servo-drive - [blum connect]connect.blum.com/files/brochure/bro014_servodrivefortbx_zz1.pdf · 4 5...
TRANSCRIPT
The opening support system for more freedom of motion for TANDEMBOX plus BLUMOTION
www.blum.com
SERVO-DRIVE
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Our interpretation of perfect motion
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SERVO-DRIVE at a glance
Different applications
Standard cabinet with horzontal or vertical cross members Planning horizontal cross member Planning vertical cross member Assembly horizontal cross member Assembly vertical cross member
Larder unit Planning Assembly
Sink unit Planning Assembly
Cabinet with individual pull-out - Bracket profile horizontal Planning - Bracket profile horizontal Assembly - Bracket profile horizontal Cabinet with individual pull-out - Upper attachment bracket Planning - Upper attachment bracket Assembly - Upper attachment bracket
Waste bin drawer Planning AssemblyInformation Applications assembly Blum transformer Cabling Drive unit
Order specification
Easy opening, silent and effortless closingSERVO-DRIVE is an electrical drive opening support system for drawers and pull-outs. By combining this feature with BLUMOTION, for silent and effortless closing action, we have created new levels of motion quality. Kitchen customers will be amazed by the ease of use, quality and freedom of motion.
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Create more freedom of motion with SERVO-DRIVE
SERVO-DRIVE at a glance
SERVO-DRIVE is the new opening support system for drawers and pull-outs that we are certain will inspire your customers.
A light touch on the front or a light pull of the handle, drawers and pull-outs will open effortlessly, regard-less of where you touch the front. With the inte-grated BLUMOTION system, pull-outs will re-close silently and gracefully.
Everything at handWhether heavy or light, wide or narrow pull-outs – the gentle opening support always remains the same. SERVO-DRIVE users always have the final say as to when the drawer stops or closes. Whether handle-less or with handle: SERVO-DRIVE turns every kitchen into the place to be. Your customers will be inspired.
SERVO-DRIVE won the red dot “best of the best” design award for its unique design.
Advantages for the kitchen users:Automatic opening with just a light touch or pullNo fixed connection to the drive systemSilent and effortless closing thanks to BLUMOTION
More comfort for your customers
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Different applications
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Standard cabinetwith horizontal or vertical cross members
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8 9
Standard cabinet with horizontal or vertical cross member
3
5
10
9
6
7
8
1
2
4
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Basic element "horizontal cross member" – cabinet dimensions
KB Cabinet width
LW Inner cabinet width
LT Internal cabinet depth
SERVO-DRIVE can also be used if there is less space available. At the assembly position below for the bracket profile, inner pull-out elements can only be opened by pull-ing (not by pushing).
Drilling distance base/cross bar
Space requirement and drilling position for all application situations
Chipboard back
Using this assembly position for the bracket profile, both inner pull-out elements as well as those with overlay fronts can be opened by pushing and pulling. For this application situation, the following general dimen-sions apply:
Min. space requirement and drilling position
NL Runner system nominal length
X Drilling position
Y Min. space requirement
NL + 16 min LT = NL + 30
X Y
NL + 19 min LT = NL + 33
Chipboard back
X Y
Planning - Horizontal cross member
Position of drive unit
PL Profile length
LH Internal cabinet height
Drilling Pattern baseFront Assembly: Position of Blum distance bumperBracket profile for cutting to sizeCabling
38
38
38
42
Related information
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Standard cabinet with horizontal or vertical cross member
Basic element "vertical cross member" – cabinet dimensions
KB Cabinet width
LW Inner cabinet width
LT Internal cabinet depth
NL Runner system nominal length
X Drilling position
Y Min. space requirement
Chipboard back
SERVO-DRIVE can also be used if there is less space available. At the assembly position below for the bracket profile, inner pull-out elements can only be opened by pulling (not by pushing).
