Hettich CADRO Manual

| Rahmensystem
| Technical Information and Assembly

2 | 3| CADRO Technical Information and Assembly
Contents
| CADRO Base 6–19
Basic assembly of each CADRO piece of furniture 6
The basic principle
The safe connection
Planning 7
The sketch
The CADRO frame
Processing 8–9
Definition of the profile lengths
Cutting of the profiles
Cleaning
Drilling/milling
Cleaning
Inserting of the grub screws
The drilling and tapping jig 10–11
Structure and function
Positions of the stop plate
Optional sets
Assembly 12–13
Tools
Order of assembly
Cleanng
Attachment 14–15
The invisible wall mounting
The alternatve wall mountng
Load capacty of wall-mounted standard shelves
The perfect connecton
Side and shelf panels 16–17
Peripheral groove
Screwng wth profles
Eccentrc system
Ball spring plunger
Hinged doors 18
CADRO handles 18
Sliding doors 19–21
Profiles for offset sliding doors
Drilling dimensions
Profiles for inset sliding doors
Drilling dimensions
| Frame system

2 | 3
Contents
| CADRO Base 6–25
Basic assembly of each CADRO piece of furniture 6
The basic principle
The safe connection
Planning 7
The sketch
The CADRO frame
Processing 8–9
Definition of the profile lengths
Cutting of the profiles
Cleaning
Drilling/milling
Cleaning
Inserting of the grub screws
The drilling and tapping jig 10–11
Structure and function
Positions of the stop plate
Optional sets
Assembly 12–13
Tools
Order of assembly
Cleanng
Attachment 14–15
The invisible wall mounting
The alternatve wall mountng
Load capacty of wall-mounted standard shelves
The perfect connecton
Side and shelf panels 16–17
Peripheral groove
Screwng wth profles
Eccentrc system
Ball spring plunger
Hinged doors 18
CADRO handles 18
Sliding doors 19–21
Profiles for offset sliding doors
Drilling dimensions
Profiles for inset sliding doors
Drilling dimensions
| Frame system

4 | 5
Contents Contents
Drawers with Hettich guiding rail
Actro YOU / Actro 5D 22–23
Assembly of the basic profile
Attaching the guiding rail
Alternative profile attachment 24
Universal connector
Corner connector
Accessories 25
Connecting thread and adjustable stand
Connectors wth adustable stand
| CADRO Lighting 26–27
Planning 26
Lighting profiles 27
Basic lighting profile with diffusing profile
Basic lighting profile used for cable guidance
Lighting profile for shelf panels with diffusing profile
Basic lighting profile with diffusing profile for shelf panels
Assembly 28
Attachment of the LED lighting strips
Laying of the cables
Power supply 29
Cable outlet
| CADRO Glass display case 30–37
Frames for glass panels 30–31
The principle
Drilling
Glass elements
Dimensions of the elements using an example
Preparation of the profiles 32
Inserting of the screws
Silicon piping profile
Sealing tape
Assembly 33–35
Glass door hinges 36–37
Mounting of the hinges
Drilling and hole dimensions
Fixing stop plate for drilling jig
Glass door lock 38–39
Drilling and hole dimensions
Mounting of the lock
Glass door handle attachment 40
Glass door stop 40
Glass shelf support 41
Assembly
Assembly using lighting profiles
Clip-on glass shelf support 42
Assembly
Glass shelf dimensions 43
For glass display cases without lighting
For glass display cases with lighting clip-on profiles
Lighting profiles 44–45
Assembly
Attachment of the LED strips
Laying of the cables
Plug assembly
Electric supply
| CADRO Room concept 46–49
Fixing elements 46–47
Wall / floor attachment I
Wall / floor attachment II
Wall / floor / ceiling attachment
Display profiles 48–49
Textile banners
Frames
Fixing of the textile banners
Cross profile

4 | 5
Contents Contents
Drawers with Hettich guiding rail
Actro YOU / Actro 5D 22–23
Assembly of the basic profile
Attaching the guiding rail
Alternative profile attachment 24
Universal connector
Corner connector
Accessories 25
Connecting thread and adjustable stand
Connectors wth adustable stand
| CADRO Lighting 26–27
Planning 26
Lighting profiles 27
Basic lighting profile with diffusing profile
Basic lighting profile used for cable guidance
Lighting profile for shelf panels with diffusing profile
Basic lighting profile with diffusing profile for shelf panels
Assembly 28
Attachment of the LED lighting strips
Laying of the cables
Power supply 29
Cable outlet
Plug mounting
CONEXIS
| CADRO Glass display case 30–37
Frames for glass panels 30–31
The principle
Drilling
Glass elements
Dimensions of the elements using an example
Preparation of the profiles 32
Inserting of the screws
Silicon piping profile
Sealing tape
33–35
Assembly
Glass door hinge 36–37
Mounting of the hinges
Drilling and hole dimensions
Fixing stop plate for drilling jig
Glass door lock 38–39
Drilling and hole dimensions
Mounting of the lock
40
40
Glass door handle attachment
Glass door stop
41
Clip-on glass shelf support
42
Assembly
Glass shelf dimensions
43 - 44
For glass display cases without lighting
For glass display cases with lighting clip-on profiles
Lighting profiles
Assembly
Attachment of the LED strips
Laying of the cables
| CADRO Room concept 45 - 46
Fixing elements
Wall / floor attachment I
Wall / floor attachment II
Wall / floor / ceiling attachment

