Ventilation brochure - Gaggenau

Pleasure in the air.
The Gaggenau ventilation systems and related planning activities.

2
Enjoy the difference. Including in ventilation.

At Gaggenau we have been developing ventilation
systems for private kitchens since 1960. Our work
is heavily based on professional standards. We
also combine experience gathered from professional
practice with knowledge of the modern
lifestyle of home chefs. The result is uncompromising,
absolutely flawless air extraction in kitchens
that is custom-tailored to the full spectrum of
construction requirements. Individual, quiet, effective.
In the first part of this brochure we’ll show
characteristics that make all Gaggenau ventilation
systems stand out. In the second part we’ll
present to you the wide range of ventilation appliances
and detail their special features. Finally,
we’ll show you all of the parameters that must be
taken into consideration during the ventilation
system planning stage. In short, the following
pages contain everything you need to know to
ensure you achieve the goal of clean air in the
kitchen in style.
3

4
© Copyright by
Gaggenau Hausgeräte GmbH
P.O. Box 830101
81701 Munich
Germany
Edition 2011
The data and facts expressed herin are current
as of May 2011. Gaggenau reserves the right to
implement technical modifications that serve the
purpose of progress.
The appliances are intended for household
use only.

The brand.
Enjoy experience, high quality and quietness. 6
The product groups.
The ceiling ventilation. 10
The table ventilation. 12
The downdraft ventilation. 14
The island hood. 16
The Coanda effect. 18
The wall-mounted hood. 20
The rim extraction filter. 22
The angled canopy hood. 24
The flat kitchen hood. 26
The planning.
The air requirement. 30
The size and architecture of the kitchen. 31
The cooking appliances. 31
The type of ventilation system. 32
The operation mode. 34
The supporting factors. 35
The air output. 36
The performance characteristics of the ventilation appliances. 36
Duct system and installation. 36
The general planning notes. 40
The planning tools and further information. 42
Glossary. 44
Gaggenau worldwide. 48
5

6
Enjoy experience, high quality and quietness.

When it comes to purifying the air, it’s hard to
beat nature. Trees and forests take on this task,
which is essential for life on this planet. In
Switzerland people are accustomed to high
quality, and the country is famous for the clean air
supplied by its many forests. And here, for decades
now, the name “Gaggenau” has been synonymous
with kitchen ventilation systems. That‘s because
no other manufacturer can boast as much expertise
as Gaggenau in this field. No other company
develops technical innovations so regularly or has
even come close to creating so many classic
designs. In terms of quality, our top-class materials
and complex processing ensure that your every
wish can come true. And the performance of
Gaggenau ventilation systems is hard to surpass.
High quality, quiet fans and intelligent planning
ensure that ambitious home chefs enjoy fresh air
when working in the kitchen.
7

8
Kitchen vapours contain not only aromas and
moisture, but also tiny grease particles. Trapping
the latter is one of the biggest challanges for an
effective ventilation system, along with eliminating
odours. The fact that kitchens are meanwhile increasingly
being integrated into living areas in the
home is one reason that good ventilation systems
are more important today than ever before. That is
why in addition to searching for better ideas for
providing clean air, we also strive to conceive
more attractive ones. Here we differentiate between
the almost invisible systems — such as ceiling
ventilation, downdraft ventilation and table
ventilation — and those specifically designed to
lend a design accent to a room. Almost every model
is available as an air extraction appliance or
recirculation version — all of them highly effective.

The product groups.
The ceiling ventilation. 10
The table ventilation. 12
The downdraft ventilation. 14
The island hood. 16
The Coanda effect. 18
The wall-mounted hood. 20
The rim extraction filter. 22
The angled canopy hood. 24
The flat kitchen hood. 26
9

The ceiling ventilation.
This ventilation system is practically invisible. It can be
integrated into the ceiling of a room or positioned
unobtrusively in kitchen furniture. It consists of ventilation
modules that can be combined in a host of different
ways to meet any individual wish and blend in with
any room. This is a solution that ensures maximum
headroom and field of vision, leaving no obstacles
to relaxed communication around the cooktop.
The system pictured is the AC 402 ceiling ventilation.
10

The table ventilation.
The table ventilation extracts cooking vapours where
they originate: right at the cooktop This makes it
magnificently effective and particularly suitable for
very large rooms and kitchen islands. The remote
fan unit is concealed in the lower cabinet. Positioned
behind the cooktop, the table ventilation
leaves ample space over the cooktop and remains a
background element thanks to its design. This type
of ventilation system can be used as a highly effective
air recirculation solution or for air extraction.
The system pictured is the table ventilation AL 400.
13

The downdraft ventilation.
The downdraft ventilation offers more than just invisibility.
Its effectiveness is also unbeatable. This is
because it extracts downwards from where it is integrated
in the worktop, wether directly next to or
between individual cooktops. The cooking vapours
can thus be extracted before they can become mixed
with the ambient air in the room. This assures its
extraordinary performance, especially when combined
with Vario cooking appliances including the
grill, Teppan Yaki or deep fryer.
Pictured is the VL 430 downdraft ventilation.
15

The island hood.
The island hood plays a key role as a design element
in any cutting-edge kitchen. It extracts the air directly
above the cooktop, is available in stainless steel or
aluminium and its free-floating installation makes it a
distinctive part of the kitchen’s architecture.
The AI 400 island hood is shown here.
16

The Coanda effect.
Aerodynamic research led to the discovery of the
Coanda effect. The unique shape of the ventilation
hood leads to the emergence of an additional air
current along its front edge. This air current traps
rising condensation before it has a chance to
escape over the edge of the appliance, and drives
it straight into the outlet. This helps to save energy
while also siphoning off less temperate air. Since
it’s an astonishingly quiet system, it makes working
in the kitchen a much more pleasurable experience.
The Coanda effect kicks in on both sides
when using an island hood. One of Gaggenau’s
many innovations.
19

The wall-mounted hood.
The wall-mounted hood is a classic, attractive
ventilation system for every type of kitchen.
Designers like to use it as a design element to
focus attention directly above the cooking area.
It is available in stainless steel or aluminium.
Wall-mounted hoods are thus also the perfect
design solution where less space is available
and the room is not big enough to accommodate
a kitchen island in the centre.
Pictured here is the island hood AW 201.
21

The rim extraction filter.
This filter is quiet and has a calm appearance.
Behind the stainless steel cover is a full-width
mesh filter that quietly and efficiently removes
grease from cooking vapours. The filter surface is
removed as a unit and cleaned in the dishwasher.
Doing so is no problem thanks to the push-tounlock
system with safety catch. A Gaggenau
speciality here is that the filter begins at the rim,
so the cooking vapours are immediately filtered.
As a result, the grease is deposited only on the
filter and not on the housing of the ventilation
system.
23

The angled canopy hood.
A special variant of the wall-mounted hood is the
angled canopy hood, which leaves much more
room above the cooktop. This is an advantage that
is particularly valued by tall chefs. The angled
canopy hood serves as an attractive design element
that highlights the cooking position. Covered
cassette-type filters ensure that the underside has
a harmonious appearance. The control panel for
the angled canopy hood is positioned on the side
for ease of use no matter the height.
The wall-mounted AW 250 angled canopy hood is
pictured here.
25

