53
B
C
E
E
F
G
H
I
J
K
L
M
N
Checking the ancillary conditions
■
Maximum floor area reached
Calculate the floor area reached per unit using the
selected number of units. If it exceeds the maximum
value listed in Table C4, increase the number of units.
■
Compliance with minimum and maximum distances
Check the resulting distances based on the hall geometry
and arrangement of the units, using the information in
Table C8.
Floor area per unit
= 72 · 60 / 10 = 432 m²
Max. floor area reached
= 855 m²
→ OK
Minimum and maximum distances can be complied with
when units are arranged symmetrically.
→ OK
Definitive number of units
With a larger number of units, there is more flexibility of
operation. However, the costs are also higher. For an
optimal solution, compare both the costs and ventilation
quality of the system.
Select 9 LKW-10s with coil type C. They guarantee cost-
effective and energy-saving operation.
RoofVent
®
LKW
Design example
Summary of Contents for RoofVent CON-9
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Page 12: ...10 RoofVent LHW Use...
Page 40: ...38 RoofVent LKW Use...
Page 68: ...66 RoofVent twin heat Use...
Page 94: ...92 RoofVent twin cool Use...
Page 122: ...120 RoofVent twin pump Use...
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Page 154: ...152 RoofVent condens Use...
Page 180: ...210 RoofVent LH Construction and operation...
Page 208: ...238 RoofVent LK Use...
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