6 | 7
F1
1
2
The basic principle.
e principle is very simple and always remains the same:
e connectors are inserted into the ends of the proles and screwed
with threaded pins to achieve a rm connection.
The CADRO frame.
e next step is to choose the CADRO components that are required
for the CADRO frame construction.
1Denition and quantity of the required connectors.
is determines the quantity of the required grub screws:
3-way connector = 3 screws, 4-way connector = 4 screws, etc.
2Choice and positioning of the proles in consideration of the
required functions (to screw side or shelf panels, for example).
is is how you get your list of materials required for your
CADRO piece of furniture.
For more detailed information on functions and elds of application
of the dierent proles and connectors, please refer to our cataloque
“CADRO frame system”.
Basic assembly of each
CADRO piece of furniture.
CADRO Base.
The safe connection.
e pins are optionally supplied with a thread securing glue and
fastened with a 0,8 – 1 Nm torque. e M5 grub screws are xed in the
surrounding conical cavities in the connector‘s arms pulling together
the connector and the prole without leaving any gap. Due to the
predetermined distance of the threaded hole, the connection gains its
outstanding stability and security. is technology allows every user
to creatively use the system with generous tolerances.
Connector Profle
Threaded pin
M5 x 6 mm DIN 913
• 0,8 – 1 Nm torque
Planning.
The sketch.
Well-founded planning is the basis for every piece of furniture. However,
there is no need for time-consuming and costly 3D-planning. All it takes
is a simple hand-drawn sketch on which the external dimensions and the
functions are shown in a simplied form.
Door inside the frame

6 | 7
F1
The basic principle.
e principle is very simple and always remains the same:
e connectors are inserted into the ends of the proles and screwed
with threaded pins to achieve a rm connection.
The CADRO frame.
e next step is to choose the CADRO components that are required
for the CADRO frame construction.
1Denition and quantity of the required connectors.
is determines the quantity of the required grub screws:
3-way connector = 3 screws, 4-way connector = 4 screws, etc.
2Choice and positioning of the proles in consideration of the
required functions (to screw side or shelf panels, for example).
is is how you get your list of materials required for your
CADRO piece of furniture.
Basic assembly of each
CADRO piece of furniture.
CADRO Base.
The safe connection.
e pins are optionally supplied with a thread securing glue and
fastened with a 0,8 – 1 Nm torque. e M5 grub screws are xed in the
surrounding conical cavities in the connector‘s arms pulling together
the connector and the prole without leaving any gap. Due to the
predetermined distance of the threaded hole, the connection gains its
outstanding stability and security. is technology allows every user
to creatively use the system with generous tolerances.
Connector Profle
Threaded pin
M5 x 6 mm DIN 913
• 0,8 – 1 Nm torque
• Optionally supplied with
thread securing glue
Planning.
The sketch.
Well-founded planning is the basis for every piece of furniture. However,
there is no need for time-consuming and costly 3D-planning. All it takes
is a simple hand-drawn sketch on which the external dimensions and the
functions are shown in a simplied form.
Door inside the frame