The flat kitchen hood.
One of the first innovations that Gaggenau
developed for ventilation was the flat kitchen hood,
which is still very popular. It has the advantage of
taking up very little space because it is mounted
inside the upper cabinet and only extracted when
needed. The canopy extractors from Gaggenau
are also a good alternative whenever compact
individual solutions are required. Depending on
the planning and requirements for a specific
project, they can be entirely enclosed by furniture.
Flat kitchen hoods and ventilation system components
work very effectively and with an extremely
low level of noise. As you’ve come to expect from
Gaggenau.
Pictured is the AH 250 flat kitchen hood.
27

28
The air output and air requirement are decisive
factors in the planning of a ventilation system. The
air requirement depends primarily on the planned
cooktop, the space in question and the design
and positioning of the ventilation system. The air
requirement must be considered in relation to the
corresponding air output that a ventilation appliance
can deliver, without taking into account the
effects of all ventilation system components.
In the following chapter we’ll give you a detailed
insight into the individual factors, as well as general
tips for planning and safety. You can use our
planning tools to make your calculations.

Planning.
The air requirement. 30
The size and architecture of the kitchen. 31
The cooking appliances. 31
The type of ventilation system. 32
The operation mode. 34
The supporting factors. 35
The air output. 36
The performance characteristics of the ventilation appliances. 36
Duct system and installation. 36
The general planning notes. 40
The planning tools and further information. 42
29

The distance to the ventilation system is the deciding factor in choosing the
method used to determine the air requirement.
30
> 120 cm
< 120 cm
The air requirement.
The aim of good ventilation system planning is to ensure
that the cooking vapours are extracted from the
kitchen area as thoroughly and quickly as possible.
The size of the kitchen and the corresponding air
exchange rate based on the room volume are often
used as a basis for the planning. We recommend this
method only when the distance between the ventilation
system and the cooktop is more than 1.20 metres,
i.e. for ceiling ventilation.
For air extraction operation, the air requirement
for the air exchange rate is calculated using a
factor of 10.
However, the calculation is made using a factor of
12 in kitchens where special cooking appliances
such as the grill, Teppan Yaki, wok or deep fryer are
used.
For recirculation, the air requirement for the air
exchange rate is generally calculated using a
factor of 12.
If the distance between the ventilation system and the
cooktop is less than 1.20 metres, the factors listed
below must be taken into account to ensure that most
of the cooking vapours are trapped as soon as they
rise from the cooktop:
The size and type of kitchen
The cooking appliances
The type of ventilation system and the distance to
the cooktop
The operation mode
The supporting factors
On the following pages we’ll explain the individual
points in detail. In addition, on our website we provide
a planning tool — “Ventilation systems à la carte” — for
determining the estimated air requirement (see planning
tools p. 42).

The size and architecture of the kitchen.
Our first consideration is the size of the kitchen and
whether the room in question is enclosed or opens
onto the living space. A rule that applies here is: The
larger the room, the greater the movement of air,
which increases the air requirement. This effect is
intensified in open kitchens, in kitchens with kitchen
islands or kitchen peninsulas and in kitchens whose
users frequently cook and with several other people.
In other words, differently to enclosed kitchens with
areas of up to 10 m 2 from larger kitchens and those
that open onto living spaces.
And we differentiate wall situations from islands or
peninsulas.
The cooking appliances.
The selection of the cooktop is the decisive factor.
Different cooktops produce different types and
quantities of cooking vapours. This is why the choice
of cooktop is the key to determining the correct air
output for the ventilation system to be used.
The wider the cooktop, the greater the output of the
ventilation system. The ventilation must have sufficient
power reserves, especially when plans call for installing
special Vario cooking appliances such as the
deep fryer, Teppan Yaki, wok or grill. This is because a
greater quantity of cooking vapours is to be expected
with such appliances. We therefore also recommend
that these special cooking appliances be installed in
the middle of the cooktop configuration and not on
the outside edges.
Example of a kitchen floor plan with a kitchen island.
Example of a kitchen floor plan with a kitchen peninsula.
Example of a kitchen floor plan with the cooking position installed against a
wall.
31

The ceiling ventilation.
The table ventilation.
The downdraft ventilation.
The island ventilation hood.
32
The type of ventilation system.
Each type of ventilation system has specific characteristics
that an effect air requirement.
Ventilation systems such as downdraft ventilation and
table ventilation, extract air right at the cooktop. This
prevents rising cooking vapours from spreading into
the ambient air. As a rule, less air output is needed
with these types than with ventilation systems where
the distance to the cooktop is 80 cm or more.
For all other types of ventilation, the ventilation system
selected should always be wider than the cooktop
below it. The rule of thumb here is: The greater the
distance to the cooktop, the wider and more powerful
the chosen ventilation system. After all, cooking vapours
always spread to the sides as they rise.
With correct planning, users can expect the majority
of the cooking vapours to be directly extracted if the
distance between the ventilation system and the cooktop
is up to approx. 1.20 metres. In this case the
choice of the cooktop is the decisive criterion for
calculating the required air output.
As the distance increases, it becomes more likely that
the cooking vapours will spread into the room rather
than being completely captured by the ventilation
system. In such cases the ventilation system must be
able to handle the air exchange for the entire room.
Ventilation systems with a run-on function, which continues
to operate after the cooking is finished, are a
good solution in a case like this. The air output needed
to do this should be calculated on the basis of the
room volume. (See p. 30).

The wall-mounted hood.
The angled canopy hood.
The flat kitchen hoods.
33

Recirculation: The extracted cooking vapours are cleaned by means of an
activated charcoal filter, and the cleaned air is once again channelled into
the room.
Air extraction operation: Ensure that there is a sufficient fresh air supply.
Air extraction operation: Without a fresh air supply the air output is reduced.
Air extraction operation: A draft in the cooking area spreads the cooking
vapours.
34
The operation mode.
All Gaggenau ventilation systems can be operated in
air extraction and recirculation modes. The sole exception
is the angled canopy hood, which is designed for
air extraction operation only. Your choice of ventilation
system type depends entirely on aesthetic preferences
and installation conditions in the room.
When recirculation is used, users must bear in mind
that the addition of the activated charcoal filter leads
to a reduced air output compared to air extraction
operation. The larger the surface area of the activated
charcoal filter, the more comparable the ventilation
system is to an air extraction solution in terms of its air
output and noise level. During extraction operation,
the actual air output depends on the fan output and,
to a great extent, on the duct sytem.
Note: Regardless of the operation mode, with all
Gaggenau ventilation systems the kitchen vapours are
first channelled through a metal grease filter, which
captures the grease particles and protects the ventilation
system and air ducts against fat deposits. All
grease filters from Gaggenau are easy to remove and
can be cleaned in the dishwasher.

