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Model
H
Performance Calculation
Customer
Indirect adiabatic cooling
Air Data
Ambient air (wetted)
Enclosure air
Air flow
Nm
3
/h
CFM
kg/h
kg/s
l/min
l/s
m
3
/h
m
3
/s
Nl/min
Nm
3
/h
Nm
3
/s
SCFM
Temperature
°C
°C
°F
Relative humidity
%
Winter
Summer
Supply air
Exhaust air
Supply air
Exhaust air
Air flow
Nm
3
/h
CFM
kg/h
kg/s
l/min
l/s
m
3
/h
m
3
/s
Nl/min
Nm
3
/h
Nm
3
/s
SCFM
Temperature
°C
°C
°F
Relative humidity
%
Inlet air pressure (abs)
Pa
Pa
mmH
2
O
inH
2
O
psi
Inlet air pressure (abs)
Differential pressure
Pa
Pa
mmH
2
O
inH
2
O
psi
Differential pressure
Differential pressure
Pa
Pa
mmH
2
O
inH
2
O
psi
Differential pressure
Uneven air flow
%
Product Data
Plates orientation
Horizontal
Vertical
Please note that the configuration H2 1200/2.0 is not allowed with the plates in horizontal position.
Exchanger model
H0200/1.6/A
H0200/1.6/C
H0200/2.1/A
H0200/2.1/C
H0200/2.4/A
H0200/2.4/C
H0200/2.7/A
H0200/2.7/C
H0300/1.8/A
H0300/1.8/C
H0300/2.2/A
H0300/2.2/C
H0300/3.0/A
H0300/3.0/C
H0300/4.0/A
H0300/4.0/C
H0300/5.0/A
H0300/5.0/C
H0415/3.3/A
H0415/3.3/C
H0415/4.2/A
H0415/4.2/C
H0415/5.0/A
H0415/5.0/C
H0415/6.5/A
H0415/6.5/C
H0425/3.3/E
H0425/4.2/E
H0425/5.0/E
H0425/6.5/E
H0490/2.8/E
H0490/3.3/E
H0490/4.2/E
H0490/5.0/E
H0600/2.7/E
H0600/3.0/E
H0600/4.5/E
H0600/6.0/E
H0600/7.5/E
H0600/9.0/E
H0600/10.5/E
H0600/12.0/E
H0750/3.3/E
H0750/4.5/E
H0750/6.0/E
H0750/7.5/E
H0750/9.0/E
H0750/10.5/E
H0750/12.0/E
H0800/3.3/E
H0800/4.5/E
H0800/6.0/E
H0800/7.5/E
H0800/9.0/E
H0800/10.5/E
H0800/12.0/E
H0850/3.0/E
H0850/3.5/E
H0850/4.0/E
H0850/5.0/E
H0850/6.5/E
H0850/8.0/E
H0850/9.5/E
H1000/3.3/E
H1000/3.7/E
H1000/5.0/E
H1000/6.0/E
H1000/7.5/E
H1000/9.0/E
H1000/10.5/E
H1000/12.0/E
H1200/2.7/E
H1200/3.0/E
H1200/4.5/E
H1200/6.0/E
H1200/7.5/E
H1200/9.0/E
H1200/10.5/E
H1200/12.0/E
H1500/3.3/E
H1500/4.5/E
H1500/6.0/E
H1500/7.5/E
H1500/9.0/E
H1500/10.5/E
H1500/12.0/E
H1700/3.0/E
H1700/4.0/E
H1700/4.5/E
H1700/5.0/E
H1700/6.5/E
H1700/8.5/E
H1700/10.5/E
H1700/12.0/E
H2000/3.3/E
H2000/3.7/E
H2000/5.0/E
H2000/6.0/E
H2000/7.5/E
H2000/9.0/E
H2000/10.5/E
H2000/12.0/E
H2250/3.3/E
H2250/4.5/E
H2250/6.0/E
H2250/7.5/E
H2250/9.0/E
H2250/10.5/E
H2250/12.0/E
H2550/3.0/E
H2550/4.0/E
H2550/4.5/E
H2550/5.0/E
H2550/6.5/E
H2550/8.5/E
H2550/10.5/E
H2550/12.0/E
H3000/5.0/E
H3000/6.0/E
H3000/7.5/E
H3000/9.0/E
H3000/10.5/E
H3000/12.0/E
Total width
mm
mm
m
inch
ft
Steps
1 step
2 steps
Damper
Heatex damper
No damper / own damper
Bypass
No bypass
Calculate bypass
Winter optimized
Summer optimized
Fixed bypass
mm
mm
m
inch
ft
Middle bypass
Configuration
1 step
2 steps
Spray nozzles
Wetpad
First
Spray nozzles
Second
Spray nozzles
Humidifier efficiency
%
Ambient air
in
(
wetted
)
Enclosure air in
Ambient air out (wetted)
Enclosure air
out
Save data and select another exchanger
Cancel
Go to options
Calculate performance
Customer
Customer
Object line 1
ObjectLine1
Object line 2
ObjectLine2
Performance calculation
Mollier
×
Error
Inlet air pressure (abs)
Pa
Temperature
°C
Relative humidity
%
Vapor Pressure
Pa
Humidity/ Dry air
kg/kg
Moisture Wet Air
kg/kg
Wet bulb temp.
°C
Entalphi dry air
kJ/kg
Cond. temp.
°C
Density
kg/m
3
Adiabatic moisture
kg/kg
Automatic selection
×
Total width
mm
mm
m
inch
ft
Min allowed pressure drop
Pa
Pa
mmH
2
O
inH
2
O
psi
Min supply efficeincy
%
Max allowed height
mm
mm
m
inch
ft
Max allowed pressure drop
Pa
Pa
mmH
2
O
inH
2
O
psi
Max allowed gross price
EUR
Heat exchanger damper
No damper / own damper
No bypass
Calculate bypass
Fixed bypass
(mm)
Middle bypass
Exchanger model
Diagonal dimension
(mm)
Bypass width
(mm)
Temp. efficiency
(
Supply air
/
Exhaust air
) (%)
Air out
(
Supply air
/
Exhaust air
) (C)
Pressure drop
(
Supply air
/
Exhaust air
) (Pa)
Gross price
(EUR)
Inlet air pressure (abs)
×
Elevation (above sea level)
Atmospheric pressure
Elevation (above sea level)
m
m
ft
Inlet air pressure (abs)
Pa
Two-step arrangement (supply side)
×
Damper design
×