to fan box and to the outside.
Hypothetically how much pressure loss or sp do you think I would experience?
Also how does one match a carbon filter to his airflow needs?
The 4" 172cfm I have had the past few years works at cooling the light and supplying fresh air/exhuasting hot stale air but I never could figure out what size carbon filter I would need to use to assure minimal if any pressure loss while still giving the exhaust air enough contact time with the carbon.