SHERPA AQUADUE TOWER
m
max
=
m
max
=
2,5 x (LFL)
(5/4)
x h
0
x (A)
1/2
SF x LFL x h
0
x A
Anv
min
=
m
c
- m
max
A
M
LFL x 104
g x m
max
M - 29
x
x
EN - 11
ENGLISH
•
Table 2
The maximum load of refrigerant in a room must be compliant with what follows:
And must not be lower than
Acronym
Description
m
max
Is the maximum allowed load of refrigerant in the system in kg
LFL
Is the lower flammability in kg/m
3
A
Is the room area in m
2
h
0
Is the release height, the vertical distance in (m) from the floor to the release
point when the appliance is installed
SF
Is a safety factor with a value of 0,75
- Systems with a load of refrigerant <1,842 kg are not subject to minimum area requests.
- For 8/10kW units, loads exceeding 2,22 kg are not accepted (maximum length of the pipes equal to
30m).
- For 12/14/16 kW units, loads exceeding 2,41 kg are not accepted (maximum length of the pipes equal
to 30m).
•
Table 3
Minimum ventilation area
for natural ventilation:
internal unit
Acronym
Description
Anv
min
Is the minimum opening for natural ventilation in m
2
m
c
Is the effective load of refrigerant in the system in kg
M
Is the molar mass of the refrigerant
g
Is gravity acceleration of 9,81 m/S
3
29
Is the average molar mass of air in kg
A
min
Is the required minimum area of the room in m
2
Summary of Contents for Sherpa AQUADUE S3 E
Page 2: ......
Page 6: ...3 1 2 S P X P...
Page 7: ...4 1 10 2 6 5 3 4 11 17 18 19 D 16 8 13 14 15 6 B 20 A 7 13 12 9 C E...
Page 9: ...6 7 6b 6a 25 V V1 V1 26 S Q Q Q Q X2 C1 K4 K3 K2 K1 X3 X1...
Page 10: ...9 60 s C 6 3 4 5 2 1 8 U1 U2 8 10 12 14 16 kW 4 6 kW 10a 10b U4 U3 U3 U4...
Page 16: ...21 22...
Page 315: ......
Page 316: ...264400B...