The supporting factors.
The Gaggenau rim extraction filter, the Coanda effect,
an existing vapour trap and a wider ventilation system
are factors that reduce the air requirement. It is therefore
important for you to carefully consider your
choice of corresponding devices at the planning
stage, if possible.
The special design of the Gaggenau rim extraction
filters enables the highly effective removal of cooking
vapours. The filters are also able to prevent
deposits of grease particles from accumulating
on the housing of the ventilation system. This is
because the filter surface extends into the edge of
the housing.
The Gaggenau ventilation systems equipped with
the Coanda effect generate an additional stream of
air along their front edge. This stream of air traps
the rising vapours before they can escape over the
edge of the appliance and draws them into the
ventilation hood. This intelligent extraction support
reduces the amount of room-temperature kitchen
air extracted from the room by about 10 per cent.
With Gaggenau ceiling ventilations, or when canopy
extractors are used, a vapour trap at least 10
cm deep around the filter surface helps to prevent
the cooking vapours from spreading under the
ceiling or furniture cavity.
If ventilation systems are installed above the cooktop,
the following applies: The larger the ventilation
system is in comparison to the cooktop, the more
the cooking vapours will be trapped as they spread.
The rim extraction filter.
The Coanda effect.
Illustration of the vapour trap in the planning of a ceiling ventilation or the
use of canopy extractors.
The ventilation system should always be wider than the cooktop.
35

The air output. Duct system and installation.
The air output of the entire ventilation system must be
specified to correspond to the air requirement. The
following factors affect the air output:
The performance characteristics of the chosen
ventilation system
The duct system
The installation
In addition, it is advisable to plan for sufficient power
reserves to ensure that the ventilation system does
not have to constantly work at the highest power level.
This helps to reduce noise while simultaneously improving
energy efficiency.
On the following pages we’ll explain the individual
factors in detail. On our website we also provide a
planning tool — “Rodun” — for calculating the air output
(see planning tools on p. 42).
The performance characteristics
of the ventilation system.
The performance characteristics of a ventilation system
are the result of optimal coordination of the following
factors: The construction itself, the filter that is
used and the fan. Gaggenau ventilation systems are
equipped with very powerful fans, or they can be combined
with correspondingly powerful remote fan units
for air extraction or recirculation. These fans are also
extremely resistant to preassure. They overcome possible
pressure losses in a duct system and work very
effectively at a low noise level. The fan output is supported
by features such as the Coanda effect and rim
extraction which boost the effectiveness of the ventilation
system.
36
Intelligently selecting and installing the duct system
not only has a very positive effect on the output of the
ventilation system; it also minimises the noise generated.
It is therefore decisive for the efficiency of the
entire ventilation system. This applies especially to
extraction solutions, but also to recirculation solutions
with external remote fan units. A good guideline here
is: The duct diameter should be as large and constant
as possible, while the ducting should be as short and
straight as possible. The wall outlet must correspond
to the duct diameter.
The duct type.
In Gaggenau’s accessories catalogue, customers can
select the type of duct appropriate to their needs,
whether flexible aluminium duct, round duct or a flat
duct system. Depending on the duct type, they can
choose from the nominal sizes NW 125, NW 150 and
NW 200. For maximum output with minimal noise, the
diameter should always be as large as possible.
For straight ducting, the use of plastic or metal ducts
with smooth, level inner surfaces is recommended.
These enable a laminar flow of air during extraction,
without air turbulence. For sections that are not
straight and for bends, flexible aluminium ducts are
preferred because they make it possible to avoid hard
edges.
Where space limitations are a concern, the first
choice is the Gaggenau flat duct system. The remarkable
design with special conducting fins in the bends
and junction pieces allow for a very low hight and
large nominal size, thus ensuring very efficient air
circulation. This also applies in situations where there
are many bends. We strongly discourage the use of
other flat ducts due to the high output losses in duct
bends, duct corners and junction pieces.
Spiral and corrugated ducts should definitely not be
used. In addition to displaying the worst flow conditions,
these types also tend to flutter and thus generate
noise.

The wall outlet and sound dampers.
Appropriate wall outlets are available for ducts that
run neatly, efficiently, and unobtrusively through
exterior walls. The size of the opening should always
correspond to the nominal size of the duct type or
larger. Sound dampers can be integrated into the
duct system for further noise reduction.
The duct diameter.
It is also important to consider the duct diameter. In
principle, the nominal size of the duct should equal
the size of the ventilation hood’s air outlet. Generally,
the larger the diameter, the fewer the output losses
and the lower the noise level. Even with a hood whose
connecting pieces have a nominal size of NW 150, it
is advantageous to use ducting with a nominal size of
NW 200 for longer stretches in order to minimise
losses in the long air circulation.
Ducts with diameters of less than 125 mm (nominal
size of NW 125) are not recommended because they
have a very negative effect on the ventilation hood
output and significantly increase noise.
cylindrical duct
plastic or metal
The different duct types.
ø 200
cylindrical
duct
flat duct
system
flexible
aluminium duct
ø 150
corrugated
duct
ø 125
ø 150 ø 125
Comparison of the available duct diameters/nominal values.
flat duct
system
37

Any narrowing of the cross section should be avoided.
The section of the pipe downstream of the air outlet should be at least 30
cm long.
Duct bend arrangements: 1 x 90° compared to 2 x 45°.
Design of duct bends: An angular pipe curve compared to a round pipe
curve.
38
> 30cm 30cm
bad
good
aerodynamically in-efficient aerodynamically efficient
aerodynamically in-efficient aerodynamically efficient
The installation.
The choice of the appropriate duct type with the optimal
nominal size and careful installation are decisive
factors that influence the efficiency of the ventilation
system. In general, the ducting should be kept as
short as possible and have few bends and a large
diameter.
Large duct diameters result in a lower flow velocity
and thus far less turbulence. On the whole, there is
an audible reduction in the noise generated by the
ventilation system. Narrowing the cross-section, on
the other hand, creates air turbulence, increases
resistance and has a negative effect on the noise
level and output of the ventilation system.
A straight stretch of ducting measuring approx. 30
cm in length must be installed immediately following
either the air outlet opening of the ventilation
system or the remote fan unit, in order to allow the
laminar flow of the extracted air. Bends should only
be installed after this stretch.
Two 45° bends installed to leave sufficient space
are always preferable to a 90° bend. Bends should
always be laid out with the greatest possible radius
because air turbulence forms at sharp turns/curves,
which is also where airflow breakaway can happen.
Bends that allow good air flow can be achieved with
flexible aluminium ducts or our flat duct system.
When connecting secondary channels to a main
duct, attention must be paid to oblique angles. The
ducts should also be positioned obliquely if possible
when they open into an air extraction shaft.
When connecting several ventilation systems to one
common chimney, the cross-section of the main
duct must be laid out to correspond to the number
of appliances.
Air extraction ducts that run through unheated
rooms should be well insulated to prevent condensation
forming.
A condensation separator should be installed at the
lower end of vertical stretches of ducting. Horizon-

tal air extraction ducts should have a slope of at
least 1° so that they can lead any condensed water
away from the ventilation system. The condensation
can either be channelled to an appropriate spot
outdoors or collected in a reservoir where it can
evaporate.
Air inlets and outlets should be as free of wind
pressure as possible.
Cross sections of curves in flat ducts.
bad good
bad good
good
Pay attention to oblique angles when connecting pipes.
39