Drilling distance base/cross bar
Space requirement and drilling position for all application situations
Chipboard back
Using this assembly position for the bracket profile, both inner pull-out elements as well as those with overlay fronts can be opened by pushing and pulling. For this application situation, the following general dimensions apply:
Min. space requirement and drilling position
X Y
NL + 16 LT = NL + 31
X Y
NL + 19 LT = NL + 34
Planning - Vertical cross member
Drilling Pattern baseFront Assembly: Position of Blum distance bumperBracket profile for cutting to sizeCabling
Related information38
38
38
42
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Attach bracket profile
Horizontal cross member
Insert bracket profile and/or communications cableInstall drive unit
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44
Related information
Assembly - Horizontal cross member
Assembly - Vertical cross memberAttach bracket profile
Vertical cross member
Insert bracket profile and/or communications cableInstall drive unit
39
44
Related information
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Larder unit
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14 15
Larder unit
3a2
4
3
52
4
3
5
2
8
76
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"Upper bracket profile" larder unit
LT Internal cabinet depth
NL Runner system nominal length
X Drilling position
Y Min. space requirement
Chipboard back
SERVO-DRIVE can also be used if there is less space available. At the assembly position below for the bracket profile, inner pull-out elements can only be opened by pulling (not by pushing).
Drilling distance base/cross bar
Using this assembly position for the bracket profile, both inner pull-out elements as well as those with overlay fronts can be opened by pushing and pulling. For this application situation, the following general dimensions apply:
X Y
NL + 16 LT = NL + 31
X Y
NL + 19 LT = NL + 34
“Lower bracket profile” larder unit
LT Internal cabinet depth
NL Runner system nominal length
X Drilling position
Y Min. space requirement
Drilling distance base/cross bar
Chipboard back
SERVO-DRIVE can also be used if there is less space available. At the assembly position below for the bracket profile, inner pull-out elements can only be opened by pulling (not by pushing).
Chipboard back
Using this assembly position for the bracket profile, both inner pull-out elements as well as those with overlay fronts can be opened by pushing and pulling. For this application situation, the following general dimensions apply:
min LT = NL + 30
min LT = NL + 33
X Y
NL + 16
X Y
NL + 19
Planning - Lower bracket profile with horizontal cross member
Planning - Upper bracket profile with vertical cross member
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Position of drive unit
PL Profile length
LH Internal cabinet height
All back heights except N
Larder unit
Drilling Pattern base
Front Assembly: Position of Blum distance bumper
Bracket profile for cutting to size
Related information
38
38
38
Planning
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Attach upper bracket profile
Install bracket profile attachment
Assembly
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Sink unit
18 19
20 21
Sink unit
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911
515
14
5
76
8
1
20 21
(1)
(2)
Basic element (1) Cross member position
Cabinet width 900 mm and higher
Planning
(1) Space requirements in cabinet – Attachment bracket 1 tier – Cross member
Chipboard back
* measured from cabinet front edge
(1) Cross member drilling pattern – Attachment bracket 1 tier
Chipboard back
Plan view:
Drilling depth 8 mm176.5X
(1)
(2)
(2) Space requirements in cabinet – Attachment bracket 2 tier – Base
Steel back
Chipboard back
Basic element
* measured from cabinet front edge
(2) Base drilling pattern – Attachment bracket 2 tier
Alternative: Drilling pattern for MINIPRESS and PRO-CENTER
Cabling 42
Related information
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Sink unit
Chipboard back
Cabinet width 900 mm and higher
(2) Drilling distances base
LT Internal cabinet depth
NL Runner system nominal length
SERVO-DRIVE can also be used if there is less space available. At the assembly position below for the attachment bracket, inner pull-out elements can only be opened by pulling (not by pushing).
Space requirement and drilling position for all application situations
Using this assembly position for the attachment bracket, both inner pull-out elements as well as those with overlay fronts can be opened by pushing and pulling. For this application situation, the following general dimensions apply:
Min. space requirement and drilling position
Chipboard back
X Drilling position
Y Min. space requirement
NL + 19 min LT = NL + 33
X Y
NL + 16 min LT = NL + 30
X Y
Front assembly: Position of Blum distance bumper 38
Related information
Planning
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Sink cabinet – Drive unit
Attachment bracket 2 tier Attachment bracket 1 tier
A 2nd drive unit can also be installed (optional).
Installation of drive unit to attachment bracket 44
Related information
Assembly
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Cabinet with individual pull-out element –
Bracket profile horizontal
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Cabinet with individual pull-out element
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17
16a
5
16
1
6 7
8
Bracket profile horizontal
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Space requirements in cabinet
Chipboard back
Space requirement and drilling position for all application situations
Chipboard screws and system screws can be used
* 55.5 for back height N
** 23.5 for back height N
Using this assembly position for the bracket profile, both inner pull-out elements as well as those with overlay fronts can be opened by pushing and pulling. For this application situation, the following general dimensions apply:
SERVO-DRIVE can also be used if there is less space available. At the assembly position below for the bracket profile, inner pull-out elements can only be opened by pulling (not by pushing).
