Gaggenau AH 530-720 7’3”3,15- - 10’1”, 5’3”, height, 100480, 600min.24”, electricover cooker

Flexible aluminium pipes, corrosion-protected	The duct units listed below are available
sheet metal pipes and exhaust air pipes whose	depending on the height of the ceiling:
material conforms to fire B1 in accordance with	Stainless steel-design ventilation duct:
DIN 4102 can be used. Exhaust air pipes should
	LK 530-010 for ceiling heights of
have a nominal diameter of 6 ´ ´ / 150 mm.
	7 ´´ 3 ´ ´ - 8 ´´ 6 ´ ´ / 2.20 - 2.66 m
Pay particular attention to ensuring that
	LK 530-020 for ceiling heights of
– the exhaust air ducts and pipes are kept as short	8 ´´ 6 ´ ´ - 10 ´´ 1 ´ ´ / 2.66 - 3.15 m
	Aluminium-design ventilation duct:
as possible
– the pipes are not laid at an acute angle, but as	LK 530-011 for ceiling heights of
	7 ´´ 3 ´ ´ - 8 ´´ 6 ´ ´ / 2.20 - 2.66 m
bends and that they are inserted into the shaft at
	LK 530-021 for ceiling heights of
an inclined upward angle and
	8 ´´ 6 ´ ´ - 10 ´´ 1 ´ ´ / 2.66 - 3.15 m
– there are no cross-sectional constrictions in the	The dimensions above refer to a distance of 5 ´´ 3 ´ ´ /
upward direction (this reduces the volume flow).	1.60 m from the floor to the bottom edge of the
As standard, the blow-out opening of the wall hood	hood.
	If required, individually sized ventilation ducts are
is in the upward direction.
To pass exhaust air through the outer wall, we	available at an extra charge.
	The power connection must be placed behind the
recommend the use of our telescopic wall box
TM 150-045 (Ø 6 ´ ´ / 150 mm).	duct cover on the wall.
Note:				height
To prevent the ingress of water, e.g. condensate or
rain water from an uncovered exhaust air shaft, our				Hood
condensate separator RV 060-150 must be installed		100480	”)/(3”)/(18168157	-(24”1550-6005’1”)	heightCeiling
in the exhaust air line. The condensate separator	260
must still be acciessible after installation.	(101/4”)				(7’3”3,15- - 10’1”)
	600min.(24”)	electricover cooker	700min.(27 gasovercooker	(5’3”)
	550		”)
	(2110/16”)		21/
				1600	2,20
	Fig. 18
					15