Important factors in the planning of a ventilation system
include personal taste, specific architectural conditions
and safety considerations. In the following
section we’ll discuss these points in greater detail.
The design.
In visual terms, there are basically two categories of
ventilation system: visible and invisible. Which version
is preferable depends entirely on personal taste, because
Gaggenau offers outstanding systems of both
kinds.
If the visible variant is chosen, the ventilation system
becomes an important design element in the room.
Gaggenau ventilation systems have long been setting
the standards in this area with designs that are deliberately
sculptural and have won a large number of
awards. Prime examples include the timeless AW/AI
400 and the “Coanda” AW/AI 280 ventilation system,
which has won several awards.
By contrast, the AC 402 ceiling ventilation, which can
also be integrated into furniture elements in much the
same way as a canopy extractor, works almost invisibly.
Equally invisible is the downdraft ventilation that is
integrated directly in the worktop between and beside
the cooktops.
Table ventilation remains in the background and leaves
the space above the cooktop free.
40
The general planning notes.
Architectural conditions.
Architectural conditions such as room layout, wall
shape or building materials often impose limits on the
choice of ventilation system and the operation mode.
In order to avoid such limitations, it is worth making a
decision early on the type and operation mode of the
ventilation system.
Low-energy or passive house: Here only a recirculation
variant is possible, because otherwise the
energy balance of the house would be negatively
affected.
Long air extraction route: Our planning tool helps
you to determine whether the performance losses in
the planned duct system would be too great for the
volume of fresh air that is needed and, if so, what
chan ges in the kitchen planning process solve the
problem, or whether a recirculation system would be
more suitable.
Open fireplace: If there is a working open fireplace
in the kitchen or an adjacent room, any planned
ventilation system must ensure a sufficient supply
of fresh air.
A sloping ceiling or a cooktop directly in front of a
window: In this situation, the installation of a table
or downdraft ventilation system is recommended.

Aspects relating to safety.
Safety and fire protection must have top priority in all
planning activities and regulations currently in force
must always be complied with.
An adequate supply of fresh air must be ensured,
especially in rooms where a fireplace is being
operated with gas, oil or solid fuel. This is because
the ventilation hood could divert the oxygen that the
fireplace needs for combustion, and increase the
spread of exhaust gases throughout the room. In addition,
some countries require the installation of a standard
window contact switch, which allows the
ventilation system to be used only if a window is open.
We strongly recommend the installation of such a
switch in any case. This risk does not arise if an air
recirculation system is used.
Extracted air must not be channelled into any currently
working flue or chimney. The air must also not be
channelled into any shaft that serves to ventilate
rooms with fireplaces.
The minimum distance between the worktop and the
bottom edge of the ventilation system is listed in the
planning instructions of our price list and on our website
at www.gaggenau.com. This minimum distance
must always be observed. If the distance exceeds this
minimum, the air output is reduced. This should also
be kept in mind during planning.
table ventilation
or
downdraft ventilation
In rooms with sloping ceilings, the installation of a table or downdraft ventilation
system is recommended.
Ensure that there is a sufficient supply of fresh air if there is an open
fireplace in the room.
Here, there is an open fireplace and the opening for fresh air is closed.
41

The goal of careful ventilation planning is to harmonise
the kitchen’s need for fresh air and the air output
of the ventilation system. For example, if the system
has excessive power reserves and is operated at an
overly high power level, there will be unnecessarily
high levels of energy consumption and noise. During
extraction operation, excessive power reserves also
lead to ventilation with unnecessarily large amounts of
fresh air. With the help of our planning tools, you can
find the optimal solution – even for critical planning
tasks.
42
The planning tools and further information. You can find further information about Gaggenau
The “Ventilation à la carte” planning tool: Using this
tool, it is possible to calculate the amount of fresh
air needed for any given space. It goes beyond the
rule of thumb that simply multiplies the number of
air changes by the room volume and makes it possible
to take various individual kitchen situations
into account. The factors to be kept in mind include
room volume, the selected cooktop and the installation
variants, to name but a few. In short, it is an
ideal tool for making a concrete recommendation
regarding the power level needed by the ventilation
system.
The Rodun system for calculating power levels of
ventilation systems: The Rodun system is extremely
helpful when you are calculating the air output, the
duct layout and the efficiency of the selected ventilation
system. And when you combine it with the
“Ventilation à la carte” tool, calculating whether or
not the planned ventilation system meets the requirements
becomes a simple task. You can find
both tools on our website at www.gaggenau.com
The Gaggenau models and dimensions: This catalogue
includes the technical specifications of our
ventilation systems, planning and configuration
instructions and an overview of our range of accessories.
The installation video for ceiling ventilation provides
insights into the planning and installation of a ceiling
ventilation system.
online at www.gaggenau.com. For example, there is
an animated video that illustrates how the Coanda
ventilation system works. It isl also worthwhile taking
a look at our Gaggenau magazine. It features kitchen
appliances that meet the highest standards and
whose visual design is in perfect harmony with our
ventilation systems. You can download the magazine
directly from www.gaggenau.com.

Activated charcoal air filter.
This filter picks up and captures odour particles. In the
case of recirculation systems, the activated charcoal
filter cleanses cooking vapours of odours before the air
is redirected into the kitchen. In order to keep the ventilation
system effective, activated charcoal filters should be
replaced about twice a year, depending on individual
cooking patterns.
Air extraction/recirculation.
Most Gaggenau ventilation systems can be used for
both air extraction and recirculation. In both cases, the
air that is full of grease and odour particles first passes
through a grease filter that protects the inside of the
exhaust air duct against deposits. In the air extraction
version, the previously cleaned air is conducted through
the wall and expelled outdoors or into a ventilation shaft.
In the recirculation version, the odour particles are captured
by an additional activated charcoal filter so that
only odourless air is routed back into the kitchen.
Air recirculation:
Ventilation systems in recirculation mode have a higher
energy efficiency level than air extraction systems. This is
because heated air stays in the room in winter and, conversely,
cool air stays in the room in summer. In addition,
they are generally easier to install, because in most
cases there is no need for an extensive duct system.
As the surface area of the activated charcoal filter increases,
the power and noise development of a recirculation
system becomes comparable to that of an air
extraction system. The only thing an air recirculation
solution does not do is remove humidity from the
kitchen.
If an air recirculation system is used for room ventilation
(the distance between the ventilation system and the
cooktop must be greater than 1.20 metres), special
cooking appliances such as the grill, Teppan Yaki, wok
or deep fryer should not be installed.
44
Glossary.
Air extraction:
Air extraction systems operate by means of a constant
exchange of air. The volume of air that is removed from
the room must be replaced with the same volume of
fresh air. An air extraction system is efficient provided the
following conditions have been met:
A. The exhaust air must be removed as directly as possible,
without any great deviations. (See p. 36, Duct
system and installation)
B. An adequate supply of fresh air from outside must be
ensured. The necessary ventilation opening should be
located as close to the ceiling as possible and, if feasible,
on the side of the room opposite the ventilation hood.
The distance between the ventilation opening and the
hood should be at least 1 metre in order to prevent gusts
of air over the cooktop in the event of strong winds.
Ceiling collar.
For each type of duct there is an appropriate ceiling
collar. Such collars also hide small gaps in ceilings that
are not quite horizontal and have a slope of 1–2°. With
the help of a ceiling collar, one-piece special ducts can be
custom-installed even at height. The front and back parts
of the ducts for island hoods are connected by a fine
magnetic seam so that they can be separated at any time.
Centrifugal grease filter.
See Grease filter.
Coanda effect.
This aerodynamic technique is used by Gaggenau to
extract the cooking fumes which occur at the front of a
cooktop more efficiently. Part of the airflow generated by
the fan exits through the top of the ventilation hood and
is guided downwards, over the rounded front edge,
intercepting fumes which might otherwise get past the
front of the ventilation hood. This new air conduction
system enables efficient air purification – even at lower
power levels. As a result, less energy is used and less
temperate air is removed from the room. At the same
time, the noise level is considerably reduced.

