Automation+Robotics Hydraulic Modules - SEOKYUNG module.pdf · Automation+Robotics Hydraulic...
Transcript of Automation+Robotics Hydraulic Modules - SEOKYUNG module.pdf · Automation+Robotics Hydraulic...
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Automation+Robotics Hydraulic Modules
B5-
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• Accessories• Extensions of
Rotary Modules
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3rd EditionThis edition makes all previous catalogues invalid. We reserve the right to make further modifications relevant to technical developments.
HydraulicTranslationRotation
SupplementationAccessories for all units
• Rotary units– 4 or 6 fold rotary leadthrough
– Units with intermediate positons– Two table units
Contents
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Page
FIBRO – The latest technology – with a tradition of service 6–7
Introduction 8
Applications 9
Ordering codes 10
Presentation of system, Digest of the units 11
Technical Description of the Basic ModulesDesign Detail Translation Modules 12Design Detail Short Stroke Modules 13Design Detail Rotary Modules 14
Technical Data and Constructional DimensionsHydraulic Translation Modules 16–17
18–1920–2122–23
Accessories Descent Arresting Device 24–25
Hydraulic Short Stroke Modules 28–2930–3132–3334–35
Accessories Descent Arresting Device 36–37
Hydraulic Rotary Modules• 4 or 6 fold rotary leadthrough 40–41• Units with Intermediate position 42–47• Two table untis 48–53
54–59Accessories Rotation – Fixing rings 61
AccessoriesSpring Element 62Descent Arresting Device 62Supplementary Cylinder for Intermediate Position 62Rotary Distributor 62
ExamplesModule Combinations 63
Calculation of Mass Moment of Inertia 64
52.15.1.52.11.2.52.11.3.52.11.4.
52.25.2.52.11.3.52.11.4.52.11.5.
52.55.2.52.11.3.52.11.4.52.11.5.
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Weibertreu Castle at Weinsberg
FIBRO works at Weinsberg
Indexing tables
The FIBRO of today started up in Weinsberg on a verysmall scale back in 1958. Situated below the historicWeibertreu Castle, the company made precision groundround parts, the forerunners of today’s FIBRO StandardParts range for the toolmaking industry.Progress was rapid and soon FIBRO needed new production facilities. A new factory was built at Hassmersheim on the River Neckar. Once again it was a historic location, this time opposite Hornberg Castle.
Indexing tablesFrom 1962 onwards FIBRO at Weinsberg pioneered thedesign and manufacture of indexing tables and soon gained an enviable reputation.FIBROTAKT: indexing tables with face gear and ultra-high-precision indexing, combined with dependablerigidity. Drive options: pneumatic, hydraulic, electric.Rotation by rack and pinion or worm drive. Manual orNC control.FIBROPLAN: indexing tables with worm drive and NCindexing and drive, for circular milling and divisions ofany size.FIBROTOR: revolving tables or indexing tables withpositive-drive cam, offering very short cycle times evenwhen transporting heavy loads. Suitable for automationwith short cycle times. Thousands of FIBRO units are inuse world-wide as integral key components in high-output machinery.
Standard PartsToday the Standard Parts division operates from the Hassmersheim works which manufactures a comprehensive range of standard parts and maintainsstocks ready for immediate despatch world-wide.The machine tool, mechanical engineering and systemsengineering product range includes machine pillars,guide rails, oilless guide elements and precision partssuch as cutting dies and die bushes, special steel pressure springs, gas springs, forming materials, metalbonding agents and moulding resins, accessories forpressing and toolmaking, tool slides with cam or rollerdrives and independent hydraulic drives.FIBRO has become renowned world-wide for its comprehensive range of products kept in stock and itsreadiness to deliver.
FIBRO – The latest technology – with a tradition of service
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Hornberg castle on the opposite side ofthe river
The FIBRO Hassmersheim plant
Standard Parts Automation+Robotics
Automation+RoboticsFIBRO has been active in the field of automation androbotics since 1974 from the Hassmersheim works.Modular construction based on translation units, rotaryunits, grippers and guide gantries with trolleys make foreasy construction of individual machines and completesystems, ranging from simple pick & place units rightthrough to multi-axis robots. These series-manufac-tured modules are available in several sizes for loads upto 3150 kg, traversing speeds up to 6.5 m/sec and travel of up to 30 m. Module series with electric-motor,hydraulic and pneumatic drive can be combined to suitthe specific requirements. The system has a trackrecord of success in many sectors of industry.
FIBRO is much in demand as a supplier to the mechanical engineering and metalworking sectors.This success is based largely on three factors: FIBRO’sin-depth knowledge of the market, its commitment toquality assurance in line with ISO 9001 and its flexibleand responsive organisational structure so typical ofmedium-sized German companies.
FIBRO: a company with a great history. FIBRO hasdeveloped at a rapid pace in these fast-moving timesand will continue to demonstrate its proactive philo-sophy in the future.
FIBRO – precision technology for the toughest tasks.
More about FIBRO:• 900 staff;• 80 representatives and service stations world-wide;• branch offices in France, USA, Singapore
and Switzerland.
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Hydraulic Modules
The FIBRO-IDEA for YouFor a number of decades the name FIBRO has beensynonymous with the systematic rationalization ofwork processes.
Besides the popular ranges of FIBRO Indexing Tables,the development of the modular work handling systempresented a major step forward towards the automati-on of all kinds of production lines.
The Modular Assembly SystemThe carefully planned series of assembly elements ofthis modular system enable the user to solve his indi-vidual handling problems with an absolute minimum of planning and effort. In accordance with the specifictask and the available factory space, the modular ele-ments can be assembled along very simple lines. Thelogical combination of translation modules and rotaryelements permits the approach of any point within thespecial ambit of a unit. Astonishing is the extent ofapplication fields opened up by the virtually unlimitedcombination possibilities of Modules. These characte-ristics ensure optimal adaptation to each specifichandling problem – to an extent which could formerlybe reached only with very costly special designs.
The Elements of theAssembly SystemFor the swift execution of even complex three-dimen-sional movements there is available a wide choice oftranslation modules for linear axes – and rotary modulesfor rotational axes, all grouped in a number of well-planned size ranges. Their actuation can be hydraulic,pneumatic or electric.
For the function “Gripping”, the System offers –• Grippers with swivel motion of the jaws.• Grippers with parallel jaw motion.
Grippers are actuated by hydraulic or pneumatic power,or by spring force. These choices ensure that a widespectrum of gripping functions can be covered, witheasily interchangeable jaws providing quick adaptationto different workpiece contours.
The correct selection of all Modules for a certain hand-ling task can be made with ease and certitude becau-se the module data sheets provide comprehensiveinformation about dimensional detail and operationalcapacity.
For the control of the motional sequences of HandlingUnits, freely programmable control systems are offe-red.
The manifold possibilities of mounting Modules toeach other permit the highest degree of constructio-nal flexibility. The in-house assembly of succesful handling unitsis therefore free from problems.
The Advantages of the Modular Assembly SystemThe application of Handling Units offers a largenumber of distinct advantages:
• Extensive range of applications, by virtue of thealmost unlimited possibilities of modular combina-tion.
• High reliability of each Element – proven in thou-sands of uses.
• Drastic reductions in planning- and assembly time.
• Interchangeability between elements offers manyopportunities of re-use for new tasks.
• Selection of the best-suited actuation medium foreach application: pneumatic, hydraulic or electric.
• Availability of highly specialized elements –obtainable at batch-production prices.
• CAD-assistance throughout the design stages.
We gladly advise you about the planning and applica-tion of Handling Units, for which purpose highly trained staff is at your disposal. Notwithout pride can we look back to the large numbersof successful Robots which prove themselves day-in, day-out, in factories throughout the world.
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Applications
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Loading and unloading a grinding machine Gantry robot for tool change
Loading and unloading a seal testing machine
Gantry for loading and unloading a lathe machine
Ordering codesTranslation, Short-Stroke, Linear and Rotary Units, Swivel Double Gripper Units
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Code groups A B C D ESeries Model, driving unit Size Motion Version Sensing element
52. 11. 2 to 4. 0160 to 1000. 100. 06Translation Size Stroke Standard version Mountings with holders and activator flagspneumatic for Ø M12 mm proximity switches
201.15. 1 to 4. 0125 to 1000. Solid pillar version 07Translation Size Stroke Mountings with holders and activator flagshydraulic 000. for Ø M12 mm proximity switches
Special version
21. 2 to 4. 0040 to 0150. 100 D 06Short travel Size Stroke Standard version Mountings with holders and activator flagspneumatic with end position damping for Ø M12 mm proximity switches
25. 2 to 5. 0040 to 0320. 07Short travel Size Stroke Mountings with holders and activator flagshydraulic for Ø M12 mm proximity switches
31. 2 and 3. 0250 to 1000. 301. 06Linear unit, Size Stroke Installation position horiz. Mountings with holders and activator flagspneumatic for Ø M12 mm proximity switches
302.Installation position vertical 07
Mountings with holders and activator flags311. for Ø M12 mm proximity switchesHigh-speed switch block,horizontal installation 11
4-position switch with cam312.High-speed switch block,vertical installation 12
6-position switch with cam303.Version with cylinderpiston rod 13Installed horizontally 8-position switch with cam
303.Version with cylinder without piston rod and high speed switch block,horizontal installation
55. 51. 2 to 5. 0090. 104. 06Rotation 0180. 4-way rotation version Mounting with holder and activator flags pneumatic 0360. for Ø 12 mm proximity switches
Rotation angle 106.6-way rotation version 07
Mounting with holder and activator flags for Ø 18 mm proximity switches
52. 55. 2 to 5. 0090. 104. 06Rotation 0180. 4-way rotation version Mounting with holder and activator flags hydraulic Rotation angle for Ø 12 mm proximity switches
106.6-way rotation version 07
Mounting with holder and activator flags for Ø 18 mm proximity switches
51. 91. 2 to 4 0001. 501. 06Swivelling for channel toothing 2 fingers, gripping External Mounting with holder and activator flags double grippers 1/1 gripper travel for Ø M12 mm proximity switchespneumatic 0011. 601.
for channel toothing 2 fingers, gripping Internal1/2 gripper travel0002. 531.for fixed fingers 3 fingers, gripping External1/1 gripper travel0012. 631.for fixed fingers 3 fingers, gripping Internal1/2 gripper travel
. . . . . .
Presentation of systemCombination of modules
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Grippers
With swivel- or parallel grip-ping motion, and of pneu-matic or hydraulic actuation,or spring-operated. Also with motorized paralleljaw motion, for internal orexternal work-holding, byway of two or three gripperjaws of fixed or adjustableexecution, with nominal orboosted gripping power:132 selection choices! Ask for our comprehensivecatalogue ”GRIPPERS”.
Short stroketranslationmodulesSize 2stroke range a) 10–40 mm(adjustable) b) 50–80 mmcarried loadmax. 8 kgpillar dia. 15 mm
Size 3stroke range a) 8– 50 mm(adjustable) b) 58–100 mmcarried loadmax. 25 kgpillar dia. 25 mm
Size 4stroke range a) 13– 75 mm(adjustable) b) 80–150 mmcarried loadmax. 50 kgpillar dia. 40 mm
Size 5stroke range a) 25–100 mm(adjustable) b) 125–200 mm
c) 245–320 mmcarried loadmax. 125 kgpillar dia. 60 mm
TranslationmodulesSize 1stroke range 125–400 mmcarried loadmax. 8 kgpillar dia. 15 mm
Size 2stroke range 160–630 mmcarried loadmax. 25 kgpillar dia. 25 mm
Size 3stroke range 250–1000 mmcarried loadmax. 50 kgpillar dia. 40 mm
Size 4stroke range 315–1000 mmcarried loadmax. 125 kgpillar dia. 70 mm
RotarymodulesSize 2nominal rotation a) 90°angle b) 180°Load moment 12 Nmturnable dia. 60 mm
Size 3nominal rotation a) 90°angle b) 180°Load moment 70 Nmturnable dia. 100 mm
Size 4nominal rotation a) 90°angle b) 180°Load moment 180 Nmturnable dia. 150 mm
Size 2nominal rotation a) 90°angle b) 180°Load moment 800 Nmturnable dia. 200 mm
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Translations ModulesDesign Detail
Design – Execution Lightweight construction through use of aluminium blocks and tubular steel pillars. Maintenance-free dry bearings with dirt wipers, sliding on hard-chromedtubular steel pillars. Solid pillars as specialexecution, hardened and ground. Pillars are clamped safely to the end blocks. All stressed threads are hardened steelinserts.
