Air mixture calculation
13.01
Note:
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Project
Atmospheric pressure:
mbar
Tip: If it is possible to use return air for regeneration with less moisture content than ambient air it will result in better performance.
Legend:
Wet air
m3/h *
°C
Total cooling power:
kWR
Position
g/kg
Water:
°C in
°C out
l/s
* at density 1,2 kg/m3
Return Air
Use this cooler
Dehumidifer
Recusorb DR-010B, 190 m3/h
Recusorb DR-20B, 330 m3/h
Recusorb DR-30D, 360 m3/h
Recusorn DR-40 T10, 600 m3/h
Recusorb DR-40 T16, 550 m3/h
Recusorb DR-50, 600 m3/h
Recusorb R-060BR, 1000 m3/h
Recusorb R-51R, 1250 m3/h
Recusorb R-061R, 1450 m3/h
Recusorb RL-71, 2500 m3/h
Recusorb RL-71 Ice, 3000 m3/h
Recusorb RZ-81, 2800 m3/h
Recusorb RZ-81 Ice, 4500 m3/h
Recusorb RZ-101, 4500 m3/h
Recusorb RZ-101 Ice, 9000 m3/h
Recusorb RZ-102, 7000 m3/h
Recusorb RZ-102 Ice, 12000 m3/h
Recusorb RF-122, 15600 m3/h
Recusorb RF-152, 16800 m3/h
Recusorb RF-172, 21500 m3/h
Recusorb RF-192, 27000 m3/h
Recusorb RF-222, 35000 m3/h
Recusorb RF-242, 41000 m3/h
Consorb DC-10,190 m3/h
Consorb DC-20, 300 m3/h
Consorb DC-30 T10, 340 m3/h
Consorb DC-30 T16, 340 m3/h
Consorb DC-31T10, 300 m3/h
Consorb DC-31T16, 490 m3/h
Consorb DC-50, 550 m3/h
Consorb CZ-82, 3200 m3/h
Consorb CZ-82 Ice, 8000 m3/h
Consorb CZ-102, 5200 m3/h
Consorb CZ-102 Ice, 8000 m3/h
Consorb CZ-102L, 7200 m3/h
Consorb CZ-102L Ice, 12000 m3/h
Consorb CZ-104, 8000 m3/h
Consorb CZ-104 Ice, 10000 m3/h
Consorb CF-122, 10600 m3/h
Consorb CF-152, 16800 m3/h
Consorb CF-172, 21500 m3/h
Consorb CF-192, 27000 m3/h
Consorb CF-222, 35000 m3/h
Consorb CF-242, 41000 m3/h
Instructions:
Choose dehumidifier above.
Fill in all white boxes.
If cooling is used, fill in the temperature in the grey boxes and mark the appropriate checkboxes.
Dehumidifier capacity:
kg/h
Ambient Air
Tip:
Pre-cooling is preferable compared to post-cooling as it will result in a better performance, even if it's not condensating.
Regeneration air
kWR
kg/h cond.
Use this cooler
Use this cooler
Use this cooler
Ambient Air
Process air
Dry air
kWR
kWR
kWR
kg/h cond.
kg/h cond.
Change ambient/return air ratio
Use this cooler
Return air
RA
Room capacity:
kg/h to cover moisture load inside room
Supply air
SA
(difference SA and RA)
kW cooling to cover heat load inside room
kWR
Note that this is a general guideline only, please consult with our represenative before proceeding with the project.
Please click here to find datasheet and drawing to above unit on our web site.
Please click here to find contact information to our representative on our web site.
Add comments to above:
E-mail above results to:
Capacity at
20C/60%RH
Airflows
Dehumidifier
0
Process
Dry
Regen
Wet
Chosen unit:
Capacity at actual inlets
Delta-X
Recusorb correction factor K
K=
°C
%RH
%RH
%RH
%RH
%RH
%RH
%RH
%RH
%RH
%RH
%RH
%RH
Process inlet
C
g/Kg
Pa
%RH
gives correction factor
For 0C:
For 10C:
For 20C:
For 30C:
for process inlet temperature, if regen inlet is the same condition
Regen Inlet
°C
g/Kg
Pa
%RH
Consorb
Recusorb
Korrigering för regluft in