8 | 9
F1
1
3
2
4
18,5 20,5
9
4,5
Processing.
Definition of the profile lengths.
All connectors within the assembled frame have a thickness of
18,5 mm. is dimension must be deducted from the outer
dimensions of the furniture for each connector to obtain the
exact prole dimensions. E.g. for 2 connectors and an outer
dimension of 400 mm the result is:
Drilling/Milling.
e hole for the grub screws has a distance of 20,5 mm to the cut end
of the prole. A 4,5 mm metal drill is used for drilling, to do this we
recommend a twist drill (e.g. from Würth). In order to drill exact holes
you need a pillar drilling machine with stop or you can use our drilling
and tapping jig, which easily can be adjusted to the dierent proles and
standardized drilling positions (see pages 10|11). Position 1 is intended
for the connector, the hole should be completely drilled through the
external prole wall, approx. 9 mm, up to the middle (see on the le).
Alternatively, the holes can also be drilled by using a CNC milling
machine.
Outer dimension: 400 mm
2x connector: – 37 mm
Dimension of the prole: 363 mm
Cleaning.
Drilling or milling chips must now again be removed
with compressed air.
Inserting of the grub screws.
For the most popular 3 prole colours, we oer the matching threaded
pins which discreetly t into the overall appearance of the frame. If
necessary, they can also be covered with cover caps.
Grub screws of the size M5 x 6 mm DIN 913 are used to link the con-
nectors with the proles. ese are simply being screwed into the 4,5
mm drill hole with a cordless screwdriver. us the steel screw forms the
thread in the aluminium prole, it is not necessary to cut the thread into
the prole in advance.
Work steps:
Place as straight as possible.
Screw through the prole wall completely.
Unscrew the threaded pin again so far that the connector‘s
arm can be inserted without any problems.
Finished: e prole is prepared for assembly.
Cutting of the profiles.
e required length of the respective prole can be cut to size on
commercially available circular table saws with an aluminium cutting
saw blade. A generous saw tolerance of +/- 0,3 mm facilitates the
processing.
Cleaning.
We recommend blowing over and through the proles completely
with compressed air in order to free them from chips produced during
sawing. is minimizes any potential damage to the surfaces during
further processing.
Depending on the current state and age of the saw blade, a small burr
can appear on the prole edges. is should carefully be removed,
especially if black profiles are being used. In this case we use an
abrasive sponge with a grit of 180.
Cross-sections of black proles that are not entirely clean can easily be
blackened with a black ink pad..
18,5 18,5Profile length
Threaded pins matching the profile‘s surface are available in silver,
nickel or black.
Threaded pin
82918.****
1
1
2
3
4
3
2
4
CADRO Base.

8 | 9
F1
1
3
2
4
18,5 20,5
9
4,5
Processing.
Definition of the profile lengths.
All connectors within the assembled frame have a thickness of
18,5 mm. is dimension must be deducted from the outer
dimensions of the furniture for each connector to obtain the
exact prole dimensions. E.g. for 2 connectors and an outer
dimension of 400 mm the result is:
Outer dimension: 400 mm
2x connector: – 37 mm
Dimension of the prole: 363 mm
Cutting of the profiles.
e required length of the respective prole can be cut to size on
commercially available circular table saws with an aluminium cutting
saw blade. A generous saw tolerance of +/- 0,3 mm facilitates the
processing.
Drilling/Milling.
The hole for the grub screws has a distance of 20,5 mm to the cut end of
the profile. A 4,5 mm metal drill is used for drilling, to do this we
recommend a twist drill. In order to drill exact holes you need a pillar
drilling machine with stop or you can use our drilling and tapping jig,
order no. 9 298 865, which easily can be adjusted to the different profiles
and standardized drilling positions (see pages 10|11). Position F1 is
intended for the connector, the hole should be completely drilled
through the external profile wall, approx. 9 mm, up to the middle.
Another option is using the Hettich Cadro jig Mini, order no. 9 316 176.
Alternatively, the holes can also be drilled by using a CNC milling
machine.
Cleaning.
Drilling or milling chips must now again be removed
with compressed air.
Inserting of the grub screws.
For the most popular 2profile colours, we offer the matching threaded
pins which discreetly fit into the overall appearance of the frame. If
necessary, they can also be covered with cover caps.
Grub screws of the size M5 x 6 mm DIN 913 are used to link the con-
nectors with the profiles. These are simply being screwed into the 4,5
mm drill hole with a cordless screwdriver. Thus the steel screw forms the
thread in the aluminium profile, it is not necessary to cut athread into
the profile in advance.
Place as straight as possible.
Screw through the prole wall completely.
Unscrew the threaded pin again so far that the connector‘s
arm can be inserted without any problems.
Finished: e prole is prepared for assembly.
Cleaning.
We recommend blowing over and through the proles completely
with compressed air in order to free them from chips produced during
sawing. is minimizes any potential damage to the surfaces during
further processing.
Depending on the current state and age of the saw blade, a small burr
can appear on the prole edges. is should carefully be removed,
especially if black proles are being used. In this case we use an abrasive
sponge with a grit of 180 (e.g. from Würth).
Cross-sections of black proles that are not entirely clean can easily be
blackened with a black ink pad..
18,5 18,5Profile length
Threaded pins matching the profile‘s surface are available in
nickel or black.
Threaded pin M 5 x 6 mm
9 298 860
1
1
2
3
4
3
2
4
CADRO Base.
9 298 859
Work steps:

