Hoval RoofVent CON-9, Руководство по конструкции

Страница: 47 / 280

45
B
C
E
E
F
G
H
I
J
K
L
M
N
3.5 Heat output
Note
The performance data listed here applies to the most frequent design conditions. Use the
selection program 'HK-Select' to calculate the performance data for other design data. You can
download 'HK-Select' free of charge on the Internet.
Fresh air temperature -5 °C -15 °C
LPHW Size Type Q Q
TG
H
max
t
S
∆p
W
m
W
Q Q
TG
H
max
t
S
∆p
W
m
W
°C kW kW m °C kPa l/h kW kW m °C kPa l/h
80/60
LKW-6 C 75 60 8.6 52 12 3210 79 59 8.7 51 13 3399
60/40 LKW-6 C 47 33 11.3 36 5 2035 52 32 11.5 36 6 2225
80/60 LKW-9 C 112 93 9.2 53 10 4823 118 91 9.3 52 11 5070
LKW-9 D – – – – – – – – – – – –
60/40
LKW-9 C 70 51 12.1 37 4 3020 76 49 12.4 36 5 3269
LKW-9 D 86 67 10.7 42 5 3680 93 66 10.8 42 6 3977
80/60 LKW-10 C 125 98 10.2 51 12 5347 133 95 10.4 50 13 5684
LKW-10 D 151 124 9.2 60 13 6481 161 124 9.2 60 14 6887
60/40
LKW-10 C 80 53 13.7 36 5 3414 87 50 14.0 35 7 3753
LKW-10 D 98 71 11.9 42 6 4192 107 70 12.0 41 7 4601
Legend: Type = Type of heating/cooling coil
Q = Heat output
Q
TG
= Output to cover fabric heat losses
H
max
= Maximum mounting height
t
S
= Supply air temperature
∆p
W
= Water pressure drop
m
W
= Water flow rate
Refers to: Room air 18 °C, extract air 20 °C/40 % rel. humidity
— These operating conditions are not permissible, because the maximum supply air temperature of 60 °C is exceeded.
Table C6: Heat output, RoofVent
®
LKW
Note
The output for coverage of the fabric heat losses (Q
TG
) allows for the ventilation heat requirement
(Q
V
) and the energy recovery output (Q
ER
) under the respective air conditions. It is calculated as
follows: Q
TG
= Q + Q
ER
– Q
V
RoofVent
®
LKW
Technical data