Adjustable Dead Stop for StrokeLimitation Infinitely variable stroke limitation byadjustable dead stops of add-on designwhich leave the terminal stroke dampingfully operative.
Hydraulic Connections Pipe connections optionally to front or back of module, using commercial pipefittings, series L.
Dead Stops Dead stops for stroke limitation, fully adjustable for sensitive setting. The mechanical function of this stopguarantees high repetition accuracy.
Terminal Position Monitoring Adjustable mounting brackets for inductiveproximity switches of 12 mm or 8 mmnominal diameter.
Adjustable Terminal Damping A regulating screw serves for the adjust-ment of the terminal damping effect.Stroking speed is regulated externally, bymeans of a flow valve on the valve block.
MountingSolid mounting blocks, freely adjustablealong pillars and with limited swivel ofapproximately 10°, clamp the pillar tightly,thus ensurina safe versatile module attach-ment, independent of the stroking motion.
Short Stroke Translation ModulesDesign Detail
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Design – Execution Lightweight construction through use ofaluminium blocks and tubular steel pillars.Maintenance-free dry bearings with dirtwipers, sliding on hard-chromed tubularpillars. Special execution with either solid or heavy series tubular steel pillars, bothhardened and ground. Actuation pistons in hard-chromed plunger design, withmultiple seal pack.
MountingMounting face with hardened thread inserts on the centre block. Free choice of drilled hole pattern in the base plate.
Hydraulic Connections Pipe connections to side face of centreblock, using commercial series L pipefittings.
Terminal Position Monitoring Adjustable mounting brackets for inductiveproximity switches of 12 or 18 mm nominaldiameter.
Adjustable Terminal DampingA regulating screw serves for the adjust-ment of the terminal damping effect.Stroking speed is regulated externally, bymeans of a flow valve on the valve block.
Stroke AdjustmentSteplessly variable terminal position in both directions. Adjustments do not affect the damping effect. Adjustment range depends on module size.
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Rotary Modules Design Detail
Design – Execution Twin rack-and-pinion system for rotationdrive. Two models, with max. rotation angles of 90° and 180° respectively.Terminal position damping with degres-sive function and high effectiveness,independent of rotation angle. Very softstopping in terminal position. Proximityswitch in standard mounting bracketmonitors terminal positions.
Execution Lightweight construction through use ofaluminium housing. Overdimensioned anti-friction bearings. Hardened cylinder,rack-piston and pinion. Hardened dead stops. Large aluminiumflange for attachment of tooling etc. Re-enforced lip type seals. Long-term lubrication. Stressed threads in hardened steel insert construction.
Adjustment of Rotation Angle The angle of rotation is adjusted by means of an adjusting screw within therack-piston.
Adjustment of Terminal Damping Terminal damping is steplessly adjustableby way of a regulating screw. Speed ofrotation is adjusted externally, by means of a flow valve on the valve block.
Basic Adjustmentfor Zero-Start Position
zero-Point
rota
tion
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Automation+RoboticsTRANSLATION MODULES
E
D
C
B
AOrdering informationType 52. 15.Size 1.Stroke lengths: 125, 160, 200, 250, 315, 400 mmExecution: Tubular pillars 100.
Solid pillar 210.
Bracket with clamp retention dia. M12 06dia. M18 07
Ordering example 52. 15. 1. 0250. 100. 06
0 2 4 6 80
0,5
1,0
250315400
200160125
0 21
bc
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52.15.1. Translation Modules
Load Capacities
carried load G max. = 8 kgtilting moment Mtilt perm = 12 Nm
G = Weight [kg]
g = 9.81 m/sec2
G · g [N]
x, y = distances to C. G. [m]
Stroke Length versus Volumetric Ingestioningested volume
stroke L1 L2 L3 stroke (litres/stroke)125 mm 345 mm 174 mm 96 mm 0.0040160 mm 415 mm 209 mm 131 mm 0.0045200 mm 495 mm 249 mm 171 mm 0.0055250 mm 595 mm 299 mm 221 mm 0.0070315 mm 725 mm 364 mm 286 mm 0.0090400 mm 895 mm 449 mm 371 mm 0.0115
calculate intermediate stroke lengths with formulae: L1 = 2 � stroke +95 mmmin. stroke 90 mm – shorter strokes on request L2 = stroke +49 mmpiston dia.: 6 mm, piston area: 0.28 cm2 L3 = stroke –29 mm
Actuation Diagramm
Time Diagram (stroking-time recommendations)
Examplegiven: G = 5 kgstroke: 250 mmwanted: stroking-timeresult: 0.6 sec.
Valve:nominal size 6
NB: excluding switching- and valve times
xy
x
y
x
y
Weightstubular pillars solid pillars
centre sliding total sliding totalstroke block unit weight unit weight125 mm 2.7 kg 0.9 kg 3.6 kg 1.5 kg 4.2 kg160 mm 2.8 kg 1.0 kg 3.8 kg 1.8 kg 4.6 kg200 mm 3.0 kg 1.1 kg 4.1 kg 2.0 kg 5.0 kg250 mm 3.2 kg 1.2 kg 4.4 kg 2.3 kg 5.5 kg315 mm 3.5 kg 1.4 kg 4.9 kg 2.7 kg 6.2 kg400 mm 3.9 kg 1.7 kg 5.6 kg 3.3 kg 7.2 kg
stro
king
-tim
e t
[sec
]
stro
ke [m
m]
load carried G [kg]
Mtilt = √ (G · g · x)2 + (G · g · y)2 [Nm]
x
y
x
y
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Technical Description
size 1 stroke lengths: 125, 160, 200, 250, 315, 400actuation hydraulic
operating pressure 100 bar (standard)effective piston force 250 N at 100 bar
cylinder single-acting, in each directionrepetition accuracy +/– 0.1 mm – against dead stop
tubular pillars (standard) order codesolid pillars (on request) order codetubular pillars and pistons hard-chromedsolid pillars hardened and groundouter guide tubes, cylinder electrolytic zink platingslidinge bearings, 4 off maintenance-freeend flanges, sliding block, mounting blocks: aluminiumpiston rods and pillars protected by wipersterminal stopping against adjustable dead stopmounting attitude anydamping adjustabledead stop for stepless stroke limitation – accessoryspeeds adjustment externalmonitoring of terminal positions by proximity switches, inductiveperformance data based on operating pressure of 100 bar;minimum operating pressure 60 bar – performance data on application
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48L
4
40
42
820
2020
33
L1
97
1115
65113
40
L2
L3
4xKm 4
4xKm 4
L1, L2 and L3 see under ”stroke lenghts”
L4 = 22 mm with prox. switch M12�1= 27 mm with prox. switch M18�1
fine adjustment of stroke: 2 mm
stro
ke
dampingadjustment
2 hydraulicconnections1/8 BSPeach side(front and rear)
adaptor
clamping blocks,adjustable
prox. switchbracket – optionallyfor M12 or M18
mounting facedead stop forstroke limitation
clearance holes for M6, thru c’bored each side for M6-threadinserts
actvator flagfor prox. switch
mounting face
100201
Dimensions
Translation Moduleshydraulic 52.15.1.Translation Modules
100 5 15 20 250
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1,0
630
500
400315250200160
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bc
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52.15.2. Translation Modules
Load Capacities
carried load G max. = 25 kgtilting moment Mtilt perm = 62 Nm
G = Weight [kg]
g = 9.81 m/sec2
G · g [N]
x, y = distances to C. G. [m]
Stroke Length versus Volumetric Ingestion ingested volumestroke L1 L2 L3 B stroke (litres/stroke)160 mm 435 mm 217 mm 121 mm 87 mm 0.013200 mm 515 mm 257 mm 161 mm 127 mm 0.016250 mm 615 mm 307 mm 211 mm 177 mm 0.020315 mm 745 mm 372 mm 276 mm 242 mm 0.025400 mm 915 mm 457 mm 361 mm 327 mm 0.032500 mm 1115 mm 557 mm 461 mm 427 mm 0.040630 mm 1375 mm 687 mm 591 mm 557 mm 0.050calculate intermediate stroke lengths with formulae: L1 = 2� stroke +115 mmmin. stroke 125 mm – shorter strokes on request L2 = stroke + 57 mmpiston dia.: 10 mm, piston area: 0.78 cm2 L3 = stroke – 39 mmB max. adjustment of clamping blocks B = stroke – 73 mm
Actuation Diagramm
Time Diagram (stroking-time recommendations)
Examplegiven: G = 15 kgstroke: 400 mmwanted: stroking-timeresult: 0.8 sec.
Valve:nominal size 6
NB: excluding switching- and valve times
Weightstubular pillars solid pillars
centre sliding total sliding totalstroke block unit weight unit weight160 mm 6.2 kg 2.9 kg 9.1 kg 5.3 kg 11.5 kg200 mm 6.5 kg 3.1 kg 9.6 kg 5.7 kg 12.2 kg250 mm 7.0 kg 3.5 kg 10.5 kg 6.5 kg 13.5 kg315 mm 7.6 kg 3.9 kg 11.5 kg 7.6 kg 15.2 kg400 mm 8.3 kg 4.5 kg 12.8 kg 9.0 kg 17.3 kg500 mm 9.2 kg 5.2 kg 14.4 kg 10.7 kg 19.9 kg630 mm 10.4 kg 6.0 kg 16.4 kg 12.8 kg 23.2 kg
stro
king
-tim
e t
[sec
]
stro
ke [m
m]
load carried G [kg]
Mtilt = √ (G · g · x)2 + (G · g · y)2 [Nm]
xy
x
y
x
y
x
y
x
y
E
D
C
B
AOrdering informationType 52. 15.Size 2.Stroke lengths: 160, 200, 250, 315, 400, 500, 630 mmExecution: Tubular pillars 100.
Solid pillar 210.
Bracket with clamp retention dia. M12 06dia. M18 07
Ordering example 52. 15. 2. 0250. 100. 06
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Translationhydraulisch 52.15.2.