Condensation trap.
A condensation trap should be installed at the lower end
of long, vertical air extraction ducts. The ventilation system
collects condensed water in a container, where it
evaporates.
Duct connector/adapter.
Connector pieces are available for all common duct
widths to connect ducts of the same size or different
cross sections.
Grease filter.
As with all Gaggenau ventilation hoods, the air containing
grease and odour particles first passes through a
grease filter, which removes up to 95 per cent of the
grease from the air. This prevents any deposits forming
on the inside of the hood or ventilation pipes.
Stainless steel grease filter:
The filter can be easily removed for cleaning in the dishwasher.
Rim extraction filter:
The full-width mesh filter with its integrated cover ensures
an understated look as well as quiet operation.
The grease separation of 90 to 95 per cent is equivalent
to that of a mesh filter. The noise level is, however,
around three dB quieter and the optimised rim design
reduces condensation. The filter can be removed as a
single unit using the invisible push-to-unlock system with
safety catch and can be cleaned in the dishwasher.
Centrifugal grease filter:
The air current from the table ventilation system AT 400
is rerouted several times in this filter, thereby ensuring
that grease particles are efficiently captured and expelled.
The filter elements can be cleaned in the dishwasher.
Grease filter saturation indicator.
A signal on the control panel reminds the user when it is
time to clean the grease filter. In the case of a ceiling
ventilation system, an acoustic signal sounds every time
the appliance is switched off. Soiled filters lose their
effectiveness and raise the noise level of the ventilation
system.
Infrared remote control.
All of the AC 402 ceiling ventilation’s functions, from the
desired power level to the lighting, can be conveniently
operated using the infrared remote control.
Intensive mode.
Three power settings and an intensive mode can be
activated via individual control buttons on the ventilation
appliances. Depending on the particular model and
setting, the intensive mode automatically reverts to the
previously selected power setting after three, five or ten
minutes of operation.
Interval ventilation.
When interval ventilation is activated, the ventilation
system automatically switches back to the previously
selected power level automatically for five minutes in
each hour of operation. This enables extraction of stale
air from the room at regular intervals, even during the
night — after parties, for example, or when noone is at
home for extended periods.
Motorless extractor hood.
See remote fan unit
45

Noise generation.
The two main sources of noise in a ventilation system are
the motor and the airflow. Motor noise is generated by
the operation of the extractor at the necessary rpm.
Thanks to the type of motor control system and the form
of the ventilator and the housing, Gaggenau ventilation
appliances generate motor noise practically only when
they are being operated at level 1. And even then the
noise is barely perceptible.
Different conditions apply to the volume of the noise
generated by the airflow. The airflow noise becomes
louder with increasing air output. This noise can be
minimised using the largest possible duct diameters
and appropriate duct types. The value of specific
Gaggenau features such as the Coanda effect and
rim extraction is also evident here, as under some
circumstances the appliance can be operated at a
lower power level.
Noise level.
The noise level is a value measured and calculated under
laboratory conditions and is specified in dB(A)
re1pWdB(A)re1pW. This specification is intended solely
for the purpose of comparing information in the catalogues
from various manufacturers and cannot be determined
in the same way in a real kitchen situation.
One-way flaps.
See Wall outlets/telescopic ducts
Recirculation.
See Air extraction/recirculation
Remote fan units/motorless ventilation.
If the construction design permits, the installation of a
motorless ventilation system together with an external
fan is recommended. The fan can be mounted either
outside the building or in an adjacent space such as
an attic or a cellar. It can also be installed in a lower
46
cab inet. This has the advantage of keeping motor noise
out of the kitchen or at least dampening it. Furthermore,
more power is available, depending on the ventilation
type that is used. The fan is operated via the ventilation
system controls.
Rim extraction filter.
See Grease filter.
Run-on function.
Just the thing for effective room ventilation. Once activated,
the function ensures that the ventilation appliance
runs on for up to ten minutes after use on any
setting, before automatically switching itself off.
Sealing flaps.
The suction vent in the downdraft ventilation system in
the Vario 400 series is sealed when the system is not in
use. When the ventilation is switched off, the flaps remain
open for a few seconds until the fan comes to a
complete stop. The flaps then close automatically.
Soft-Light.
The uniform cooktop illumination, which comes with
ventilation appliances, automatically goes on and off
gradually, and it can be dimmed manually from maximum
illumination while cooking to atmospheric background
lighting.
Sound dampers.
When installing ventilation hoods with separate remote
fan units, noise can be reduced by installing a sound
damper duct between the two appliances. The sound
damper is most effective when installed in a curved
arrangement.

Special ducts.
Certain special duct shapes, longer lengths and side
duct shapes are available on request.
Stainless steel grease filter.
See Grease filter.
Wall outlets/telescopic ducts
At the point where the air extraction ducts open to the
outdoors, these louvered screens prevent water and
wind from getting into the exhaust air duct and an integrated
one-way flap prevents cold air from entering. A
drip edge prevents dirt from accumulating on the building
facade. Telescopic ducts can be adjusted in line with
the thickness of the outer wall. Their cross sections
should correspond to that of the exhaust air duct. Telescopic
ducts and air extraction ducts should never lead
out to the side of the building most exposed to the elements.
The back pressure exerted by wind and rain can
have an adverse effect on the functioning of the ventilation
hood.
47