10 | 11
F2
F4
F1
F3
1
2
e drilling and tapping jig is specially designed for the proles of the
CADRO system. It is xed only once on a pillar drilling machine and
then oers the possibility to drill precise and uniform holes by simply
changing the position of the stop plate.
1e drilling and tapping jig is mounted with the centering hole
exactly on the drilling position of the pillar drilling machine..
2e prole to be processed is placed in the middle of the rail of the
drilling and tapping jig and then slided with the prole‘s end against the
stop plate, us it obtains a rm hold for further processing.
Some proles require additional sets for a safe positioning in the drilling
and tapping jig. ese are optionally available (see page 11). In this case
the stop plate must be turned upwards by 180° with the pin for xing
the prole.
ere are 4 possible positions for the stop plate which must be
selected depending on the type and function of the required drill
hole (see page 11).
Structure and function.
Stop plate
4 different
positions for
the stop plate
Center hole for the
positioning on the pillar
drilling machine
(position of the drill)
Fixing points for optional sets
(e.g. sliding door profiles)
Optional sets
(e.g. for sliding door profiles)
Positions for the stop plate.
e stop plate can easily be moved to the desired position by
loosening and rescrewing the two cylinder head screws.
F1 – M5 for connector
– M5 for universal connector
F2 – M6 for optional side wall attachment
(eccentric dowel pin)
– M5 for corner connector
– Ø 8 mm for glass door hinge hole
(with xing stop attachment 82927.04.0000)
F3 – M5 for securing screw for wall mounting
F4 Recommendation to obtain uniform distances
for pieces and series of furniture:
– Ø 4,5 mm for the alternative wall mounting and
– Ø 10 mm for the cover cap (page 14)
Optional sets.
Drilling and tapping jig
order no. 9 298 865
Pillar drilling machine
Center hole for the
positioning on the pillar
drilling machine
(position of the drill)
1
2
The drilling and tapping jig.
CADRO Base.
Additional sets For profile
82927.02.0000
(2x2 attachments)
for sliding door profiles
82913.****/82915.****
82914.****/82916.****
83104.****/83106.****
83105.****/83107.****
82927.03.0000
(3x2 attachments)
for display profiles
83108.****
83109.****
83120.****
82927.04.0000
(2 fixing stop plates)
for glass door hinge hole

10 | 11
F2
F4
F1
F3
1
2
e drilling and tapping jig is specially designed for the proles of the
CADRO system. It is xed only once on a pillar drilling machine and
then oers the possibility to drill precise and uniform holes by simply
changing the position of the stop plate.
1e drilling and tapping jig is mounted with the centering hole
exactly on the drilling position of the pillar drilling machine..
2e prole to be processed is placed in the middle of the rail of the
drilling and tapping jig and then slided with the prole‘s end against the
stop plate, us it obtains a rm hold for further processing.
Some proles require additional sets for a safe positioning in the drilling
and tapping jig. ese are optionally available (see page 11). In this case
the stop plate must be turned upwards by 180° with the pin for xing
the prole.
ere are 4 possible positions for the stop plate which must be
selected depending on the type and function of the required drill
hole (see page 11).
Structure and function.
Stop plate
4 different
positions for
the stop plate
Center hole for the
positioning on the pillar
drilling machine
(position of the drill)
Fixing points for optional sets
(e.g. sliding door profiles)
Optional sets
(e.g. for sliding door profiles)
Positions for the stop plate.
e stop plate can easily be moved to the desired position by
loosening and rescrewing the two cylinder head screws.
F1 – M5 for connector
– M5 for universal connector
F2 – M6 for optional side wall attachment
(eccentric dowel pin)
–M5 for corner connector
– Ø 8 mm for glass door hinge hole
(with fixing stop attachment 9 317 666)
F3 – M5 for securing screw for wall mounting
F4 Recommendation to obtain uniform distances
for pieces and series of furniture:
– Ø 4,5 mm for the alternative wall mounting and
– Ø 10 mm for the cover cap (page 14)
Optional sets.
Drilling and tapping jig
82927.01.0000.****
Pillar drilling machine
82927.00.0000
Center hole for the
positioning on the pillar
drilling machine
(position of the drill)
1
2
The drilling and tapping jig.
CADRO Base.
Additional sets For profile
9 298 866
(2x2 attachments)
for sliding door profiles
9 317 666
(2 fixing stop plates)
for glass door hinge hole
9 298 800 / 9 298 801
92 98 804 / 9 298 805
9 298 798 / 9 298 799
9 298 802 / 9 298 803
for glass door hinge
9 303 928 / 9 303 929