Technical Description
size 2 stroke lengths: 160, 200, 250, 315, 400, 500, 630actuation hydraulic
operating pressure 100 bar (standard)effective piston force 685 N at 100 bar
cylinder single-acting, in each directionrepetition accuracy +/– 0.1 mm – against dead stop
tubular pillars (standard) order codesolid pillars (on request) order codetubular pillars and pistons hard-chromedsolid pillars hardened and groundouter guide tubes, cylinder electrolytic zink platingslidinge bearings, 4 off maintenance-freeend flanges, sliding block, mounting blocks: aluminiumpiston rods and pillars protected by wipersterminal stopping against adjustable dead stopmounting attitude anydamping adjustabledead stop for stepless stroke limitation – accessoryspeeds adjustment externalmonitoring of terminal positions by proximity switches, inductiveperformance data based on operating pressure of 100 bar;minimum operating pressure 60 bar – performance data on application
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Hub
L3
L2
26B
309
5826
L1
3
58L
4
116
2520
1347248
73
4xKm 5
4xKm 5
L1, L2 and L3 see under ”stroke lenghts”
L4 = 22 mm bei prox. switch M12�1= 27 mm bei prox. switch M18�1
fine adjustment of stroke: 2 mm
stro
ke dampingadjustment
2 hydraulicconnections1/8 BSPeach side(front and rear)
adaptor
clamping blocks,adjustable
prox. switchbracket – optionallyfor M12 or M18
mounting face
dead stop forstroke limitation
clearance holes for M8, thru c’bored each side for M8-threadinserts
actvator flagfor prox. switch
mounting face
100201
Translation Modules
1000
0
0,5
1,0
1,5
2,0
100 20 30 40 50
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500
630
800
0 21
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52.15.3. Translation Modules
Load Capacities
carried load G max. = 50 kgtilting moment Mtilt perm = 150 Nm
G = Weight [kg]
g = 9.81 m/sec2
G · g [N]
x, y = distances to C. G. [m]
Stroke Length versus Volumetric Ingestioningested volume
stroke L1 L2 L3 stroke (litres/stroke)250 mm 625 mm 313 mm 199 mm 0.045315 mm 755 mm 378 mm 264 mm 0.056400 mm 925 mm 463 mm 349 mm 0.071500 mm 1125 mm 563 mm 449 mm 0.089630 mm 1385 mm 693 mm 579 mm 0.112800 mm 1725 mm 863 mm 749 mm 0.142
1000 mm 2125 mm 1063 mm 949 mm 0.177calculate intermediate stroke lengths with formulae: L1 = 2� stroke +125 mmmin. stroke 225 mm – shorter strokes on request L2 = stroke + 63 mmpiston dia.: 15 mm, piston area: 1.76 cm2 L3 = stroke – 51 mm
Actuation Diagramm
Time Diagram (stroking-time recommendations)
Examplegiven: G = 40 kgstroke: 800 mmwanted: stroking-timeresult: 1.4 sec.
Valve:nominal size 6
NB: excluding switching- and valve times
Weightstubular pillars solid pillars
centre sliding total sliding totalstroke block unit weight unit weight250 mm 13.1 kg 6.1 kg 19.2 kg 15.0 kg 28.1 kg315 mm 13.9 kg 6.9 kg 20.8 kg 17.7 kg 31.6 kg400 mm 15.0 kg 8.1 kg 23.1 kg 21.3 kg 36.3 kg500 mm 16.2 kg 9.5 kg 25.7 kg 25.5 kg 41.7 kg630 mm 17.9 kg 11.3 kg 29.2 kg 31.1 kg 49.0 kg800 mm 20.0 kg 13.6 kg 33.6 kg 38.2 kg 58.2 kg
1000 mm 22.4 kg 16.4 kg 38.8 kg 46.7 kg 69.1 kgst
roki
ng-t
ime
t [s
ec]
stro
ke [m
m]
load carried G [kg]
Mtilt = √ (G · g · x)2 + (G · g · y)2 [Nm]
xy
x
y
x
y
x
y
x
y
E
D
C
B
AOrdering informationType 52. 15.Size 3.Stroke lengths: 250, 315, 400, 500, 630, 800, 1000 mmExecution: Tubular pillars 100.
Solid pillar 210.
Bracket with clamp retention dia. M12 06dia. M18 07
Ordering example 52. 15. 3. 0400. 100. 06
We reserve the right to make technical modifications 21
Translationhydraulisch 52.15.3.
Technical Description
size 3 stroke lengths: 250, 315, 400, 500, 630, 800, 1000actuation hydraulicoperating pressure 100 bar (standard)effective piston force 1560 N at 100 bar
cylinder single-acting, in each directionrepetition accuracy +/– 0.1 mm – against dead stop
tubular pillars (standard) order codesolid pillars (on request) order codetubular pillars and pistons hard-chromedsolid pillars hardened and groundouter guide tubes, cylinder electrolytic zink platingslidinge bearings, 4 off maintenance-freeend flanges, sliding block, mounting blocks: aluminiumpiston rods and pillars protected by wipersterminal stopping against adjustable dead stopmounting attitude anydamping adjustabledead stop for stepless stroke limitation – accessoryspeeds adjustment externalmonitoring of terminal positions by proximity switches, inductiveperformance data based on operating pressure of 100 bar;minimum operating pressure 60 bar – performance data on application
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33
Hub
78
3L
170
1L
2L
2840
1372
28
3440
4L
196
85110
4xKm 8
4xKm 8
L1, L2 and L3 see under ”stroke lenghts”
L4 = 22 mm with prox. switch M12�1= 27 mm with prox. switch M18�1
fine adjustment of stroke: 2 mm
stro
ke
damping adjustment
2 hydraulic connections1/4 BSP each side(front and rear)
adaptor
clamping blocks, adjustable
prox. switchbracket – optionallyfor M12 or M18
mounting face
dead stop for stroke limitation
clearance holes for M10, thru c’bored each side for M10-threadinserts
actvator flagfor prox. switch
mounting face
100201
Translation Modules
0
0,5
1,0
1,5
2,0
1000 20 40 60 80 120
1000
315
400
500
630
800
0 21
bc
P T
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52.15.4. Translation Modules
Load Capacities
carried load G max. = 125 kgtilting moment Mtilt perm = 500 Nm
G = Weight [kg]
g = 9.81 m/sec2
G · g [N]
x, y = distances to C. G. [m]
Stroke Length versus Volumetric Ingestion ingested volumestroke L1 L2 L3 B stroke (litres/stroke)315 mm 810 mm 393 mm 241 mm 179 mm 0.10400 mm 980 mm 478 mm 326 mm 264 mm 0.13500 mm 1180 mm 578 mm 426 mm 364 mm 0.16630 mm 1440 mm 708 mm 556 mm 494 mm 0.20800 mm 1780 mm 878 mm 726 mm 664 mm 0.25
1000 mm 2180 mm 1078 mm 926 mm 864 mm 0.32calculate intermediate stroke lengths with formulae: L1 = 2� stroke +185 mmmin. stroke 315 mm – shorter strokes on request L2 = stroke + 78 mmpiston dia.: 20 mm, piston area: 3.14 cm2 L3 = stroke – 74 mmB max. adjustment of clamping blocks B = stroke –136 mm
Actuation Diagramm
Time Diagram (stroking-time recommendations)
Examplegiven: G = 60 kgstroke: 800 mmwanted: stroking-timeresult: 1.3 sec.
Valve:nominal size 6
NB: excluding switching- and valve times
Weightstubular pillars solid pillars
centre sliding total sliding totalstroke block unit weight unit weight315 mm 26.4 kg 22.2 kg 48.6 kg 40.9 kg 67.3 kg400 mm 28.0 kg 25.3 kg 53.3 kg 49.5 kg 77.5 kg500 mm 29.9 kg 29.0 kg 58.9 kg 59.6 kg 89.5 kg630 mm 32.4 kg 33.8 kg 66.2 kg 72.7 kg 105.1 kg800 mm 35.6 kg 40.1 kg 75.7 kg 89.9 kg 125.5 kg
1000 mm 39.5 kg 47.5 kg 87.0 kg 110.1 kg 149.6 kg
stro
king
-tim
e t
[sec
]
stro
ke [m
m]
load carried G [kg]
Mtilt = √ (G · g · x)2 + (G · g · y)2 [Nm]
xy
x
y
x
y
x
y
x
y
E
D
C
B
AOrdering informationType 52. 15.Size 4.Stroke lengths: 315, 400, 500, 630, 800, 1000 mmExecution: Tubular pillars 100.
Solid pillar 201.
Bracket with clamp retention dia. M12 06dia. M18 07
Ordering example 52. 15. 4. 0250. 100. 06
We reserve the right to make technical modifications 23
Translationhydraulisch 52.15.4.
Technical Description
size 4 stroke lengths: 315, 400, 500, 630, 800, 1000actuation hydraulicoperating pressure 100 bar (standard)effective piston force 2775 N at 100 bar
cylinder single-acting, in each directionrepetition accuracy +/– 0.1 mm – against dead stop
tubular pillars (standard) order codesolid pillars (on request) order codetubular pillars and pistons hard-chromedsolid pillars hardened and groundouter guide tubes, cylinder electrolytic zink platingslidinge bearings, 4 off maintenance-freeend flanges, sliding block, mounting blocks: aluminiumpiston rods and pillars protected by wipersterminal stopping against adjustable dead stopmounting attitude anydamping adjustabledead stop for stepless stroke limitation – accessoryspeeds adjustment externalmonitoring of terminal positions by proximity switches, inductiveperformance data based on operating pressure of 100 bar;minimum operating pressure 60 bar – performance data on application
5·70
73·0
°
Dimensions
Hub
3
246
L3B
5048
9648
3
70
64
4L
108
278150120
16
112
L1
L
4xKm 10
4xKm 10
L1, L2 and L3 see under ”stroke lenghts”
L4 = 22 mm with prox. switch M12�1= 27 mm with prox. switch M18�1
fine adjustment of stroke: 2 mm
stro
ke
damping adjustment
2 hydraulic connections3/8 BSP each side(front and rear)
adaptor
clamping blocks, adjustable
mounting face
dead stop for stroke limitation
clearance holes forM12, thru c’bored eachside for M12-threadinserts
actvator flagfor prox. switch
mounting face
100201
prox. switch bracket – optionally for M12 or M18
Translation Modules
5·18
411·
2003
·1°
We reserve the right to make technical modifications24
Translations UnitsDescent latches
Descent latch
*2
1 3P
Installation positionsFixed centre Fixed end flanges= movable end flange = movable centre part
Spring blade position:unlocked
Block diagram
Unlocked
* Throttle valve preventsvibration noise of springtonge
Descent latchWhen the pressure drops and during breaks from work, thedescent latch prevents the vertically-installed unit from droppingout of its top end position.
Descent latch with holderfor proximity switch �12 �18Modul Translation unit Attachment Order No Order No52.15.2 on side 1.051.00120 1.051.0017952.15.3 on side 1.051.00121 1.051.0018052.15.4 on side 1.051.00122 1.051.0018152.15.4 at front 1.051.00162 1.051.00182
NEW
Translations UnitsDescent latches
We reserve the right to make technical modifications 25
50(60)
141,
5
(58)(134)54
Descent latchfor translation unit 52.15.2.Type AS Ly 2 side
50(80)
141,
5
(196)52 (78)
Descent latchfor translation unit 52.15.3.Type AS Ly 3 side
(110) 65
(278)80(108)65
186,
5
Descent latchfor translation unit 52.15.4.Type AS Ly 4 front
(110)
186,
5
65
(278) (108)65
Descent latchfor translation unit 52.15.4.Type AS Ly 4 side
5·18
412·
2003
·1°
Hydraulic-connectionG 1/8
Hydraulic-connectionG 1/4
Hydraulic-connectionG 1/4
Hydraulic-connectionG 1/8
NEW
5·70
74·0
°
We reserve the right to make technical modifications26
5·70
75·7
·1°
27
Automation+RoboticsSHORT STROKE MODULES
0 2 4 6 80
0,5
40
80
0 21
ba
P T
BA
5·70
76·0
°
We reserve the right to make technical modifications28
52.25.2. Short Stroke Translation Modules
Load Capacities
carried load G max. = 8 kgtilting moment Mtilt perm = 12 Nm
G = Weight [kg]
g = 9.81 m/sec2
G · g [N]
x, y = distances to C. G. [m]
Stroke Length versus Volumetric Ingestioningested volume
stroke L1 L2 stroke (litres/stroke)40 mm 173 mm 65 mm 0.003280 mm 243 mm 95 mm 0.0065
calculate intermediate stroke lengths with formulae:up to 50 mm stroke � L1 = 2� stroke + 93 mm
L2 = stroke + 25 mmstroke 50 mm + over � L1 = 2� stroke + 83 mm
L2 = stroke + 15 mmminimum stroke 40 mm; on request: maximum stroke 160 mmpiston dia.: 10 mm, piston area: 0.78 cm2
Actuation Diagramm
Time Diagram (stroking-time recommendations)
Examplegiven: G = 5 kgstroke: 80 mmwanted: stroking-timeresult: 0.4 sec.
