Airwell RT4D 60 [30/56] Hot water coils performance data option
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Airwell RT4D 60 [30/56] Hot water coils performance data option

Airwell RT4D 60 [30/56] Hot water coils performance data option
Page 30
RT4D 40
Nominal air flow = 4 000 m
3
/h
Water temperature in-out = 70 °C - 60 °C
Outdoor
temp. °C
Outdoor air
% volume
Supply
temp. °C
Heating
capacity
kW
Water flow
rate
m
3
/h.
Water
pressure
drop kPa
7
40%
36.7 26.5 2.4 12
3 34.1 28.8 2.55 14
-3 30.2 32.4 2.85 18
-7 27.5 34.8 3.1 20
RT4D 40
Nominal air flow = 4 000 m
3
/h.
Water temperature in-out = 60 °C - 50 °C
Outdoor
temp. °C
Outdoor air
% volume
Supply
temp. °C
Heating
capacity
kW
Water flow
rate
m
3
/h.
Water
pressure
drop kPa
7
40%
32.1 20.3 1.78 8
3 29.6 22.7 2 10
-3 25.8 26.2 2.3 12
-7 23.2 28.7 2.55 14.5
Number of rows : 2
RT4D 20
Nominal air flow = 2 000 m
3
/h
Water temperature in-out = 70 °C - 60 °C
Outdoor
temp. °C
Outdoor air
% volume
Supply
temp. °C
Heating
capacity
kW
Water flow
rate
m
3
/h.
Water
pressure
drop kPa
7
40%
43.3 17.7 1.6 18
3 41.1 19.2 1.7 21
-3 37.8 21.5 1.9 25
-7 35.4 23 2.1 28
RT4D 20
Nominal air flow = 2 000 m
3
/h
Water temperature in-out = 60 °C - 50 °C
Outdoor
temp. °C
Outdoor air
% volume
Supply
temp. °C
Heating
capacity
kW
Water flow
rate
m
3
/h.
Water
pressure
drop kPa
7
40%
37.5 13.8 1.2 12
3 35.4 15.3 1.35 14
-3 32.1 17.6 1.55 18
-7 29.9 19.1 1.67 21
RT4D 60
Nominal air flow = 6 000 m
3
/h
Water temperature in-out = 70 °C - 60 °C
Outdoor
temp. °C
Outdoor air
% volume
Supply
temp. °C
Heating
capacity
kW
Water flow
rate
m
3
/h.
Water
pressure
drop kPa
7
40%
40.2 46.9 4.2 15
3 37.9 51 4.5 17
-3 34.3 57.2 5.1 21
-7 31.8 61.3 5.4 24
RT4D 60
Nominal air flow = 6 000 m
3
/h.
Water temperature in-out = 60 °C - 50 °C
Outdoor
temp. °C
Outdoor air
% volume
Supply
temp. °C
Heating
capacity
kW
Water flow
rate
m
3
/h.
Water
pressure
drop kPa
7
40%
35 36.4 3.2 10
3 32.8 40.5 3.6 12
-3 29.3 46.7 4.1 15
-7 26.8 50.8 4.5 17
RT4D 100
Nominal air flow = 10 000 m
3
/h
Water temperature in-out = 70 °C - 60 °C
Outdoor
temp. °C
Outdoor air
% volume
Supply
temp. °C
Heating
capacity
kW
Water flow
rate
m
3
/h.
Water
pressure
drop kPa
7
40%
40.5 79 7 16
3 38.1 85.9 7.6 18
-3 34.5 96.2 8.5 23
-7 32.1 103 9.1 25
RT4D 100
Nominal air flow = 10 000 m
3
/h.
Water temperature in-out = 60 °C - 50 °C
Outdoor
temp. °C
Outdoor air
% volume
Supply
temp. °C
Heating
capacity
kW
Water flow
rate
m
3
/h.
Water
pressure
drop kPa
7
40%
35.2 61.3 5.4 10
3 33 68.3 6 13
-3 29.5 78.6 6.9 16
-7 27.1 85.5 7.5 19
RT4D 80
Nominal air flow = 8 000 m
3
/h
Water temperature in-out = 70 °C - 60 °C
Outdoor
temp. °C
Outdoor air
% volume
Supply
temp. °C
Heating
capacity
kW
Water flow
rate
m
3
/h.
Water
pressure
drop kPa
7
40%
37.5 55.2 4.9 12
3 35 60.1 5.3 14
-3 31.2 67.5 6 18
-7 28.5 72.5 6.4 20
RT4D 80
Nominal air flow = 8 000 m
3
/h
Water temperature in-out = 60 °C - 50 °C
Outdoor
temp. °C
Outdoor air
% volume
Supply
temp. °C
Heating
capacity
kW
Water flow
rate
m
3
/h.
Water
pressure
drop kPa
7
40%
32.8 42.6 3.8 8
3 30.4 47.5 4.2 10
-3 26.6 54.9 4.8 12.5
-7 24.1 59.8 5.3 15
RT4D 140
Nominal air flow = 14 000 m
3
/h
Water temperature in-out = 70 °C - 60 °C
Outdoor
temp. °C
Outdoor air
% volume
Supply
temp. °C
Heating
capacity
kW
Water flow
rate
m
3
/h.
Water
pressure
drop kPa
7
40%
37.5 96.3 8.5 17
3 34.9 105 9.3 20
-3 31.1 118 10.5 24
-7 28.4 126 11.2 27
RT4D 140
Nominal air flow = 14 000 m
3
/h.
Water temperature in-out = 60 °C - 50 °C
Outdoor
temp. °C
Outdoor air
% volume
Supply
temp. °C
Heating
capacity
kW
Water flow
rate
m
3
/h.
Water
pressure
drop kPa
7
40%
32.8 74.5 6.6 11
3 30.4 83 7.3 13
-3 26.6 95.8 8.5 17
-7 24 104 9.2 20
Hot Water Coils Performance Data (Option)

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