12 | 13
3
1
2
5
4
6 7
2x
2x
Assembly.
Tools.
All you need to assemble the basic frame is a 2,5 mm Allen key or,
better still, a cordless screwdriver with the appropriate bit. When
using a cordless screwdriver, the torque lock should be set to
0,8-1 Nm (e.g. for the Makita HP331D level 12/screws).
Order of assembly.
1e assembly is quite simple: e prepared proles are inserted into
the connectors and linked to one another by tightening the grub screw.
During the assembly, take care that the screws are placed in a well hidden
or non-visible area.
It is important, as described in steps 2– 6, to assemble modules
that aerwards are inserted into one another and then screwed together.
Cleaning.
7As a result of the processing, e.g. traces of grease or slight surface da-
mages may appear on the frame. ese residues are now being removed
with a microber cloth and cleaning agent (e.g. Normfest Topas intensive
window cleaner). Remaining residues can also be removed with a rubber
eraser (we use Schleiffix from Klingspor with a grain size of 240).
2x
CADRO Base.

12 | 13
3
1
2
5
4
6 7
2x
2x
Assembly.
Tools.
All you need to assemble the basic frame is a 2,5 mm Allen key or,
better still, a cordless screwdriver with the appropriate bit. When
using a cordless screwdriver, the torque lock should be set to
0,8-1 Nm (e.g. for the Makita HP331D level 12/screws).
Order of assembly.
1e assembly is quite simple: e prepared proles are inserted into
the connectors and linked to one another by tightening the grub screw.
During the assembly, take care that the screws are placed in a well hidden
or non-visible area.
It is important, as described in steps 2– 6, to assemble modules
that aerwards are inserted into one another and then screwed together.
Cleaning.
7As a result of the processing, e.g. traces of grease or slight surface da-
mages may appear on the frame. ese residues are now being removed
with a microber cloth and cleaning agent (e.g. Normfest Topas intensive
window cleaner). Remaining residues can also be removed with a rubber
eraser (we use Schleix from Kingsporn with a grain size of 240).
2x
CADRO Base.

14 | 15
F3
F4
12
10
min.
67 mm 3,5 12,5
The perfect connection.
1e fastening sleeves 82921.**** are xed to the already existing fur-
niture element (pedestal, hanging cabinet, ceiling, etc.) using appropriate
countersunk head screws.
2At the same distance as used for the fastening sleeves, a 10,5 mm
centre drill hole for each fastening sleeve is to be drilled into the CADRO
frame with a depth of 15 mm.
3On the right or le side of the prole next to the drill hole a
second hole with thread has to be drilled. is hole has to be centrally
positioned to the fastening sleeve‘s position as well as to the prole.
It serves to secure the frame at the fastening sleeve with a threaded pin
M5 x 6 mm DIN 913.
SAFETY NOTE:
To securely attach your furniture element, we recommend to attach
at least four fastening sleeves depending on the size of your module!
If four fastening sleeves are used properly to attach a hanging shelf
to a ceiling or to a cabinet, the maximum load capacity is 30 kg. e
suitability of the fastening elements in relation to the wall or cabinet
material must be checked on site.
Possibility for a
fine adjustment
in a range of
7 mm.
Wall mounting
9 298 847
48 mm
(Minimun distance to the profile‘s end)
3,5 12,5
Wall
Wall
Wall
Base
Connection to
a top or a bottom
Profil
Cover cap
9 298 854 / 9 298 855
Connection to a top or
a bottom
Threaded pin M5 x 6 mm DIN 913
for securing the connection
Fastening sleeve
82921.****
1
2
3
| CADRO Technical Information and Assembly
CADRO Base.
Attachment.
The invisible wall mounting system.
1e prole has to be centrally milled out at the furniture elements‘s
back with a width of 12 mm and a minimum height of 67 mm. Please
make sure that a minimum distance of 48 mm (between the upper edge
of the milling and the end of the prole) is observed!
2Aerwards drill a hole in the right or le side of the prole next to
the milling with subsequent tapping. is hole has to be positioned in
the centre of the prole‘s width and 7,5 mm beneath the upper edge of
the milling.
3The wall mounting device, order no. 9 298 847, is now being
screwed on the wall at the required positions to match the millings.
Afterwards, check if the wall mounting devices are in good level
using, if necessary, the fine adjustment function.
4e furniture element can now be hooked into the wall mounting
and be secured with the threaded pins.
SAFETY NOTE:
The maximum vertical load , when properly being attached to a wall
suitable for the use, is 30 kg for each mounting bracket (60 kg per
set). The supplied fastening elements are suitable for common, solid
masonry materials. Their suitability therefore must be checked
directly on site.
The alternative wall mounting.
1The first drilling has to be made in the profile‘s end centre
using a 4,5 mm drill.
2After that, a second drilling with a 10 mm diametre and a depth of
12 mm has to be made in the centre of the first one for the flat head
screw.
3Thus, the furniture element can firmly be screwed and the drill
hole in the profile finally be covered with a cap.
Load capacity of wall-mounted
standard shelves.
e information on the load capacity depends on the respective frame
construction and conditions of the mounting surface. e table on the
right shows standard values that refer to standard modules with two
levels. e maximum recommended shelf width is 1200mm. For shelving
depths greater than 250 mm, the maximum load capacity has to be
checked by the designer.
Shelf module
(Width x depth x height)
Load capacity
of each level
600 x 250 x 450 mm 8,5 kg
900 x 250 x 450 mm 12,5 kg
1200 x 250 x 450 mm 16,5 kg