Valve:nominal size 6
NB: excluding switching- and valve times
Weightstubular pillars solid pillars
centre sliding total sliding totalstroke block unit weight unit weight40 mm 1.0 kg 0.8 kg 1.8 kg 1.1 kg 2.1 kg80 mm 1.2 kg 1.0 kg 2.2 kg 1.4 kg 2.6 kg
stro
king
-tim
e t
[sec
]
stro
ke[m
m]
load carried G [kg]
Mtilt = √ (G · g · x)2 + (G · g · y)2 [Nm]
xy
x
y
x
y
x
y
x
y
E
D
C
B
AOrdering informationType 52. 25.Size 2.Stroke lengths: 40, 80 mmExecution: Tubular pillars 100.
Solid pillar 210.
Bracket with clamp retention dia. M12 06dia. M18 07
Ordering example 52. 25. 2. 0080. 100. 06
We reserve the right to make technical modifications 29
Translation-Kurzhubhydraulisch 52.25.2.Short Stroke Translation Modules
Technical Description
size 2 stroke lengths: 40, 80actuation hydraulicoperating pressure 100 bar (standard)effective piston force 685 N at 100 bar
cylinder single-acting, in each directionrepetition accuracy +/– 0.1 mm – against dead stop
tubular pillars (standard) order codesolid pillars (on request) order codetubular pillars and pistons hard-chromedsolid pillars hardened and groundslidinge bearings, 4 off maintenance-freeend flanges, base plate, centre block: aluminiumpiston rods and pillars protected by wipersterminal stopping against adjustable dead stopmounting attitude anydamping adjustablestroke reduczion at either end – by up to 15 mm
without loss of damping functionfixing threads M5�10 deep, hardened steel insertsspeed adjustment externalterminal positions monitoring by proximity switches, inductiveperformance data based on operating pressure of 100 bar;minimum operating pressure 60 bar – performance data on application
5·70
77·5
·1°
Dimensions
12
28
4,5
1010
L1
15L
2
915
17
(48)
8
ø10
17
68 69
40,5
1015
15
1511
3863
L 3
24
L1 and L2 see under ”stroke lenghts”
L3 = 23 mm with prox. switch M12�1= 31 mm with prox. switch M18�1
damping adjustment on both sides
15 mm stroke adjustment
15 mm stroke adjustment
hydraulic connections 1/8 BSP
for additionalholes � 5 mm x 5 mm deep
M�10 deep (4x)
prox. switchbracket: optionally for M12 or M18
mounting surfacest
roke
100201
Available upon:request additional hole pattern, max. M5
100 5 15 20 250
0,5 10050
0 21
ba
P T
BA
5·70
78·0
°
We reserve the right to make technical modifications30
52.25.3. Short Stroke Translation Modules
Load Capacities
carried load G max. = 25 kgtilting moment Mtilt perm = 62 Nm
G = Weight [kg]
g = 9.81 m/sec2
G · g [N]
x, y = distances to C. G. [m]
Stroke Length versus Volumetric Ingestioningested volume
stroke L1 L2 stroke (litres/stroke)50 mm 225 mm 86 mm 0.009
100 mm 310 mm 121 mm 0.018
calculate intermediate stroke lengths with formulae:up to 50 mm stroke � L1 = 2� stroke + 125 mm
L2 = stroke + 36 mmstroke 50 mm + over � L1 = 2� stroke + 110 mm
L2 = stroke + 21 mmminimum stroke 50 mm; on request: maximum stroke 250 mmpiston dia.: 15 mm, piston area: 1.76 cm2
Actuation Diagramm
Time Diagram (stroking-time recommendations)
Examplegiven: G = 12.5 kgstroke: 50 mmwanted: stroking-timeresult: 0.35 sec.
Valve:nominal size 6
NB: excluding switching- and valve times
Weightstubular pillars solid pillars
centre sliding total sliding totalstroke block unit weight unit weight50 mm 2.5 kg 2.6 kg 5.1 kg 3.7 kg 6.2 kg
100 mm 3.1 kg 3.4 kg 6.5 kg 4.9 kg 8.0 kg
stro
king
-tim
e t
[sec
]
stro
ke[m
m]
load carried G [kg]
Mtilt = √ (G · g · x)2 + (G · g · y)2 [Nm]
xy
x
y
x
y
x
y
x
y
E
D
C
B
AOrdering informationType 52. 25.Size 3.Stroke lengths: 50, 100 mmExecution: Tubular pillars 100.
Solid pillar 210.
Bracket with clamp retention dia. M12 06dia. M18 07
Ordering example 52. 25. 3. 0100. 100. 06
We reserve the right to make technical modifications
Translation-Kurzhubhydraulisch 52.25.3.
Technical Description
size 3 stroke lengths: 50, 100actuation hydraulicoperating pressure 100 bar (standard)effective piston force 1560 N at 100 bar
cylinder single-acting, in each directionrepetition accuracy +/– 0.1 mm – against dead stop
tubular pillars (standard) order codesolid pillars (on request) order codetubular pillars and pistons hard-chromedsolid pillars hardened and groundslidinge bearings, 4 off maintenance-freeend flanges, base plate, centre block: aluminiumpiston rods and pillars protected by wipersterminal stopping against adjustable dead stopmounting attitude anydamping adjustablestroke reduczion at either end – by up to 21 mm
without loss of damping functionfixing threads M8�8 deep, hardened steel insertsspeed adjustment externalterminal positions monitoring by proximity switches, inductiveperformance data based on operating pressure of 100 bar;minimum operating pressure 60 bar – performance data on application
5·70
79·0
°
Dimensions
34,549
,5
92
41
L1
2012
L2
12
12,5
20
10
1030
30
(85)
ø15
25L 3 20
969356
,522
15
70110
22 L1 and L2 see under ”stroke lenghts”
L3 = 22 mm with prox. switch M12�1= 29 mm with prox. switch M18�1
damping adjustment on both sides
21 mm stroke adjustment
21 mm stroke adjustment
hydraulic connections 1/4 BSP
for additionalholes � 8 mm x 8 mm deep
4�M8,8 deep
stro
ke
prox. switchbracket: optionally for M12 or M18
mounting surface
100201
Available upon:request additional hole pattern, max. M6or Km 6
31
Short Stroke Translation Modules
0 21
ba
P T
BA
5·70
80·0
°
We reserve the right to make technical modifications32
52.25.4. Short Stroke Translation Modules
Load Capacities
carried load G max. = 50 kgtilting moment Mtilt perm = 150 Nm
G = Weight [kg]
g = 9.81 m/sec2
G · g [N]
x, y = distances to C. G. [m]
Stroke Length versus Volumetric Ingestioningested volume
stroke L1 L2 stroke (litres/stroke)75 mm 320 mm 130 mm 0.0024
100 mm 435 mm 170 mm 0.0048
calculate intermediate stroke lengths with formulae:up to 100 mm stroke � L1 = 2� stroke + 170 mm
L2 = stroke + 55 mmstroke 100 mm + over � L1 = 2� stroke + 135 mm
L2 = stroke + 20 mmminimum stroke 75 mm; on request: maximum stroke 275 mmpiston dia.: 20 mm, piston area: 3.14 cm2
Actuation Diagramm
Time Diagram (stroking-time recommendations)
Examplegiven: G = 30 kgstroke: 75 mmwanted: stroking-timeresult: 0.5 sec.
Valve:nominal size 6
NB: excluding switching- and valve times
Weightstubular pillars solid pillars
centre sliding total sliding totalstroke block unit weight unit weight75 mm 6.7 kg 7.3 kg 14.0 kg 11.8 kg 18.5 kg
150 mm 7.7 kg 9.3 kg 17.0 kg 15.5 kg 23.2 kg
100 20 30 40 500
0,5
150
75Mtilt = √ (G · g · x)2 + (G · g · y)2 [Nm]
xy
x
y
x
y
x
y
x
y
stro
king
-tim
e t
[sec
]
stro
ke [
mm
]
load carried G [kg]
E
D
C
B
AOrdering informationType 52. 25.Size 4.Stroke lengths: 75, 150 mmExecution: Tubular pillars 100.
Solid pillar 210.
Bracket with clamp retention dia. M12 06dia. M18 07
Ordering example 52. 25. 4. 0150. 100. 06
We reserve the right to make technical modifications 33
Translation-Kurzhubhydraulisch 52.25.4.
Technical Description
size 4 stroke lengths: 75, 150actuation hydraulicoperating pressure 100 bar (standard)effective piston force 2775 N at 100 bar
cylinder single-acting, in each directionrepetition accuracy +/– 0.1 mm – against dead stop
tubular pillars (standard) order codesolid pillars (on request) order codetubular pillars and pistons hard-chromedsolid pillars hardened and groundslidinge bearings, 4 off maintenance-freeend flanges, base plate, centre block: aluminiumpiston rods and pillars protected by wipersterminal stopping against adjustable dead stopmounting attitude anydamping adjustablestroke reduczion at either end – by up to 31 mm
without loss of damping functionfixing threads M10�10 deep, hardened steel insertsspeed adjustment externalterminal positions monitoring by proximity switches, inductiveperformance data based on operating pressure of 100 bar;minimum operating pressure 60 bar – performance data on application
5·70
81·0
°
Dimensions
6341
136
56
L1
1515
12,5
3030
42,5
18
42,5
(120
)
ø20
40L 3 34
122
119
73
2028
28
100160
18
L2
L1 and L2 see under ”stroke lenghts”
L3 = 22 mm with prox. switch M12�1= 29 mm with prox. switch M18�1
damping adjustment on both sides
31 mm stroke adjustment
31 mm strokeadjustment
hydraulic connections 3/8 BSP
for additionalholes � 10 mm x 10 mm deep
4�M10, 10 deep
prox. switchbracket: optionally for M12 or M18
mounting surface
100201
stro
keAvailable upon:request additional hole pattern, max. M8or Km 8
Short Stroke Translation Modules
200 40 60 80 100 1200
0,5
1,0320
200
100
0 21
ba
P T
BA
5·70
82·0
°
We reserve the right to make technical modifications34
52.25.5. Short Stroke Translation Modules
Load Capacities
carried load G max. = 125 kgtilting moment Mtilt perm = 500 Nm
G = Weight [kg]
g = 9.81 m/sec2
G · g [N]
x, y = distances to C. G. [m]
Stroke Length versus Volumetric Ingestioningested volume
stroke L1 L2 stroke (litres/stroke)100 mm 375 mm 150 mm 0.05200 mm 545 mm 220 mm 0.10320 mm 785 mm 340 mm 0.16calculate intermediate stroke lengths with formulae:
up to 120 mm stroke � L1 = 2� stroke +175 mmL2 = stroke + 50 mm
stroke 120 mm + over � L1 = 2� stroke +145 mmL2 = stroke + 20 mm
minimum stroke 100 mm; on request: maximum stroke 420 mmpiston dia.: 25 mm, piston area: 4.9 cm2
Actuation Diagramm
Time Diagram (stroking-time recommendations)
Examplegiven: G = 100 kgstroke: 200 mmwanted: stroking-timeresult: 0.7 sec.
Valve:nominal size 6
NB: excluding switching- and valve times
Weightstubular pillars
centre sliding totalstroke block unit weight100 mm 14.1 kg 22.9 kg 37 kg200 mm 17.3 kg 31.7 kg 49 kg320 mm 26.2 kg 43.8 kg 70 kg
Mtilt = √ (G · g · x)2 + (G · g · y)2 [Nm]
xy
x
y
x
y
x
y
x
y
stro
king
-tim
e t
[sec
]
stro
ke [m
m]
load carried G [kg]
E
D
C
B
AOrdering informationType 52. 25.Size 5.Stroke lengths: 100, 200, 320 mmExecution: Tubular pillars 100.
