Airwell RT4D 60 [32/56] Hot water coils performance data option continued
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Airwell RT4D 60 [32/56] Hot water coils performance data option continued

Airwell RT4D 60 [32/56] Hot water coils performance data option continued
Page 32
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%
43.8 36 3.2 14
3 41.7 39.2 3.5 16
-3 38.4 44 3.9 20
-7 36.2 47.1 4.2 23
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%
37.7 27.9 2.5 9
3 35.7 31 2.75 11
-3 32.6 35.8 3.15 14
-7 30.5 39 3.45 17
Number of rows : 3
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%
51.1 22.9 2 13.5
3 49.4 24.9 2.2 16
-3 46.8 27.8 2.5 19
-7 44.9 29.8 2.65 21.5
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%
44.3 1834 1.6 9
3 42.1 19.9 1.75 11
-3 39.6 22.8 2 14
-7 37.9 24.8 2.2 16
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%
47.6 61.7 5.5 10
3 45.7 67.1 5.9 11
-3 42.8 75.1 6.6 14
-7 40.8 80.5 7.1 16
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%
40.8 48 4.2 6.5
3 39 53.3 4.7 8
-3 36.3 61.4 5.4 10
-7 34.3 66.7 5.9 11.5
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%
48 104 9.2 13
3 46.1 113 10 15
-3 43.2 127 11.2 18
-7 41.2 136 12 20
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%
41.2 81.2 7.2 8
3 39.4 90.2 8 10
-3 36.7 104 9.1 13
-7 34.8 113 10 15
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%
44.8 74.7 6.6 14
3 42.7 81.3 7.2 16
-3 39.6 91.1 8.1 20
-7 37.4 97.7 8.6 22
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%
38.6 58 5.1 9
3 36.6 64.5 5.7 11
-3 33.6 74.3 6.6 14
-7 31.5 80.9 7.1 16
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%
44.7 130 11.5 19
3 42.7 142 12.5 22
-3 39.5 159 14 27
-7 37.3 170 15 30
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%
38.6 101 8.9 12
3 36.6 113 10 15
-3 33.5 130 11.5 19
-7 31.4 141 12.5 22
Hot Water Coils Performance Data (Option) (continued)

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