Before installation
Optimum efficiency of the extractor
hood:
❑
Short, smooth exhaust pipe.
❑
As few bends as possible.
❑
Pipe diameter as large as possible
(ideally 150 mm dia.) and wide pipe
bends.
If long, rough exhaust-air pipes,
many pipe bends or smaller pipe
diameters are used, the air extraction
rate will no longer be at an optimum
level and there will be an increase in
noise.
❑
Round pipes
Short exhaust air pipe:
inside diameter
min. 120 mm,
Longer exhaust air pipe:
inside diameter
min. 150 mm.
❑
Flat ducts
must have an
inside
cross-section equivalent
to that of the
round pipes.
There should be no sharp bends.
l
120 mm dia. approx. 113 cm
2
l
150 mm dia. approx. 177 cm
2
❑
If pipe diameters differ,
insert sealing
strip.
❑
Ensure that there is an adequate air
supply for
exhaust air mode.
Exhaust air directed backwards:
Only possible inside tall wall cupboards
depending on the size of the exhaust air
pipe.
❑
Make a hole in the rear panel of the wall
cupboard, cutting out a notch for the
power supply cable.
Circulating-air mode
❑
With activated carbon filter if exhaust-air
mode is not possible.
Exhaust air directed upwards:
The complete
installation set can
be obtained
from
specialist
outlets.
The corresponding
accessory numbers
can be found at the
end of these opera-
ting instructions.
1.
Make a hole in the top of the wall cupbo-
ard, cutting out a notch for the power
supply cable.
– template
O
I
enclosed –.
2.
If fitted, cut out the cupboard base to a
min. depth of 270 mm over the entire
width.
Note:
❑
An installation kit is required if the width
of the cupboard is 900 mm.
Connecting a 150 mm exhaust pipe:
❑
Attach the exhaust pipe directly to the air
connector.
Connection of 120 mm
l
exhaust air
pipe:
❑
Attach enclosed reducing connector to
the air outlet.
Holes in the air outlet must be sealed.
❑
Attach exhaust air pipe to the reducing
connector.
29
Summary of Contents for DA89B
Page 99: ...99 D 4 Pa 0 04 mbar...
Page 100: ...100 T E A...
Page 101: ...101 L 1 10 2 off on On Off On Off 5 55...
Page 102: ...102 2 L 10 a a 3 3...
Page 103: ...103 1 2 4 5 6 L 3 3 6...
Page 104: ...104 A 1 2 3 4 3 4 5 L 3 6 1 2...
Page 105: ...105 3 12 Volt 20 Watt G4 4 5 1 2...
Page 106: ...106 1 2 2 3 4 5 6 2 1 FD...
Page 107: ...107 650 mm 1 Hs 03 0 kW 08 3 kW 03 9 kW 03 9 kW 11 3 kW 430 mm 1 TRGI 300 mm...
Page 108: ...108 D D 4 Pa 0 04 mbar...
Page 110: ...110 600 mm 293 350 mm 435 mm 293 mm O II 0 5 mm 1 l 2 mm 10 mm O II 2 3 1...
Page 111: ...2 7 8 9 1 2 5 2 6 4 2 111...
Page 112: ...112 2 1 O III l 2 mm 10 mm 16 0 16 5 kg...
Page 113: ...113 1 2 3 4 1 30 m 3 mm LS 5 6 1 2 3 2...
Page 114: ...114 1 L 2 3 3 1 2...