Solid pillar 210.
Bracket with clamp retention dia. M12 06dia. M18 07
Ordering example 52. 25. 5. 0100. 100. 06
We reserve the right to make technical modifications 35
Translation-Kurzhubhydraulisch 52.25.5.
Technical Description
size 5 stroke lengths: 100, 200, 320actuation hydraulicoperating pressure 100 bar (standard)effective piston force 4330 N at 100 bar
cylinder single-acting, in each directionrepetition accuracy +/– 0.1 mm – against dead stop
tubular pillars (standard) order codesolid pillars (on request) order codetubular pillars and pistons hard-chromedsolid pillars hardened and groundslidinge bearings, 4 off maintenance-freeend flanges, base plate, centre block: aluminiumpiston rods and pillars protected by wipersterminal stopping against adjustable dead stopmounting attitude anydamping adjustablestroke reduczion at either end – by up to 37,5 mm
without loss of damping functionfixing threads M12�20 deep, hardened steel insertsspeed adjustment externalterminal positions monitoring by proximity switches, inductiveperformance data based on operating pressure of 100 bar;minimum operating pressure 60 bar – performance data on application
5·70
83·0
·1°
Dimensions
2856
120
15
12,5
1535
2056
,530
56,5
(160
)
ø25
122
121
108
6725
36,560
280190
L 3
20
30
35
L1
L2
+1
L1 and L2 see under ”stroke lenghts”
L3 = 22 mm with prox. switch M12�1= 30 mm with prox. switch M18�1
damping adjustment on both sides
37.5 mm stroke adjustment
37.5 mm strokeadjustment
hydraulic connections 3/8 BSP
for additionalholes � 12 mm x 20 mm deep
4�M12, 22 deep
prox. switchbracket: optionally for M12 or M18
mounting surface
100
stro
ke
Available upon:request additional hole pattern, max. M12 or Km12
Short Stroke Translation Modules
5·18
413·
2003
·1°
We reserve the right to make technical modifications36
Short-Stroke UnitsDescent latches
Descent latch
*2
1 3P
Installation positionsFixed centre Fixed end flanges= movable end flange = movable centre part
Spring blade position:unlocked
Block diagram
Unlocked
* Throttle valve preventsvibration noise of springtonge
Descent latchWhen the pressure drops and during breaks from work, thedescent latch prevents the vertically-installed unit from droppingout of its top end position.
Descent latch with holderfor proximity switch �12 �18Short stroke unit Attachment Order No Order No52.25.2 on side 1.051.00124 1.051.0018352.25.3 on side 1.051.00125 1.051.0018452.25.4 on side 1.051.00126 1.051.0018552.25.5 on side 1.051.00127 1.051.00186
NEW
Short-Stroke UnitsDescent latches
We reserve the right to make technical modifications 37
(69)
(63)5250
40,528,5
141,
5
Descent latchfor translation short stroke unit 52.25.2.Type AS KHy 2
(96)
314
9
50
38585652 (110)
Descent latchfor translation short stroke unit 52.25.3.Type AS KHy 3
73 49(160)65
186,
5
65
Descent latchfor translation short stroke unit 52.25.4.Type AS KHy 4
2765
(280)
186
59,562,565
30
Descent latchfor translation short stroke unit 52.25.5.Type AS KHy 5
5·18
414·
2003
·1°
Hydraulic-connectionG 1/8
Hydraulic-connectionG 1/4
Hydraulic-connectionG 1/4
Hydraulic-connectionG 1/8
NEW
5·70
84·0
°
We reserve the right to make technical modifications38
5·70
85·7
·1°
39
Automation+RoboticsROTARY MODULES
0,9 1,20,60,30,1
0,25
0,50
0,75
1,00
1,25
1,50
1,75
2,00
2
4
6
8
10
12
90°
180°
135°
45°2
1
1 2
0 21
ab
P T
BA
5·70
86·0
°
We reserve the right to make technical modifications40
52.55.2. Rotary Modules
Load Capacities
axial load Faxwhen rotation axis vertical:Fax max. 25 kg
load moment MLwhen rotation axis horizontal:ML max. 12 Nm
tilting moment KGwhen fixed againstbase plate:KG max. 16 Nm
tilting moment, KSsperpendicularto sidefixing faceKSs max. 16 Nm
tilting moment, KSpparallel withside fixing face:KSp max. 16 Nm
a = distance from base to C. G.b = distance from rotation axis to C. G.
maximum single static moment:calculation of mass moment of inertia – see page: 40
Actuation Diagramm
Time Diagram (stroking-time recommendations)
Example 1:given: J = 0.45 kgm2; ML = 0 Nm� = 180º; wanted: rotation time t�
result: t� = 1.3 sec.
Example 2:given: J = 0.6 kgm2; ML = 4 Nm� = 90º; wanted: rotation time t�
result: t� = 0.95 sec.
Valve:nominal size 6
NB: excluding switching- and valve times
Technical Datanominal rotation angle 90° 180°rotation angle – adjustability 0° to 110° 105° to 185°operating pressure 100 bar 100 barpiston stroke 15.7 mm 31.4 mmvolumetric ingestion (litre per stroke) 0,.0032 0.0064weight 1.4 kg 1.4 kglenght L1 143 mm 143 mm
L2 90 mm 90 mmrotation time see diagram
rota
tion
time
t�[s
ec]
rota
tion
angl
e �
[deg
rees
]
load
mom
ent M
L [N
m]
mass moment ofinertia
J [kgm2]
Max. mass moment of intertia of load: 1.2 kgm2 max.
b
b
a
b
a
E
D
C
B
AOrdering informationType 52. 55.Size 2.Rotation angle: 90°, 180°Execution: Standard 100.
Bracket with clamp retention dia. M12 06dia. M18 07
Ordering example 52. 55. 2. 0180. 100. 06
We reserve the right to make technical modifications 41
Rotary Modules 52.55.2.Technical Description
size 2actuation hydraulic
operating pressure 100 bar (standard)rotaion drive: twin piston-rack/pinion drive,
backlash freecylinder single-acting, in each direction
bearings two large-diameter antifriction bearingshousing aluminiumterminal positions against adjust. dead stop,
secured with lock nutoperating attitude anydamping adjustablespeed adjustment externalterminal positions monitoring by inductive proximity switches,
held in brackets for eitherM12 or M18-switches
performance data based on operating pressure of 100 bar;minimum operating pressure 60 bar – performance data on application
5·70
87·0
·1°
Dimensions
16,9
7
16,97
48ø
38H
8
2
48
63
L1
L2
63 48ø
38H
8
3,5
32
ø24
ø11
746
3,5
7025
ø38H8
2,5
60
16,9
7
L1 = 143 mm with 90°-unit= 143 mm with 180°-unit
L2 = 90 mm with 90°-unit= 90 mm with 180°-unit
M5�10 deep (4x)
M5�10 deep (4x)
hydraulic connections 1/8 BSP
mounting face
M5�12 deep (4x)
adjustable terminaldamping, with lock nut
prox. switchbracket foroptionally M12 or M18
0 21
ab
P T
BA
5·70
88·5
·1°
We reserve the right to make technical modifications42
52.55.3. Rotary Modules
Load Capacities
axial load Faxwhen rotation axis vertical:Fax max. 75 kg
load moment MLwhen rotation axis horizontal:ML max. 70 Nm
tilting moment KGwhen fixed againstbase plate:KG max. 340 Nm
tilting moment, KSsperpendicularto sidefixing faceKSs max. 125 Nm
tilting moment, KSpparallel withside fixing face:KSp max. 200 Nm
a = distance from base to C. G.b = distance from rotation axis to C. G.
maximum single static moment:calculation of mass moment of inertia – see page: 40
Actuation Diagramm
Time Diagram (stroking-time recommendations)
Example 1:given: J = 5 kgm2; ML = 0 Nm� = 180º; wanted: rotation time t�
result: t� = 1.9 sec.
Valve:nominal size 6
NB: excluding switching- and valve times
Technical Datanominal rotation angle 90° 180°rotation angle – adjustability 0° to 100° 160° to 185°operating pressure 100 bar 100 barpiston stroke 33 mm 66 mmvolumetric ingestion (litre per stroke) 0.0162 0,.0324weight 5.1 kg 5.6 kglenght L1 194 mm 238 mm
L2 116 mm 151 mmrotation time see diagram
0,25
0,50
0,75
1,00
1,25
1,50
1,75
2,00
2,25
2,50
2,75
1 103 4 5 6 7 8 92
1 2
1
2
10
20
30
40
50
60
70
90°
180°
135°
45°
Max. mass moment of intertia of load: 10 kgm2 max.
b
b
a
b
a
rota
tion
time
t�[s
ec]
rota
tion
angl
e �
[deg
rees
]
load
mom
ent M
L [N
m]
mass moment ofinertia
J [kgm2]
Example 2:given: J = 4 kgm2; ML = 40 Nm� = 90º; wanted: rotation time t�
result: t� = 1.3 sec.
E
D
C
B
AOrdering informationType 52. 55.Size 3.Rotation angle: 90°, 180°Execution: Standard 100.
Bracket with clamp retention dia. M12 06dia. M18 07
Ordering example 52. 55. 3. 0180. 100. 06
21,2
130
,05
30,0
530
,05
21,2130,05
H8
ø6560ø42
55,5
25
8540
,440
,4
110
110
61
L1
L2
85
3,5
H8
ø38
1170
6
ø47
ø16
100
36
H8ø65
25
ø10
0
We reserve the right to make technical modifications 43
Rotary Modules 52.55.3.Technical Description
size 3actuation hydraulic
operating pressure 100 bar (standard)rotaion drive: twin piston-rack/pinion drive,
backlash freecylinder single-acting, in each direction
bearings two large-diameter antifriction bearingshousing aluminiumterminal positions against adjust. dead stop,
secured with lock nutoperating attitude anydamping adjustablespeed adjustment externalterminal positions monitoring by inductive proximity switches,
held in brackets for eitherM12 or M18-switches
performance data based on operating pressure of 100 bar;minimum operating pressure 60 bar – performance data on application
5·70
89·5
·1°
Dimensions Rotary units with central hydraulic supply via duplex or quadruduplexrotating connector.
M6, 12 deep
M8, 14 deep
hydraulic connections 1/4 BSP
mounting face
M8, 11 deep
M8, 14 deep
adjustable terminaldamping, with lock nut
prox. switchbracket foroptionally M12 or M18
L1 = 194 mm with 90°-unit= 238 mm with 180°-unit
L2 = 116 mm with 90°-unit= 151 mm with 180°-unit
5·18
399·
2003
·1°
We reserve the right to make technical modifications44
52.55.3. .130
a b
BA
1 0 2
P T
0° 180°
90°
a b
BA
1 0 2
P T
B
C
C*
A
D
T
M
90° 0° 180° 0°/90°
D
A B C C*110ø100
l 2
l 1
100
61
5636
ø58
0° 180°
90°
D
0° 180°
90°
0° 180°
90°
0° 180°
90°
0° 180°
90°
0° 180°
90°
A B C
D
D
D
D
D
A B C
A B C
AB C
AB C
AB C
90°
45°
3
2
1
180°
90°
3
2
1
Rotation52.55.3. Rotation with 3rd setting
For rotation angles between 0°-90° l1=384, l2=306
Rotation with 3rd setting
For rotation angles between 0°-180° l1= 430, l2= 341
Switching planRotationAdditional cylinder for 3 settings
Function principle Function principle for rotation unit with 3rd settingRotation angle 0°-90°-180°, View onto rotation table
MovementView ontorotation table
MovementView ontorotation table
Weight: 3,8 kg
stroke
Advance return
From 0° to 90°Apply to C and D A and B free
From 90° to 180°Apply to A and C B and D free
From 180° to 90°Apply to C and D A and B free
From 90° to 0°Apply to B and D A and C free
From 0° to 180°Apply to A and B C and D free
From 180° to 0°Apply to B and D A and C free
Home position = 0°
NEW
Proximity switchbraket for M12
238151
61110
ø44
ø100
30,0
5
30,0585
128
6464
5
5,5
110
ø65 H8
ø16
5·18
400·
2003
·1°
We reserve the right to make technical modifications 45
Rotation with 2 rotary tables52.55.3. .200
°
Rotation angle setting (with screw cap removed)
Through hole
M8�11 deep (8x)Adjustable cams
Proximity switch braket (for M12 or M18) use on the opposite table possible
E
D
C
B
AOrdering informationType 52. 55.Size 3.Rotation angle: 90°, 180°Ausführung: 2 rotary tables 200.