Min. space requirement and drilling position
Chipboard back
NL Runner system nominal length
X Drilling position
Y Min. space requirement
LT Internal cabinet depth
X
NL - 9
Y
min LT = NL + 37
X
NL - 12
Y
min LT = NL + 34
CablingFront Assembly: Position of Blum distance bumperBracket profile for cutting to size
42
38
38
Related information
Planning - Bracket profile horizontal
Bracket profile for cutting to size
LW Internal width
Cutting dimensions for the bracket profile horizontal
Position of the drive unit on the bracket profile
Install bracket profile attachment
Chipboard screws and system screws can be used
Install bracket profile horizontal in bracket profile attachment
Assembly - Bracket profile horizontal
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Cabinet with individual pull-out element -
Upper attachment bracket
28 29
30 31
Upper attachment bracket
Cabinet with individual pull-out element
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5
76
8
1
30 31
Space requirements in cabinet
Space requirement and drilling position for all application situations
Using this assembly position for the upper attachment bracket, both inner pull-out elements as well as those with overlay fronts can be opened by pushing and pulling. For this application situation, the following general dimensions apply:
SERVO-DRIVE can also be used if there is less space available. At the assembly position below for the upper attachment bracket, inner pull-out elements can only be opened by pulling (not by pushing).
Min. space requirement and drilling position
NL Runner system nominal length
X Drilling position
Y Min. space requirement
Chipboard back
Chipboard back
LT Internal cabinet depth
X
NL - 1
Y
min LT = NL + 33.5
X
NL - 4
Y
min LT = NL + 30.5
Front Assembly: Position of Blum distance bumperCabling
38
42
Related information
Planning - Upper attachment bracket
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Run cable Screw on attachment bracket
Position of drive unit
Planning - Upper attachment bracket
Cabinet with individual pull-out element
Assembly - Upper attachment bracket
32 33
Install drive unit to adapter
Assembly - Upper attachment bracket
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Waste bin drawer
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1
SERVO-DRIVE set for the waste bin drawer
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9
11
5
15
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(1) Space requirements in cabinet – Attachment bracket 1 tier
Chipboard back
Planning
(2) Base drilling pattern – Attachment bracket 2 tier
Alternative: Drilling pattern for MINIPRESS and PRO-CENTER
Front assembly: Position of Blum distance bumper
Related information
Cabling
Cabinet width 900 mm and higher
(2) Drilling distances base
LT Internal cabinet depth
NL Runner system nominal length
SERVO-DRIVE can also be used if there is less space available. At the assembly position below for the attachment bracket, inner pull-out elements can only be opened by pulling (not by pushing).
Space requirement and drilling position for all application situations
Using this assembly position for the attachment bracket, both inner pull-out elements as well as those with overlay fronts can be opened by pushing and pulling. For this application situation, the following general dimensions apply:
Min. space requirement and drilling position
Chipboard back
X Drilling position
Y Min. space requirement
NL + 16 min LT = NL + 30
X Y
Chipboard back NL + 19 min LT = NL + 33
X Y
AssemblyRefer toSink cabinet - Drive unit
Installation of drive unit to attachment bracket
38
42
23
44
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Applicable to all applications except Larder unit
Drilling pattern base
Alternative: Drilling pattern for MINIPRESS and PRO-CENTER
Back cablingLower cabling
Cabling xx
When using a 65 kg runner, always attach 4 Blum distance bumpers.
FA Front overlay
FH Front height
Use front stabilisation for optimal triggering for front heights > 300 mm.
Front assembly: Position of Blum distance bumper
The Blum distance bumper creates and maintains the required trigger path of 2 mm.
Bracket profile for cutting to size
LH Internal cabinet height
PL Profile length
PL = LH - 10 mm
Applicable to Standard cabinet with horizontal or vertical cross members
Related information
Information - Application planning
38 39
Insert bracket profile cable and/or communications cable into the bracket profile
Bracket profile with both cables
Equip bracket profile
1 bracket profile cable (for power supply)2 communications cables
Applicable to Standard cabinet with horizontal or vertical cross members
Information - Application assembly
40 41
Information - Blum transformer
Transformer unit housing for wall fixing
Pull-out stop
AssemblyTransformer unit housing for base fixing
Pull-out stop
Two types of fixing
9
8
10
12
6
7
Wall fixing
11
8
6 7
10
Base fixing
40 41
Blum transformer removal - Wall fixing
Space requirement + safety distance for transformer unit housing
Base fixing Wall fixing
Note:Maintain a 30 mm safety distance from the bottom edge (base fixing) and/or front edge (wall fixing) and side edges of transformer unit housing to the neighbouring elements to allow for air circulation; otherwise, there is a risk that the Blum transform-er could overheat.