Argentina
See USA, Office and Showroom
Miami.
Australia
Office and Showroom Melbourne
Sampford IXL
421 Smith St. Fitzroy
Victoria 3065, Melbourne
+61 1300 7274 21 Phone
+61 1300 7274 25 Fax
Showroom Brisbane
Sampford IXL
3/45 Commercial Road
(Cnr Doggett Street)
Newstead QLD 4006
+61 1300 7274 21 Phone
+61 1300 7274 25 Fax
Showroom Perth
Sampford IXL
1/278 Scarborough Beach Road
Osborne Park
Wa 6017, Perth
+61 1300 7274 21 Phone
+61 1300 7274 25 Fax
Austria
Office and Showroom Vienna
BSH Hausgeräte GmbH
Vertrieb Gaggenau
Quellenstr. 2
1100 Vienna
+43 1 6057 50 Phone
+43 1 6057 5512 12 Fax
Azerbaijan
Office and Showroom Baku
Unitech Ltd.
28E Babek Avenue
1000 Baku
+994 12 4967 355 Phone
+994 12 4967 357 Fax
Bahrain
Office
Khalaifat Co. Wll.
P.O. Box 5111
Manama
+973 1759 2233 Phone
+973 1759 3340 Fax
Barbados
See USA, Office and Showroom
Miami.
48
Gaggenau worldwide.
Belgium
Office and Showroom Brussels
BSH Home Appliances n.v. - sa
Laarbeeklaan 74
Avenue du Laerbeek
1090 Brussels
+32 2 4757 008 Phone
+32 2 4757 285 Fax
Belize
See USA, Office and Showroom
Miami.
Bolivia
See USA, Office and Showroom
Miami.
Brazil
See USA, Office and Showroom
Miami.
Canada
Office
BSH Home Appliances Ltd.
5800 Explorer Drive, Suite 310
Mississauga, ON, L4W 5K9
+1 905 3619 300 Phone
+1 905 5549 334 Fax
Showroom Montreal
L’Atelier BSH
9220 Blvd. Du Golf
Anjou, QC, H1J 3A1
+1 514 3533 232 Phone
+1 514 3539 835 Fax
Showroom Vancouver
Echelon Home Products
120 - 11120 Horseshoe Way
Richmond, BC, V7A 5H7
+1 604 2752 210 Phone
+1 604 2752 217 Fax
Caribbean Countries
See USA, Office and Showroom
Miami.
Chile
See USA, Office and Showroom
Miami.
China
Office and Showroom Shanghai
BSH Home Appliances (China) Co.
Ltd.
Room 4710, Tower II, Plaza 66
1266 West Nanjing Road
200040 Shanghai
+86 21 3229 0368 Phone
+86 21 3229 0366 Fax
Showroom Beijing
BSH Home Appliances (China) Co.
Ltd.
50F, China World Tower
No. 1 Jianguomenwai Avenue
Chaoyang District
100004 Beijing
Showroom Hangzhou
BSH Home Appliances (China) Co.
Ltd.
F1, Building C
Hangzhou Tower Shopping Center
1 Wulin Square
310006 Hangzhou, Zhejiang
Province
+86 571 8527 8599 Phone
+86 571 8527 8466 Fax
Colombia
See USA, Office and Showroom
Miami.
Costa Rica
See USA, Office and Showroom
Miami.
Croatia
Office
BSH Hišni aparati
Glavna podružnica u Republici
Hrvatskoj
Kneza Branimira 22
10040 Zagreb
+385 1 2958 105 Phone
+385 1 6403 603 Fax
Showroom Zagreb
Studio Kibild
Kneza Branimira 22
10040 Zagreb
+385 1 2958 888 Phone
+385 1 2958 889 Fax
Cyprus
Office and Showroom Nicosia
Hadjikyriakos & Sons Ltd.
Prodromos 121
Nicosia 1511
+357 2287 2111 Phone
+357 2266 3391 Fax
Czech Republic
Office
BSH domácí spotřebiče s.r.o.
Technopark
Pekařská 695/10a
15500 Prague
+42 2 5109 5555 Phone
+42 2 5109 5529 Fax
Denmark
Office and Showroom
Copenhagen
BSH Hvidevarer A/S
Telegrafvej 4
2750 Ballerup
+45 4489 8080 Phone
+45 4489 8686 Fax
Dominican Republic
See USA, Office and Showroom
Miami.
Ecuador
See USA, Office and Showroom
Miami.
Egypt
Office
Contact Interiors
El-Nil St. 134
Agouza – Giza
+20 23 3351 675 Phone
+20 23 7609 986 Fax
El Salvador
See USA, Office and Showroom
Miami.
Estonia
See Sweden.
Finland
Office and Showroom Helsinki
BSH Kodinkoneet Oy
Itälahdenkatu 18 A
00201 Helsinki
+358 20 7510 700 Phone
+358 20 7510 780 Fax
France
Office
BSH Electroménager
26 Avenue Michelet
93401 Saint-Ouen
+33 8 9269 8310 Phone
(0.34 € TTC/min.)
+33 1 4948 2423 Fax
Showroom Lipsheim
Galerie d’exposition Alsace
Rue Baudelaire
67640 Lipsheim
+33 3 8859 6620 Phone
+33 3 8859 6621 Fax
Showroom Paris
Galerie d’exposition Paris
7 Rue de Tilsitt
75017 Paris
+33 1 5805 2020 Phone
+33 1 5805 2021 Fax