Bracket with clamp retention dia. M12 06dia. M18 07
Ordering example 52. 55. 3. 0180. 200. 06
Rotation 52.55.3.
Weight: 6,7 kg
NEW
We reserve the right to make technical modifications46
30,05
30,0
5
28,51616
47
6
20 1125
48
ø70
ø8,6
102
80110
ø65 h8
L 1
L 2 L 3
167
120
100
8570
36
12 2
42,5 42,5
42,5
42,5
M8 (4x)
21
52.55.3. .102
5·18
401·
2003
·1°
Rotation with 2-fold rotary leadthrough
Connections of rotary leadthrough in rotarytable G1/8
Rotation preventerThe position of the connections in theconnection block can be changed byadjustment of the rotation preventer in the hole circle
Rotation angle setting (with screw cap removed)
Borable up to M12
Connection blockRotary leadthrough 2-foldConnecting thread G1/8
Drawn rotated by 90°
Through hole
Adjustable cams
Proximity switch braket for M12 or M18 optional use on theopposite side
Direction of rotation
E
D
C
B
AOrdering informationType 52. 55.Size 3.Rotation angle: 90°, 180°Execution: Without rotary leadthrough, Standard 100.
with 2-fold rotary leadthrough 2.with 4-fold rotary leadthrough 4.
Bracket with clamp retention dia. M12 06dia. M18 07
Ordering example 52. 55. 3. 0180. 102. 06
52.55.3. Rotation NEW
Weight:
52.55.3.0090.102 8,5 kg52.55.3.0180.102 9,0 kg
We reserve the right to make technical modifications 47
192
7241
53,528
,51616
ø70
1
32
4
42,5 42,5
42,5
42,5
21
52.55.3. .104
34
5·18
402·
2003
·1°
Rotation 52.55.3.Rotation with 4-fold rotary leadthrough
Connection blockRotary leadthrough 4-foldConnecting thread G1/8
Design combination
● Combination possible
Drawn rotated by 90°
Standard rotation angle90°, 180°Other rotation angles possibl
unit with two intermediate positiones
2 rotary tables
Rotary leadthrough 2-fold4-fold
unit with one intermediate positiones
M8 (4x)Borable up to M12
Direction of rotation
NEW
Weight:
52.55.3.0090.104 9,3 kg52.55.3.0180.104 9,8 kg
90
10 20 30 40 50 60
1
2
1 20,5
1,0
1,5
2,0
2,5
3,0
3,5
4,0
180
150
120
60
30
90°
180°
135°
45°
0 21
ab
P T
BA
5·70
90·5
·1°
We reserve the right to make technical modifications48
52.55.4. Rotary Modules
Load Capacities
axial load Faxwhen rotation axis vertical:Fax max. 200 kg
load moment MLwhen rotation axis horizontal:ML max. 180 Nm
tilting moment KGwhen fixed againstbase plate:KG max. 750 Nm
tilting moment, KSsperpendicularto sidefixing faceKSs max. 280 Nm
tilting moment, KSpparallel withside fixing face:KSp max. 480 Nm
a = distance from base to C. G.b = distance from rotation axis to C. G.
maximum single static moment:calculation of mass moment of inertia – see page: 40
Actuation Diagramm
Time Diagram (stroking-time recommendations)
Example 1:given: J = 20 kgm2; ML = 0 Nm� = 180º; wanted: rotation time t�
result: t� = 2.4 sec.
Example 2:given: J = 30 kgm2; ML = 90 Nm� = 90º; wanted: rotation time t�
result: t� = 2.05 sec.
Valve:nominal size 6
NB: excluding switching- and valve times
Technical Datanominal rotation angle 90° 180°rotation angle – adjustability 0° to 100° 160° to 185°operating pressure 100 bar 100 barpiston stroke 49.5 mm 99 mmvolumetric ingestion (litre per stroke) 0.0476 0.0952weight 16.3 kg 17.5 kglenght L1 319 mm 386 mm
L2 196 mm 251 mmrotation time see diagram
Max. mass moment of intertia of load: 60 kgm2 max.
b
b
a
b
a
rota
tion
time
t�[s
ec]
rota
tion
angl
e �
[deg
rees
]
load
mom
ent M
L [N
m]
mass moment ofinertia
J [kgm2]
E
D
C
B
AOrdering informationType 52. 55.Size 4.Rotation angle: 90°, 180°Execution: Standard 100.
Bracket with clamp retention ∅ M12 06∅ M18 07
Ordering example 52. 55. 4. 0180. 100. 06
We reserve the right to make technical modifications 49
Rotary Modules 52.55.4.Technical Description
size 4actuation hydraulic
operating pressure 100 bar (standard)rotaion drive: twin piston-rack/pinion drive,
backlash freecylinder single-acting, in each direction
bearings two large-diameter antifriction bearingshousing aluminiumterminal positions against adjust. dead stop,
secured with lock nutoperating attitude anydamping adjustablespeed adjustment externalterminal positions monitoring by inductive proximity switches,
held in brackets for eitherM12 or M18-switches
performance data based on operating pressure of 100 bar;minimum operating pressure 60 bar – performance data on application
5·70
91·5
·1°
Dimensions
30,0
5
42,43 30,05
107
ø10
0H8
85ø57
60,6
60,6
120
3535160
L1
L2
160
120
ø40
H8
93,5
ø56
ø20
2010
2
144
56
6
ø100H7
5
ø15
0
42,4
3
L1 = 319 mm with 90°-unit= 386 mm with 180°-unit
L2 = 196 mm with 90°-unit= 251 mm with 180°-unit
M8, 16 deep
55 mm A/F
M10, 20 deep
hydraulic connections 1/4 BSP
mounting face
M10, 14 deep M10, 20 deep
adjustable terminaldamping, with lock nut
prox. switchbracket foroptionally M12 or M18
5·18
403·
2003
·1°
We reserve the right to make technical modifications50
Rotation52.55.4. with 3rd setting
0° 180°
90°
0° 180°
90°
0° 180°
0° 180°
90°
0° 180°
90°
0° 180°
90°
ø80
52.55.4. .130
a b
BA
1 0 2
P T a b
BA
1 0 2
P T
B
C
C*
A
D
T
M
90° 0° 180° 0°/90°
D
A B C
D
D
D
D
D
A B C
A B C
AB C
AB C
AB C
A B C C*160ø150
93,5
7056
144 l 2
l 1
D
90°
45°
3
2
1
180°
90°
3
2
1
0° 180°
90°
90°
For rotation angles between 0°-90° l1=549, l2=426
Rotation with 3rd setting
For rotation angles between 0°-180° l1= 616, l2= 481
Switching planAdditional cylinder for 3rd setting
Function principle Function principle for rotation unit with 3rd settingRotation angle 0°-90°-180°, View onto rotation table
MovementView ontorotation table
MovementView ontorotation table
stroke
Advance return
From 0° to 90°Apply to C and DA and B free
From 90° to 180°Apply to A and CB and D free
From 180° to 90°Apply to C and DA and B free
From 90° to 0°Apply to B and DA and C free
From 0° to 180°Apply to A and BC and D free
From 180° to 0°Apply to B and DA and C free
Home position = 0°
NEW
Weight: 8,5 kg
Proximity switchbraket for M12
5·18
404·
2003
·1°
We reserve the right to make technical modifications 51
251386
42,43
5
8888
176
160
93,5
ø25
ø100ø65
ø150
160120
H8
7
42,4
3
Rotation with 2 rotary tables52.55.4. .200 Rotation angle setting
(with screw cap removed)
Through hole
M10�16 deep (8x)Switching cams adjustable
Proximity switch braket (for M12 or M18) use on the opposite table possible
E
D
C
B
AOrdering informationType 52. 55.Size 4.Rotation angle: 90°, 180°Execution: 2 rotary tables 200.
Bracket with clamp retention ∅ M12 06∅ M18 07
Ordering example 52. 55. 4. 0180. 200. 06
Rotation 52.55.4.NEW
Weight: 21 kg
We reserve the right to make technical modifications52
6666
22,1 22,1
25
38,521 16
55,5
102
174
30
229,
5
1911
8
ø90
ø168
106160
L 2
L 1
L 3
ø13ø65 h8
55
5
1
2 2
1
2
42,4
3
42,43
6666
22,1
22,1
52.55.4. .102
5·18
405·
2003
·1°
Rotation with 2-fold rotary leadthrough
Connections
of rotary leadthrough in rotary table G1/4
Rotation preventerThe position of the connections in theconnection block can be changed byadjustment of the rotation preventer inthe hole circle
Rotation angle setting (with screw cap removed)
M10x30 deep (8x)Borable up to M16
Connection blockRotary leadthrough 2-foldConnecting thread G1/4
Drawn rotated by 90°
Through hole
Switching cams adjustable
Proximity switch braket (for M12 or M18) use on the opposite table possible
Direction of rotation
E
D
C
B
AOrdering informationType 52. 55.Size 4.Rotation angle: 90°, 180°Execution: without rotary leadthrough, Standard 100.
with 2-fold rotary leadthrough 2.with 4-fold rotary leadthrough 4.with 6-fold rotary leadthrough 6.
Bracket with clamp retention ∅ M12 06∅ M18 07
Ordering example 52. 55. 4. 0180. 104. 06
52.55.4. Rotation
Weight:
52.55.4.0090.102 24 kg52.55.4.0180.102 25,2 kg
NEW
We reserve the right to make technical modifications 53
5·18
406·
2003
·1°
Rotation 52.55.4.
6666
22,1 22,1
90,5
1299,
5
38,5
73,5
108,
5
2156
9112
5,5
ø90
3
5
2
4
6
1264,
5
38,5
73,5
2156
ø90
3
2
4
6666
22,1
22,1
52.55.4. .104
14
23
6666
22,1 22,14
6666
22,1
22,126
35
152.55.4. .106
Rotation with 4-fold rotary leadthrough
Rotation with 6-fold rotary leadthrough
Connection blockRotary leadthrough 4-foldConnecting thread G1/4
Design combination
● Combination possible
Drawn rotated by 90°
Connection blockRotary leadthrough 6-foldConnecting thread G1/4
Drawn rotated by 90°
Standard rotation angle90°, 180°Other rotation angles possibl
unit with two intermediate positiones
2 rotary tables
Rotary leadthrough 2-fold4-fold6-fold
unit with one intermediate positiones
M10x30 deep (8x)Borable up to M16
M10x30 deep (8x)Borable up to M16
Direction of rotation
Direction of rotation
NEW
Weight:4-fold rotary leadthrough:
52.55.4.0090.104 25,7 kg52.55.4.0180.104 26,9 kg
Weight:6-fold rotary leadthrough:
52.55.4.0090.106 27,4 kg52.55.4.0180.106 28,6 kg
20010050
0,5
1,0
1,5
2,0
2,5
3,0
3,5
4,0
4,5
100
200
300
400
500
600
700
800
135°
45°
90°
180°
150 250 300
1
2
1
2
0 21
ab
P T
BA
5·70
92·5
·1°
We reserve the right to make technical modifications54
52.55.5. Rotary Modules
Load Capacities
axial load Faxwhen rotation axis vertical:Fax max. 450 kg
load moment MLwhen rotation axis horizontal:ML max. 800 Nm
tilting moment KGwhen fixed againstbase plate:KG max. 1400 Nm
tilting moment, KSsperpendicularto sidefixing faceKSs max. 580 Nm
tilting moment, KSpparallel withside fixing face:KSp max. 1000 Nm
a = distance from base to C. G.b = distance from rotation axis to C. G.
maximum single static moment:calculation of mass moment of inertia – see page: 40
Actuation Diagramm
Time Diagram (stroking-time recommendations)
Example 1:given: J = 100 kgm2; ML = 0 Nm� = 180º; wanted: rotation time t�
result: t� = 2.5 sec.