14 | 15
F3
F4
12
10
min.
67 mm 3,5 12,5
Attachment.
The invisible wall mounting system.
1e prole has to be centrally milled out at the furniture elements‘s
back with a width of 12 mm and a minimum height of 67 mm. Please
make sure that a minimum distance of 48 mm (between the upper edge
of the milling and the end of the prole) is observed!
2Aerwards drill a hole in the right or le side of the prole next to
the milling with subsequent tapping. is hole has to be positioned in
the centre of the prole‘s width and 7,5 mm beneath the upper edge of
the milling.
3e wall mounting device 82799.**** is now being screwed on the
wall at the required positions to match the millings. Aerwards, check
if the wall mounting devices are in good level using, if necessary, the
ne adjustment function.
4e furniture element can now be hooked into the wall mounting
and be secured with the threaded pins.
SAFETY NOTE:
e maximum vertical load , when properly being attached to a wall
suitable for the use, is 30 kg for each mounting bracket. e supplied
fastening elements are suitable for common, solid masonry materials.
eir suitability therefore must be checked directly on site.
The alternative wall mounting.
1e rst drilling has to be made in the prole‘s end centre
using a 4,5 mm drill.
2Aer that, a second drilling with a 10 mm diametre and a depth
of 12 mm has to be made in the centre of the rst one for the at head
screw.
3us, the furniture element can rmly be screwed and the drill
hole in the prole nally be covered with a cap.
Possibility for a
fine adjustment
in a range of
7 mm.
Wall mounting
82799.****
48 mm
(Minimun distance to the profile‘s end)
3,5 12,5
Wall
Wall
Wall
Base
Connection to
a top or a bottom
Profil
Cover cap
82922.****
Connection to a top or
a bottom
Threaded pin M5 x 6 mm DIN 913
for securing the connection
Fastening sleeve
9 298 848
1
2
3
CADRO Base.
Load capacity of wall-mounted
standard shelves.
e information on the load capacity depends on the respective frame
construction and conditions of the mounting surface. e table on the
right shows standard values that refer to standard modules with two
levels. The maximum recommended shelf width / profile length is
1200mm. For shelving depths greater than 250 mm, the maximum load
capacity has to be checked by the designer.
The perfect connection.
1The fastening sleeves. order no. 9 298 848, are fixed to the already
existing furniture element (pedestal, hanging cabinet, ceiling, etc.) using
appropriate countersunk head screws.
2At the same distance as used for the fastening sleeves, a 10,5 mm
centre drill hole for each fastening sleeve is to be drilled into the CADRO
frame with a depth of 15 mm.
3On the right or le side of the prole next to the drill hole a
second hole with thread has to be drilled. is hole has to be centrally
positioned to the fastening sleeve‘s position as well as to the prole.
It serves to secure the frame at the fastening sleeve with a threaded pin
M5 x 6 mm DIN 913.
SAFETY NOTE:
To securely attach your furniture element, we recommend to attach
at least four fastening sleeves depending on the size of your module!
If four fastening sleeves are used properly to attach a hanging shelf
to a ceiling or to a cabinet, the maximum load capacity is 30 kg. e
suitability of the fastening elements in relation to the wall or cabinet
material must be checked on site.
Shelf module
(Width x depth x height)
Load capacity
of each level
600 x 250 x 450 mm 8,5 kg
900 x 250 x 450 mm 12,5 kg
1200 x 250 x 450 mm 16,5 kg