Georgia
Office and Showroom Tbilisi
Elit Electronics JSC
24 Khazbegi Avenue
103 Tbilisi
+995 8832 4877 77 Phone
+995 8832 4877 77 Fax
Germany
Office
Gaggenau Hausgeräte GmbH
P.O. Box 830101
81701 Munich
+49 1801 1122 11 Service Phone
+49 1801 3353 01 Service Fax
(3.9 ct/min. from T-Com landline,
or max. 0,42 €/min. from mobile
phones)
Greece
Office and Showroom Athens
BSH Oikiakes syskeves A.B.E.
17th klm Ethnikis odou Athinon-
Lamias
& Potamou 20
14564 Kifisia
+30 210 4277 827 Phone
+30 210 4277 801 Fax
Guatemala
See USA, Office and Showroom
Miami.
Honduras
See USA, Office and Showroom
Miami.
Hong Kong SAR
Office
Kitchen Infinity Corp. Ltd.
19/F Zoroastrian Building
101 Leighton Road
Causeway Bay
Hong Kong
+852 2552 2208 Phone
+852 2555 2507 Fax
Showroom Hong Kong
Shop B G/F Lippo Leighton Tower
103 Leighton Road
Causeway Bay
Hong Kong
+852 2890 1522 Phone
+852 2882 1273 Fax
Iceland
Showroom Reykjavik
Smith & Norland hf.
Nóatúni 4
105 Reykjavik
+354 5203 000 Phone
+354 5203 011 Fax
See Sweden for Office.
India
Office and Showroom Mumbai
SIS Imports
Madhukunj Building
Sayani Road
Mumbai 400 025
+91 22 2437 0517 Phone
+91 22 2431 6055 Fax
Showroom Bangalore
SIS Imports
37, 4th B Cross, 5th Block
Indl. Layout Koramangala
Bangalore 560 095
+91 80 2550 4444 Phone
+91 80 4200 5080 Fax
Showroom New Delhi
SIS Imports
B 87
Defence Colony
New Delhi 110 024
+91 11 4155 3333 Phone
+91 11 4656 2575 Fax
Indonesia
Office and Showroom Jakarta
PT. Multi Elexindo Indah (Mulxindo)
Graha Mulxindo
Jl. Sultan Iskandar Muda 88L
(Arteri Pondok Indah)
Jakarta 12240
+62 21 7237 888 Phone
+62 21 7228 338 Fax
Ireland
Office
BSH Home Appliances Ltd.
Grand Union House
Old Wolverton Road
Milton Keynes
MK12 5PT, UK
+353 1 4502 583 Phone
+44 1908 3285 27 Fax
Israel
Office
BSH Home Appliances Ltd.
Agish-Ravad Building
13 Noah Moses St.
Tel Aviv, 67442
+972 3 6932 112 Phone
+972 3 6932 126 Fax
Italy
Office
BSH Elettrodomestici S.p.A.
Via M. Nizzoli 1
20147 Milan
+39 02 4133 61 Phone
+39 02 4133 6222 Fax
Showroom Macerata
DesignElementi Marche S.r.l.
Via delle Maestranze 1
Zona Ind. le Corridonia
62014 Corridonia – MC
+39 0733 2835 26 Phone
+39 0733 2882 62 Fax
Showroom Milan
DesignElementi Milano S.r.l.
Via Lazzaretto 3
20124 Milan
+39 02 2901 5250 Phone
+39 02 2900 7629 Fax
Showroom Verona
Nuova Arredo Inserimenti S.r.l.
Via Roveggia 122
37100 Verona
+39 045 5832 34 Phone
+39 045 2100 826 Fax
Showroom Vicenza
Nuova Arredo Inserimenti
Via Dell‘Industria 48/50
36040 Grisignano Di Zocco – VI
+39 0444 6142 22 Phone
+39 0444 6149 97 Fax
Japan
Office and Showroom Aichi
Major Appliance, Inc.
14-7 Shimabara, Nishigawa-Cho
Toyoake-shi, Aichi
470-1121 Japan
+81 562 9318 78 Phone
+81 562 9297 46 Fax
Office and Showroom Tokyo
N.TEC Co. Ltd.
Tokyo Branch Office
6F Rinkei Bldg.
2-8-9 Iwamoto-cho
Chiyoda-ku, Tokyo
101-0032 Japan
+81 3 5833 0833 Phone
+81 3 5833 0855 Fax
Office and Showroom Hyogo
N.TEC Co. Ltd.
2-23-7 Narai Yamaguchi-Cho
Nishinomiya Hyogo
651-1411 Japan
+81 7 8904 3101 Phone
+81 7 8904 3102 Fax
Jordan
Office
Exclusive Homes
Alhussaini Commerical Center
152 Mecca Road
11185 Amman
+962 6 5936 620 Phone
+962 6 5936 610 Fax
Kazakhstan
Office and Showroom Almaty
Azimut TOO
Prospekt Abai, 31
50000 Almaty
+7 3727 2582 931 Phone
+7 3727 2583 797 Fax
Kingdom of Saudi Arabia
See United Arab Emirates.
Korea
Office and Showroom Seoul
Fine Appliances Co. Ltd.
4th Fl. Jinnex Lakeview Bldg.
65-2, Bangi-dong, Songpa-gu
Seoul 138828
+82 2 6293 9393 414 Phone
+82 2 6295 9595 Fax
Kuwait
Office
Al Wazzan United Trading Co.
W.l.l.
Hawally
P.O. Box 3379
32034 Kuwait City
+965 4 8399 85 Phone
+965 4 8382 92 Fax
Kyrgyzstan
Office and Showroom Bishkek
Art Deco Ltd.
Prospekt Chui 126
720000 Bishkek
+996 55 2667 855 Phone
+996 55 2901 177 Fax
Lebanon
Office
ACES Home Appliances
Dora Highway – Audi Center 3-8th
Floor
Bauchrieh – Metn
2616 4225 Beirut
+961 1 2626 26 Phone
+961 1 2458 80 Fax
Lithuania
See Sweden.
Luxembourg
Office and Showroom Luxembourg
BSH Electroménagers S.A
13-15, Z.I. Breedewues
1259 Senningerberg
+352 2634 9400 Phone
+352 2634 9415 Fax
Visit www.gaggenau.com for further information.
49