Example 2:given: J = 150 kgm2; ML = 200 Nm� = 90º; wanted: rotation time t�
result: t� = 1.95 sec.
Valve:nominal size 6
NB: excluding switching- and valve times
Technical Datanominal rotation angle 90° 180°rotation angle – adjustability 0° to 100° 160° to 185°operating pressure 100 bar 100 barpiston stroke 66.8 mm 133.6 mmvolumetric ingestion (litre per stroke) 0.19 0.38weight 48 kg 52 kglenght L1 418 mm 522 mm
L2 261 mm 335 mmrotation time see diagram
Max. mass moment of intertia of load: 300 kgm2 max.
b
b
a
b
a
rota
tion
time
t�[s
ec]
rota
tion
angl
e �
[deg
rees
]
load
mom
ent M
L [N
m] mass moment of
inertiaJ [kgm2]
E
D
C
B
AOrdering informationType 52. 55.Size 5.Rotation angle: 90°, 180°Execution: Standard 100.
Bracket with clamp retention ∅ M12 06∅ M18 07
Ordering example 52. 55. 5. 0180. 100. 06
We reserve the right to make technical modifications 55
Rotary Modules 52.55.5.Technical Description
size 5actuation hydraulic
operating pressure 100 bar (standard)rotaion drive: twin piston-rack/pinion drive,
backlash freecylinder single-acting, in each direction
bearings two large-diameter antifriction bearingshousing aluminiumterminal positions against adjust. dead stop,
secured with lock nutoperating attitude anydamping adjustablespeed adjustment externalterminal positions monitoring by inductive proximity switches,
held in brackets for eitherM12 or M18-switches
performance data based on operating pressure of 100 bar;minimum operating pressure 60 bar – performance data on application
5·70
93·5
·1°
Dimensions 42
,43 ø20
0ø
140H
8
120
ø79
1310
5050
86,6
86,6
160
240
6
L1
L2
240
160
ø65
H8
2014
6
12
136ø140H8
ø86ø26
8220
0
56,57
56,5
7
42,43
L1 = 418 mm with 90°-unit= 522 mm with 180°-unit
L2 = 261 mm with 90°-unit= 335 mm with 180°-unit
Rotary units with central hydraulic supply via duplex or quadruduplexrotating connector.
80 mm A/F
M10, 18 deep
M12, 22 deep
hydraulic connections 3/8 BSP
hydraulic connections 3/8 BSP
mounting face
M12, 24 deep M12, 22 deep
adjustable terminaldamping, with lock nut
prox. switchbracket foroptionally M12 or M18
5·18
407·
2003
·1°
We reserve the right to make technical modifications56
Rotation52.55.5. with 3rd setting
ø12
0
52.55.5. .130
a b
BA
1 0 2
P T a b
BA
1 0 2
P T
B
C
C*
A
D
T
M
90° 0° 180° 0°/90°
D
A B C
D
D
D
D
D
A B C
A B C
AB C
AB C
AB C
A B C C*240ø200
l 2
l 1
D
86
82
136
200
90°
45°
3
2
1
180°
90°
3
2
1
0° 180°
90°
0° 180°
90°
0° 180°
90°
0° 180°
0° 180°
90°
0° 180°
90°
0° 180°
90°
90°
For rotation angles between 0°-90° l1=717, l2=540
Rotation with 3rd setting
For rotation angles between 0°-180° l1= 801, l2= 614
Switching planAdditional cylinder for 3rd setting
Function principle Function principle for rotation unit with 3rd settingRotation angle 0°-90°-180°, View onto rotation table
MovementView ontorotation table
MovementView ontorotation table
Weight: 22,6 kg
stroke
Advance return
From 0° to 90°Apply to C and DA and B free
From 90° to 180°Apply to A and CB and D free
From 180° to 90°Apply to C and DA and B free
From 90° to 0°Apply to B and DA and C free
From 0° to 180°Apply to A and BC and D free
From 180° to 0°Apply to B and DA and C free
Home position = 0°
NEW
Proximity switchbraket for M12
5·18
408·
2003
·1°
We reserve the right to make technical modifications 57
335522
56,57
56,5
7
Max
. 13
10
240
136
ø80
ø200
240160
ø140 H8
ø30
118
118
236
Rotation with 2 rotary tables52.55.5. .200
Rotation angle setting (with screw cap removed)
Through hole
M12�24 deep (8x)Switching cams adjustable
Proximity switch braket (for M12 or M18) use on the opposite table possible
E
D
C
B
AOrdering informationType 52. 55.Size 5.Rotation angle: 90°, 180°Execution: 2 rotary tables 200.
Bracket with clamp retention ∅ M12 06∅ M18 07
Ordering example 52. 55. 5. 0180. 200. 06
Rotation 52.55.5.NEW
Weight: 60 kg
56,57
56,5
7
252576 76
ø13
321
16
L 2
21
38,5
73,5
9123
030
146
7519
148
ø90
ø65 H8
ø200
136240
556
L 3
L 1
1
34
2 2
4
4
3
1
2
2525
7676
52.55.5. .104
Ordering informationType 52. 55.Size 5.Rotation angle: 90°, 180°Execution: without rotary leadthrough, Standard 100.
with 4-fold rotary leadthrough 4.with 6-fold rotary leadthrough 6.
Bracket with clamp retention ∅ M12 06∅ M18 07
Ordering example 52. 55. 5. 0180. 104. 06
We reserve the right to make technical modifications58
5·18
409·
2003
·1°
52.55.5. Rotation
Rotation with 4-fold rotary leadthrough
Connections
of rotary leadthrough in rotary table G1/4
Rotation preventerThe position of the connections in theconnection block can be changed byadjustment of the rotation preventer in the hole circle
Rotation angle setting (with screw cap removed)
M10x30 deep (8x)Borable up to M16
Connection blockRotary leadthrough 4-foldConnecting thread G1/4
Drawn rotated by 90°
Through hole
Switching cams adjustable
Proximity switch braket for M12 or M18 optional use on the opposite side
Direction of rotation
E
D
C
B
A
NEW
Weight:
52.55.5.0090.104 60,7 kg52.55.5.0180.104 64,7 kg
We reserve the right to make technical modifications 59
5·18
410·
2003
·1°
Rotation 52.55.5.
252576 76
356
108,
59112
6
21
38,5
73,5
ø90
56
1
3
56
4
2
6
5
2
3
2525
7676
52.55.5. .106
1
4
Rotation with 6-fold rotary leadthrough
Connection blockRotary leadthrough 6-foldConnecting thread G1/4
Design combination
● Combination possible
Drawn rotated by 90°
Standard rotation angle90°, 180°Other rotation angles possibl
unit with two intermediate positiones
2 rotary tables
Rotary leadthrough 4-fold6-fold
unit with one intermediate positiones
M10x30 deep (8x)Borable up to M16Direction of rotation
NEW
Weight:
52.55.5.0090.106 62,4 kg52.55.5.0180.106 66,4 kg
2·1
7XX
X·2
002·
1°
We reserve the right to make technical modifications60
AccessoriesRotation
We reserve the right to make technical modifications 61
ød h81
ød 2
h
Plugwashers
RemarksCAD: • On request, we will send you for your design work the CAD data
set for the rotation units on diskette, CD or by e-mail in DXF orIGES format
2·1
7XX
X·2
002·
1°
NEW
PlugwashersOrder No d1 d2 h
for Rotary unit Size 2 52.55.2... 0.181.00796 38 28 5for Rotary unit Size 3 52.55.3... 0.181.00796 38 28 5
0.181.00797 65 52 10for Rotary unit Size 4 52.55.4... 0.181.01024 40 30 8
0.181.00798 100 82 14for Rotary unit Size 5 52.55.5... 0.181.00797 65 52 10
0.181.00799 140 118 18
5·70
94·0
°
We reserve the right to make technical modifications62
Hydraulic ModulesAccessories
Spring Element The element serves as a connecting- andcompensation link between the gripper and the handling unit. Its spring takeupensures tight positioning of workpieces in the workholding fixture.
Descent Arresting Device In the case of a hydraulic power failure, the device prevents the accidentaldescending of a vertical module.
Code Numbers for Spare Parts Orders 1st row = order code 2nd row = first part
= manufacturers serial number 2nd row = second part
= group number
Supplementary Cylinder for intermediate Position
Rotary Distributor For the ducting of hydraulic lines throughthe central bore of Rotary Modules.Available with 2, 4, or 6 inlets and outlets in the turntable. A central hole accommo-dates electric cables. Obtainable for module sizes 3, 4 and 5.
Combination Examples
We reserve the right to make technical modifications 63
5·70
95·0
°
Twin Gripper System mounted to RotaryModule with supplementary cylinder for a third position; these units are carried by a Short Stroke Module with a DescentArresting Device.
Twin Gripper System carried by aTranslation Module; the grippers can beswivelled by a Rotary Module fitted withRotary Distributor.
Module combinations on a Gantry Carriage Unit.
Twin Gripper System.
5·70
96·0
�
Calculation of Mass Moment of Inertia
64
L
A
B
dD
L
D
L
d
D
D
D
1.1
1.2
1.3
1.4
1.5
1.6
D
2.3
L
L
L
A
D
D
d
D
D
r
r
r
r
r
r
D
B
d
2.1
2.2
2.4
2.5
2.6
We reserve the right to make technical modifications
° °
1. Bodies with central axis 2. Bodies with offset axis
Solid cylinder or flat discrotating about its own axis.
J= x mD2
8
Hollow cylinder or flat ringrotating about its own axis.
J= x mD2+d2
8
Rectangular plate of anythickness rotating about onecentral axis.
J= x mA2+B2
12
Long thin rod any cross-section rotating about onecentral axis.
J= x mL2
12
Solid cylinder rotating aboutan axis perpendicular to itscentral axis.
J= x mD2
16+L2
12� �
Hollow cylinder rotatingabout an axis perpendicularto its central axis.
J= x mD2+d2
16+L2
12� �
Solid cylinder or flat discrotating about an externalaxis.
J= x mr2+D2
8� �
J= x mr2+D2+d2
8� �
Rectangular plate of anythickness rotating about an external central axisparallel to the axis ofsymmetry.
J= x mr2+A2+B2
12� �
Long thin rod of cross-section rotating about anexternal axis perpendicu-lar to its own central axis.
J= x mr2+L2
12� �
Hollow cylinder or flat ringrotating about an externalaxis.
Hollow cylinder rotatingabout an external axisperpendicular to its owncentral axis.
J= x mr2+ +L2
12D2+d2
16� �
Solid cylinder rotatingabout an external axisperpendicular to its owncentral axis.