16 | 17
185
6,3 10,2
18
16,5
12,5
16,5
16,5
12,5
12,5
F2
6,3 mm
3,5 90°
0–2 mm
18 mm
8 mm
Side and shelf panels.
Peripheral groove.
In order to create closed furniture elements with side and rear walls, the
wall elements are provided with a peripheral groove having a width of
2 mm. us they can neatly and securely be assembled into the frame
without any visible xation.
Eccentric system.
e eccentric solution is only visible from one side so as not to disturb
the aesthetics of the furniture element.
1e required side walls are milled out according to the eccentric
dimensions.
2e holes for the eccentric dowel pins have to be drilled on the
opposite prole sides.
ADVICE:
If you intend to x side and shelf panels using eccentric systems,
we recommend the use of 16 mm side/shelf panels. If 18 mm side/
shelf panels are being used, please note that the eccentric fastening
protrudes approx. 2 mm.
Ball spring plungers.
anks to an integrated metal spring under the ball, the side or rear
panel simply can be „clicked in“. us, the xing system remains
invisible from the outside as well as from the inside.
1e edges of the required side panels have to be predrilled with
an 8 mm drill. Aerwards the ball spring plungers are inserted. e
drilling depth has to be 18 mm.
2As for the CADRO prole, the drillings have to be made at the
same positions.
ADVICE:
You can use the already existing holes for the threaded pins in the
proles to avoid additional drillings for the ball spring plungers.
Screwing with profiles.
As an alternative, side and shelf panels can be screwed to the side and
shelf proles from the inside or the backside. We recommend the use
of 3 x 12 mm countersunk head screws. e proles are predrilled with
3,5 mm und reworked with a 6,3 mm countersink so that the screws can
ushly be xed.
Profile for glass panels
9 298 794 / 9 298 795
Profile for side/shelf panels
9 298 796 / 9 298 797
Corner profile
9 303 886 / 9 303 911
6,3 mm
3,5 90°
Ball spring plunger
82942.****
CADRO Base.
2 mm
min. 6 mm
panel
16 mm

16 | 17
185
6,3 10,2
18 5
6,310,2
6,3 10,2
18
16,5
12,5
16,5
16,5
12,5
12,5
F2
min.
6 mm
6,3 mm
3,5 90°
0–2 mm
18 mm
8 mm
Side and shelf panels.
Peripheral groove.
In order to create closed furniture elements with side and rear walls, the
wall elements are provided with a peripheral groove having a width of
2 mm. us they can neatly and securely be assembled into the frame
without any visible xation.
Eccentric system.
e eccentric solution is only visible from one side so as not to disturb
the aesthetics of the furniture element.
1e required side walls are milled out according to the eccentric
dimensions.
2e holes for the eccentric dowel pins have to be drilled on the
opposite prole sides.
ADVICE:
If you intend to x side and shelf panels using eccentric systems,
we recommend the use of 16 mm side/shelf panels. If 18 mm side/
shelf panels are being used, please note that the eccentric fastening
protrudes approx. 2 mm.
Ball spring plungers.
anks to an integrated metal spring under the ball, the side or rear
panel simply can be „clicked in“. us, the xing system remains
invisible from the outside as well as from the inside.
1e edges of the required side panels have to be predrilled with
an 8 mm drill. Aerwards the ball spring plungers are inserted. e
drilling depth has to be 18 mm.
2As for the CADRO prole, the drillings have to be made at the
same positions.
ADVICE:
You can use the already existing holes for the threaded pins in the
proles to avoid additional drillings for the ball spring plungers.
Screwing with profiles.
As an alternative, side and shelf panels can be screwed to the side and
shelf proles from the inside or the backside. We recommend the use
of 3 x 12 mm countersunk head screws. e proles are predrilled with
3,5 mm und reworked with a 6,3 mm countersink so that the screws can
ushly be xed.
Profile for side/shelf panels
82975.****
Profile for glass panels
82794.****
Profile for side/shelf panels
82912.****
Profile for side/shelf panels
83168.****
6,3 mm
3,5 90°
Ball spring plunger
9 298 863
CADRO Base.