Malaysia
Office and Showroom Kuala
Lumpur
BSH Home Appliances Sdn. Bhd.
No. 8A Jalan 13/6
46200 Petaling Jaya, Selangor
+60 3 7955 8880 Phone
+60 3 7955 7580 Fax
Malta
Showroom Malta
Aplan Limited
The Atrium
Mriehel By-Pass
Birkirkara BKR 3000
Malta
+356 2148 0590 Phone
+356 2148 0598 Fax
See Italy for Office.
Mexico
Office
Representaciones Internacionales
Patricio Sanz 1737 Col. del Valle
03100 Mexico, D.F.
+52 5 5524 2979 Phone
+52 5 5534 0027 Fax
Netherlands
Office and Showroom Hoofddorp/Amsterdam
BSH Huishoudapparaten B.V.
Taurusavenue 36
2132 LS Hoofddorp
+31 88 4244 031 Phone
+31 88 4244 805 Fax
New Zealand
Office and Showroom Auckland
BSH Home Appliances Ltd.
Unit F2
4 Orbit Drive
Mairangi Bay
Auckland 0632
+64 9 4770 492 Phone
+64 9 4772 647 Fax
Nicaragua
See USA, Office and Showroom
Miami.
North Africa
See United Arab Emirates.
Northern Cyprus
Office and Showroom Lefkosa
Akbel Ltd.
14A Ortaköy
Dr. Burhan Nalbantoğlu Cad
00010 Lefkosa
+90 392 2233 233 Phone
+90 392 2234 972 Fax
50
Norway
Office and Showroom Oslo
BSH Husholdningsapparater AS
Grensesvingen 9
0606 Oslo
+47 2266 0600 Phone
+47 2266 0585 Fax
Oman
See United Arab Emirates.
Pakistan
See United Arab Emirates.
Panama
See USA, Office and Showroom
Miami.
Paraguay
See USA, Office and Showroom
Miami.
Peru
See USA, Office and Showroom
Miami.
Philippines
Office
Living Innovations
Unit 1902
Antel Global Corporate Center
3 Julia Vargas Avenue
Makati City
Metro Manila
+63 2 6357 983 Phone
+63 2 6386 6198 Fax
Showroom Manila
Living Innovations
2nd Floor Makati Shangrila Retail
Arcade
Ayala Avenue, Makati City
Metro Manila
+63 2 8302 230 Phone
+63 2 7522 768 Fax
Poland
Office and Showroom Warsaw
BSH Sprzęt Gospodarstwa
Domowego
Sp. z o.o.
Al. Jerozolimskie 183
02-222 Warsaw
+48 22 5727 600 Phone
+48 22 5726 600 Fax
Portugal
Office
BSH Portugal Ltd.
Rua do Alto do Montijo, 15
2790-012 Carnaxide, Lisbon
+351 1 2142 5061 4 Phone
+351 1 2142 5060 1 Fax
Puerto Rico
See USA, Office and Showroom
Miami.
Qatar
See United Arab Emirates.
Russia
Office
OOO BSH Bytowaja Technika
Uliza Malaja Kalushskaja 19,
Bldg. 1
Moscow 119071
+7 495 7372 777 Phone
+7 495 7372 798 Fax
Serbia
Office
Ogranak BSH Hišni aparati, d.o.o.
Belgrade
Milutina Milankovića 11 A
11070 New Belgrade
+381 11 2052 399 Phone
+381 11 2052 399 Fax
Showroom Belgrade
ITM salon kućnih aparata
Milutina Milankovića 11 A
11070 New Belgrade
+381 11 3121 277 Phone
+381 11 3121 278 Fax
Singapore
Office and Showroom Singapore
BSH Home Appliances Pte. Ltd.
11 Bishan St. 21
4th Floor
Singapore 573943
+65 6356 1080 Phone
+65 6507 3818 Fax
Slovenia
Office
BSH Hisni aparati d.o.o.
Sales and Marketing
Litostrojska 48
1000 Ljubljana
+386 1 5830 850 Phone
+386 1 5830 862 Fax
South Africa
Office
BSH Home Appliances (Pty) Ltd.
96 Fifteenth Road
Randjespark1685
+27 11 2657 800 Phone
+27 11 2657 817 Fax
Spain
Office
BSH Electrodomésticos
España S.A.
Parque Empresarial PLA-ZA
Ronda del Canal Imperial de
Aragón, 18-20
50197 Saragossa
+34 976 5780 00 Phone
+34 93 2050 951 Fax
Showroom Barcelona
BSH Electrodomésticos
España S.A.
Ricardo Villa, 4
08017 Barcelona
+34 93 2064 144 Phone
+34 93 2050 951 Fax
Sweden
Office and Showroom Stockholm
BSH Home Appliances
Landsvägen 32
169 29 Solna
+46 8 7341 200 Phone
+46 8 7341 201 Fax
Switzerland
Office and Showroom
Geroldswil/Zurich
BSH Hausgeräte AG
Fahrweidstr. 80
8954 Geroldswil
+41 43 4554 000 Phone
+41 43 4554 079 Fax
Office and Showroom
Bioggio/Lugano
BSH Elettrodomestici SA
Via Campagna 30
6934 Bioggio
+41 43 4554 028 Phone
+41 91 6002 132 Fax
Office and Showroom Renens
BSH Electroménager SA
Avenue des Baumettes 7
1020 Renens
+41 21 6311 000 Phone
+41 21 6311 010 Fax
Showroom Berne
BSH Hausgeräte AG
Steigerhubelstr. 3
3008 Berne
+41 31 3982 848 Phone
+41 31 3982 839 Fax
Syria
See United Arab Emirates.

Taiwan
Office and Showroom Taipei
HBI Co. Ltd.
3F No 170, Sec 3, Minchiuan E.
Road
Taipei
+886 2 2546 7575 123 Phone
+886 2 2546 6969 Fax
Thailand
Office and Showroom Bangkok
BSH Home Appliances Ltd.
2034/31-39 Unit 209, 2nd Floor
Italthai Tower
Petchburi Road
Huaykwang
Bangkok 10310
+66 2 7697 900 Phone
+66 2 7697 901 Fax
Turkey
Office
BSH Ev Aletleri Sanayi ve Ticaret
A.G.
Çakmak Mahallesi
Balkan Caddesi No: 51
34770 Ümraniye, Istanbul
+90 216 5289 604 Phone
+90 216 5289 629 Fax
Showroom Istanbul
Istanbul Sapphire
Residence, 3206
Eski Büyükdere Caddesi
34330 Levent, Istanbul
+90 212 3972 012 Phone
Ukraine
Office
BSH Pobutova Technika TOV
Building B
Radischeva St., 10/14
Kiev 03680
+38 044 4902 093 Phone
+38 044 4902 096 Fax
United Arab Emirates
Office and Showroom Dubai
Gaggenau Galleria
BSH Home Appliances Trading
L.L.C.
Jumeira Beach Road No. 571
Dubai
+971 4 3944 049 Phone
+971 4 3947 999 Fax
United Kingdom
Office
BSH Home Appliances Ltd.
Grand Union House
Old Wolverton Road
Milton Keynes
MK12 5PT
0844 8928 988 Phone
(3 p/min. from BT landline, call
set-up fee up to 6 p/call from
residential lines, mobiles and other
providers’ costs may vary, for calls
within the UK only)
+44 1908 3285 27 Fax
Showroom London
Gaggenau
40 Wigmore St.
London
W1U 2RX
0844 8928 988 Phone
(3 p/min. from BT landline, call
set-up fee
up to 6 p/call from residential lines,
mobiles and other providers’ costs
may vary, for calls within the UK
only)
+44 207 5631 249 Fax
Uruguay
See USA, Office and Showroom
Miami.
USA
Office Los Angeles
BSH Home Appliances Ltd.
5551 McFadden Avenue
Huntington Beach, CA 92649
+1 877 4424 4362 8 Phone
+1 714 9015 360 Fax
Office and Showroom Miami
LCI Distributors
2005 NW 115 Avenue
Miami, FL 33172
+1 305 4180 010 Phone
+1 305 4636 733 Fax
Showroom Denver
BSH Home Appliances Corporation
Ltd.
11220 East 53rd Avenue, Suite 100
Denver, CO 80239
+1 303 3074 484 Phone
+1 303 3078 280 Fax
Showroom Honolulu
Servco Home & Appliances
Showroom
2841 Pukoloa St.
Honolulu, HI 96819
+1 808 5642 430 Phone
+1 808 5642 480 Fax
Showroom Houston
BSH Home Appliances Corporation
Ltd.
10600 W. Sam Houston Pkwy.
North
Houston, TX 77064
+1 281 8907 569 Phone
+1 281 4770 300 Fax
Showroom Irvine
Opening June 2012.
Showroom Los Angeles
Purcell Murray
15400 Graham St., Suite 102
Huntington Beach, CA 92649
+1 800 2940 644 Phone
+1 714 9010 440 Fax
Showroom San Francisco
Purcell Murray
185 Park Lane
Brisbane, CA 94005
+1 800 8924 040 Phone
+1 415 4680 667 Fax
Showroom Scottsdale
The BSH Gallery and Training
Center
8435 North 90th St., Suite 2
Scottsdale, AZ 85258
+1 480 2788 106 Phone
+1 480 7632 633 Fax
Showroom Seattle
Echelon Home Products
1051 Andover Park East
Tukwilla, WA 98188
+1 888 3188 228 Phone
+1 206 3949 820 Fax
Venezuela
See USA, Office and Showroom
Miami.
Visit www.gaggenau.com for further information.
51

Gaggenau Hausgeräte GmbH
P.O. Box 830101
81701 Munich
Germany
www.gaggenau.com
Q9G1LB0071