Blum transformer removal - Base fixing
Information - Blum transformer
Removal
Recommended distance
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Information - Cabling
7
10
10
6
9
8
8
8
5
11
9
138
8
87
6
5
6
88
8
5
7
11
138
8
8
59
7
6
6
13
7
10
8
8
8
5
9
Standard cabinet “lower cabling” cable diagram
Transformer unit housing for base fixing Transformer unit housing for wall fixing
Larder unit cable diagram
Lower cabling
Do not damage piercing tips
Standard cabinet “back cabling” cable diagram
Transformer unit housing for base fixing Transformer unit housing for wall fixing
Only 1 Blum transformer can be connected to each distribution cable
Back cabling
42 43
Information - Cabling
10
9
13
6
7
8
5
5
8
8 11
6
78
8 95
5
13
8
6
7
8
8
Sink pull-out cable diagram
Transformer unit housing for base fixing Transformer unit housing for wall fixing
Bracket profile horizontal cable diagram
Lower cabling
Lower cabling
Upper attachment bracket cable diagram Lower cabling
6
7
8
8
Only 1 Blum transformer can be connected to each distribution cable
Connecting node assembly
Do not damage piercing tips
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Information - Drive unit
Drive unit installation
Selector switch Power (2)Half: for short nominal lengths (270–300 mm) – pull-out only moves a short distanceFull: default setting
Operating mode display (LED) (3)
Drive unit adjustment
Drive unit selector switches
Selector switch Mode (1)Multiple: when set to “Multiple”, drive units move simultaneouslySingle: only one drive unit moves (default setting)
Removal
Lever extension
Assembly
The drive unit comes with the lever extension.The lever extension must be removed for a cabinet width of 300–320 mm in combination with a steel back and for a cabinet width up to 300 mm in combi-nation with a chipboard back.
Lever guide
The lever guidance must be attached and secured with screws for cabinet widths 275–320 mm if being used with a chipboard back.
Synchronisation cable
Installation
44 45
Information - Drive unit
Drive unit removal from bracket profile
Drive unit removal from attachment bracket
Drive unit removal from bracket profile horizontal
Drive unit removal from upper attachment bracket
Removal
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Order specification
Distance bumperArticle No. Description
993.0830.01 Ø 8 mm
Bracket profileArticle No. Description
Z10D01E2.01 Upper attachment
Z10T1170A Excluding cable length: 1170 mm
Z10D01E1 Lower attachment
Drive unitArticle No. Colour
Z10A3000.01 Dust grey
Connecting nodeArticle No. Description
Z10V1000 To be pierced into the cable
Distribution cableArticle No. Description
Z10K600A For cutting to size Length: 6 m
Cable end protectorArticle No. Material
Z10K0008 Nylon
Blum transformerArticle No. Description
Z10NE050.01 100 watt
Flex cordArticle No. Size
Z10M200B Length: 2 m
Synchronisation cableArticle No. Description
Z10K120S For synchronisation of 2 drive units
Attachment bracket 1 tierArticle No. Description
Z10D7101For individual drawers with 1 drive unit
Attachment bracket 2 tierArticle No. Description
Z10D7201 For heavy drawers with 2 drive units
Cable clipArticle No. Description
Z10K0009 Self-adhesive
Bracket profile for individual pull-outArticle No. Description
Z10D5210 Left/ and right
Z10D5210 Adapter for bracket profile horizontal
Transformer unit housingArticle No. Assembly type
Z10NG000 Base fixing
Z10NG100 Wall fixing
Upper attachment bracketArticle No. Description
Z10D6252With pre-mounted adapter for the drive unit
Lever guideArticle No. Description
Z10A3H00
For cabinet widths 275-320 mm in combination with a chipboard back
Bracket profile horizontalArticle No. Description
Z10T1143B For cabinet widths 275-1.200 mm
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Blum FittingsFor the lifetime of your kitchen
Blum South East Asia Pte. Ltd.150 Ubi Avenue 4#02-00 Ubi Biz-HubSingapore 408825Tel.: (65) 6547 1760 Fax: (65) 6547 1761Email: [email protected]