18 | 19
1
2
1
2
Hinged doors.
With commercially available pot hinges, doors can be mounted inside
and outside the frame system. In this case, we recommend:
Hettich Sensys hinges for inset doors (base B-4) in combination with
Sensys cross mounting plates. e choice of the mounting plate depends
on the individual application, e.g. joint 1 mm / cup distance C = 4 mm:
Sensys 110° hinge for inset doors + cross mounting plate distance 3 mm.
Hettich Sensys hinges for oset doors (base 12,5 mm) in combination
with Sensys cross mounting plates (being xed with countersunk head
screws Ø 4,5 x 18 mm). e choice of the mounting plate depends on the
individual application, e.g. overlay 17 mm / joint 1 mm / cup distance
C=4,5 mm: Sensys 110° hinge for oset doors + cross mounting plate
distance 0 mm.
In some cases it may be necessary to shim the mounting plate.
CADRO handles.
CADRO Base.
Door inside the
frame system
Inside door
view from the inside
Door outside the
frame system
Outside door
view from the inside
Door outside the frame system
Door inside the frame system
Guiding
groove
of the
profile
Guiding
groove
of the
profile
We have designed special proles for sliding doors for the high-quality
range of ttings SlideLine M made by Hettich. e ttings are optionally
available for undamped doors or with integrated collision damping sys-
tem. All components perfectly t into the guiding grooves of the CADRO
top and bottom proles, so that sliding doors can be easily and conveni-
ently integrated into the frame system. Depending on the prole used,
sliding doors can be mounted outside the frame system
1
or inside
the frame system
2
. e proles also oer the possibility to insert
shelves at the top and bottom or to screw them tight from the inside.
Sliding doors.
Bottom profile
82913.****
SlideLine M
SlideLine M
Bottom profile
82915.****
Handle Cadro
Die-cast zinc
order no.
9 298 816 /
9 298 817
128
Matt black
Brushed stainless steel look
Knob Cadria
Die-cast zinc
order no.
9 303 938 /
9 303 939

18 | 19
83154.****
56294.****
56502.****
1
2
1
2
Hinged doors.
With commercially available pot hinges, doors can be mounted inside
and outside the frame system. In this case, we recommend:
Hettich Sensys hinges for inset doors (base B-4) in combination with
Sensys cross mounting plates. e choice of the mounting plate depends
on the individual application, e.g. joint 1 mm / cup distance C = 4 mm:
Sensys 110° hinge for inset doors + cross mounting plate distance 3 mm.
Hettich Sensys hinges for oset doors (base 12,5 mm) in combination
with Sensys cross mounting plates (being xed with countersunk head
screws Ø 4,5 x 18 mm). e choice of the mounting plate depends on the
individual application, e.g. overlay 17 mm / joint 1 mm / cup distance
C=4,5 mm: Sensys 110° hinge for oset doors + cross mounting plate
distance 0 mm.
In some cases it may be necessary to shim the mounting plate.
CADRO handles.
CADRO Base.
Door inside the
frame system
Inset door
view from the inside
Door outside the
frame system
Overlay door
view from the inside
Overlay door
Inset door
Guiding
groove
of the
profile
Guiding
groove
of the
profile
Handle strip "CADRO Line".
Aluminium
Railing handle.
Zamac and aluminium
(Special lengths on request)
Handle "STRAIGHT".
Die-cast zinc
Art.-No.
56294.**** 128
56321.**** 160
56322.**** 192
56323.**** 320
Art.-No.
56502.**** variable
Art.-No.
83154.**** 128
Black super matt painted/
Black matt brushed anodizedt
Stainless steel mat brushed painted
We have designed special proles for sliding doors for the high-quality
range of ttings SlideLine M made by Hettich. e ttings are optionally
available for undamped doors or with integrated collision damping sys-
tem. All components perfectly t into the guiding grooves of the CADRO
top and bottom proles, so that sliding doors can be easily and conveni-
ently integrated into the frame system. Depending on the profile
used, sliding doors can be mounted overlay the frame system 1
or flush 2 . The profiles also offer the possibility to insert shelves at
the top and bottom or to screw them tight from the inside.
Sliding doors.
Bottom profile
9 298 800 / 9 298 801
SlideLine M
SlideLine M
Bottom profile
9 298 804 / 9 298 805

20 | 21
26,3
5
18
26,3
12,5
18
26,3
12,5
18
26,3
5
18
1812,5
23
187
1812,5
18 7
A A
B
B
A
B
A
B
59,5
53
177
170,5
70,5
64
24,5
18
24,5
18
34,5
10,5
54,5
30,5
86,5
62,5
118,5
94,5
101,5
77,5
69,5
45,5
43,5
19,5
37,5
13,5
50,5
23,5
Top profile 82916.**** Top profile 83107.****
Bottom profile 82915.**** Bottom profile 83106.****
Profiles for sliding doors mounted inside the frame system.
| CADRO Technical Information and Assembly
CADRO Base.
Profiles for overlay sliding doors.
Drilling dimensions. Drilling dimensions.
Profile on top Profile on top
Profile at the bottom
Profile at the bottom
Top profile 9 298 798 / 9 298 799
Bottom profile 9 298 800 / 9 298 801
SlideLine M
with damping
system
SlideLine M
with damping
system
SlideLine M
undamped
The external dimensions of the offset
door are all-around 2 mm smaller than
the external dimensions of the CADRO
frame. The right and the left side mir-
rors the same drilling distances.
The external dimensions of the inset
door are all-around 1 mm smaller than
the external dimensions of the CADRO
frame. The right and the left side mir-
rors the same drilling distances.
SlideLine M
undamped