J= x mr2+ +L2
12D2
16� �
J=mass moment of inertia in kgm2
All dimensions in metres, masses in kgJ=mass moment of inertia in kgm2
All dimensions in metres, masses in kg
5·70
99·0
°
DE
123 Heinrich Siggel GmbHWaldstraße 1 · 14163 Berlin
14000 Tel. 030-802 90 13 · Fax 030-802 90 [email protected]
123 Walter Ruff GmbHPostfach 110266 · 28082 Bremen
28000 Heerenholz 9 · 28307 BremenTel. 0421-438 78-0 · Fax 0421-438 [email protected] · www.praeziruff.de
�23 Außendienst Karl-Heinz Keßler30000 Mehlstraße 8 · 33729 Bielefeld33000 Tel. 0521-764 43 · Fax 0521-770 75 58
Mobil-Tel. 0170-564 34 [email protected]
1�� Walter Ruff GmbH PräzisionswerkzeugeBerliner Straße 28 · 31174 Schellerten
31000 Tel. 05123-20 40 · Fax 05123-26 40
1�� Oltrogge & Co.Postfach 102093 · 33520 Bielefeld
33000 Finkenstraße 61 · 33609 BielefeldTel. 0521-32 08-0 · Fax 0521-32 [email protected] · www.oltrogge.de
1�� Schwab GmbHPostfach 1209 · 35323 Mücke
35000 Bergwiesenstraße 10 · 35325 MückeTel. 06400-80 11 · Fax 06400-80 12
�23 Ing. Büro für Automation Dirk Ahke VDIZum Wenzelnberg 2a · 40764 Langenfeld
40000 Tel. 02173-270 41-0 · Fax 02173-270 [email protected]
1�� Außendienst Lars JahnckeFlockertsberg 17 · 42653 Solingen
40000 Tel. 0212-254 34 62 · Fax 0212-254 33 9050000 Mobil-Te. 0170-763 71 25
1�� Außendienst Hartwig HennemannStaubenthaler Höhe 79
40000 42369 Wuppertal50000 Tel. + Fax 0202-759 55 80
Mobil-Tel. 0175-296 59 [email protected]
1�� Normalien-Zentrale-Siegerland Bernd KreitzbergPostfach 1132 · 57225 Wilnsdorf
57000 Rudersdorfer Straße 18 · 57234 WilnsdorfTel. 02739-25 44 · Fax 02739-41 16Mobil-Tel. 0170-274 27 95
1�� Stahlschmidt Industriebedarf und -vertretungenPostfach 65 · 58846 Herscheid
58000 Eichenweg 12 · 58849 HerscheidTel. 02357-30 99 · Fax 02357-22 55Mobil-Tel. 0171-642 57 97e.stahlschmidt@t-online.dewww.stahlschmidt-industrievertretung.de
1�� Außendienst Volker HottesErzberger Straße 1 · 64846 Groß-Zimmern
64000 Tel. 06071-416 10 · Fax 06071-416 10Mobil-Tel. 0171-957 79 [email protected]
�23 Außendienst Guido SteinbrückGartenfeldstraße 28 · 65396 Walluf
65000 Tel. 06123-70 46 90 · Fax 06123-70 46 91Mobil-Tel. 0171-229 45 [email protected]
�23 Außendienst Henning ReinerAm Eselsberg 53 · 89075 Ulm
71000 Tel. 0731-95 08 05 44 · Fax 0731-95 08 05 45Mobil-Tel. 0151-11 71 29 [email protected]
�23 Außendienst Peter FinkenbeinerGrüner Weg 2 · 72218 Wildberg
72000 Tel. 07054-83 07 · Fax 07054-92 89 59Mobil-Tel. 0170-564 31 [email protected]
1�� Außendienst Matthias EhrenfriedBreisgaustraße 9 · 74172 Neckarsulm
74000 Tel. 07132-98 94 82 · Fax 07132-98 94 82Mobil-Tel. 0171-864 95 [email protected]
1�� Außendienst Manfred WagnerBreslauer Straße 57 · 74372 Sersheim
74000 Tel. 07042-350 86 · Fax 07042-350 86Mobil-Tel. 0170-563 52 [email protected]
1�� Nestle & Koch · Stahllager GmbHMaximilianstraße 159 · 75172 Pforzheim
75000 Tel. 07231-457 67-0 · Fax 07231-457 67 [email protected]
1�� Außendienst Wilhelm VolkRintheimer Hauptstraße 135 · 76131 Karlsruhe
76000 Tel. 0721-61 20 95 · Fax 0721-61 20 95Mobil-Tel. 0170-850 56 86
1�� Hamacher GmbHPostfach 3308 · 78022 VS-Schwenningen
78000 Grabenäckerstraße 47 · 78054 VS-SchwenningenTel. 07720-349 69 · Fax 07720-341 [email protected]
123 Jugard & Künstner GmbHLandsberger Straße 289/l · 80687 München
80000 Tel. 089-546 15 60 · Fax 089-580 27 [email protected]
123 Jugard & Künstner GmbHPostfach 900152 · 90492 Nürnberg
90000 Thomas-Mann-Straße 63 · 90471 NürnbergTel. 0911-86 08 11 · Fax 0911-86 08 [email protected]
1�� HELD WerkzeugmaschinenPräzisionswerkzeuge GmbH
07500 Tivolistraße 1 · 07545 GeraTel. 0365-824 91-0 · Fax 0365-824 91 11e-mail: [email protected] · www.held-wzm.de
�23 Außendienst Stefan SchumannForstweg 44 · 07570 Weida
07500 Tel. 036603-408 02 · Fax 036603-602 37Mobil-Tel. 0170-564 51 [email protected]
AT
123 Rath & Co. Ges. m.b.H.Teiritzstrasse 3 · 2100 KorneuburgTel. +43 2262-608 · Fax +43 [email protected] · www.rath-co.at
AU
1�� Bruderer Presses Australia Pty. Ltd.92 Trafalgar Street · Annandale, NSW 2038Tel. +61-419-400-995 · Fax [email protected]
�23 Enmor Tool & Machine Co. Pty. Ltd.Unit 18 · 41 Walter StreetP.O. Box 39 · Belmont, NSW 2280Tel. +61-249-455-898 · Fax [email protected]
BA
123 Oro-Tech trgovina d.o.o.Ulica borcev 1/b · SI-2000 MariborTel. +386 2-426 08 43 · Fax +386 2-426 08 [email protected]
BE
�23 Doedijns Fluitronics NV/SAZoning d’Amay Allée II n° 4 · 4540 AmayTel. +32 8 551 9696 · Fax +32 8 551 9697
1�� Schiltz S.A.Chaussee de Gand 1034 · 1082 BruxellesTel. +32 2 464 4830 · Fax +32 2 464 [email protected]
BG
1�� Bavaria 2002 EOODPirotstr. 22 · 5100 Gorna OrjachovizaTel. +359 618 64158 · Fax +359 618 [email protected]
BR
�2� Coloman Industria e Comerciode Maquinas e Ferramentas Ltda.Rua A-N° 315 · Parque Industrial · Caixa Postal 49Franco da Rocha - SP · CEP - 07851-970Tel. +55-11-4449-4460 · Fax [email protected]
1�� LCPA Ltda.Rua Maria Maiolino de Souza, 40/Sala 04CEP 13.230-270 São Paulo, SPTel. +55-11-4038-4677 · Fax [email protected]
CH
�23 FIBRO GmbH ZweigniederlassungBuechstrasse 10 · 5027 HerznachTel. +41 62-878 18 80 · Fax +41 62-878 18 [email protected] · www.fibro.com
1�� Brütsch/Rüegger AGIn der Luberzen 1 · 8902 UrdorfTel. +41-1 736 63 63 · Fax +41-1 736 63 [email protected] · www.b-r.ch
CL
1�� Bermat S.A.Coyancura 2283, Of. 601 · Casilla 9781 · SantiagoTel. +56-2-231 88 77 · Fax +56-2-231 42 [email protected] · www.bermat.cl
CN
123 Forsteppe Precision Engineering Co. Ltd.199-3 LuXing Road · Liuzao TownNanhui County · 201322 ShanghaiTel. +86 21-68 16 01 69 · Fax +86 21-68 16 01 [email protected]
123 Forsteppe Trading (Guangzhou)Room E, 11/F. · East Tower Tianxing BuildingNo. 21, Zhongshan First Road · 510600 GuangzhouTel. +86 20-87 32 91 29 · Fax +86 20-87 32 82 [email protected]
CY
1�� Militos Trading Ltd.K. Erotokritou & A. Demetriou Ltd.P.O.B. 27297 · 1643 NicosiaTel. +357 2-75 12 56 · Fax +357 2-75 22 [email protected]
CZ
1�3 Gore s.r.o.Prístavní 6 · CZ-63500 Brno-BystrcTel. +420 5-41 59 25 18 · Fax +420 5-41 59 25 [email protected] · www.gore.cz
�2� SK Technik, spol. s r.o.Merhautova 20 · 61300 BrnoTel. +42 0 5-45 42 95 11 · Fax +42 0 5-45 21 12 [email protected] · www.sktechnik.cz
DK
1�� A/S Erling B. IbsenMetalbuen 28 · Postbox 79 · 2750 BallerupTel. +45 44-97 81 11 · Fax +45 44-68 06 [email protected] · www.ebi.dk
�2� BONDY A/SIndustriparken 16-18 · 2750 BallerupTel. +45 7015 1414 · Fax +45 4464 1416
��3 PMC Technology A/SKlausdalsbrovej 1 · 2860 SøborgTel. +45 7021 2121 · Fax +45 7021 [email protected] · www.pmctechnology.dk
DZ
1�� Pneumacoupe Blida Boufarik86 Bld. Menad Mohamed · Boufarik, 09400 BlidaTel. +213 3-47 56 55 · Fax +213 3-47 56 [email protected]
EE
1�� Cle Baltik OueLaki 9A · 10621 TallinTel. +372 509 3228 · Fax +372 650 [email protected]
EG
1�� Smeco68, Abdel Rahman El Raffei St.11351-Heliopolis West, CairoTel. +20 2-620 06 71 · Fax +20 2-620 06 [email protected]
ES
123 Daunert Máquinas-Herramientas, S.A.C/. Tirso de Molina s/n Esqina C/. Albert EinsteinPolígono Industrial Almeda08940 Cornellá de Llobregat · BarcelonaTel. +34 93-475 14 80 · Fax +34 93-377 64 [email protected] · www.daunert.com
FI
123 OY Christer Lindholm Eng. ABSantalantie 25, PL. 66 · 10901 HankoTel. +358 19-280 72 00 · Fax +358 19-248 43 [email protected] · www.clegroup.fi
NormalienStandard PartsEléments normalisés
RundschalttischeIndexing TablesPlateaux diviseurs
Automation+RobotikAutomation+RoboticsAutomatisme+robotique
VertretungenRepresentativesReprésentations
1
2
3
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7783
· 08
/200
4 · 2
4 �
PostleitzahlgebietZip CodeCode postal
998Vertreter_D_E_F 30.08.2004 12:24 Uhr Seite 2
FR
123 FIBRO19/21, rue Jean Lolive · 93170 BagnoletB.P. no 129 · 93172 Bagnolet CedexTél. +33 1-43-62-18-80 · Fax +33 [email protected] · www.fibro.fr
Secteur Franche Comté1�� Codimec SA
Rue des Maurapans · ZAC de ValentinBP no. 3051 · 25046 Bésançon CedexTel. +33 3-81-88-83-11 · Fax +33 3-81-88-05-45
GB
1�� Burrhart Machinery Ltd.Cradock Road · Luton · Beds LU4 0JFTel. +44 1582-56 3400 · Fax +44 1582-49 39 [email protected] · www.burrhart.co.uk
�23 W. & H. Eves Ltd.PO Box 6544 · Burton on Trent DE13 7ZXTel. +44 1543-47 34 44 · Fax +44 1543-47 21 [email protected]
GR
1�� Mek-Maria Koutseris & Co.Pyloy 100 · 10441 AthenTel. +30 210-522 05 57 · Fax +30 210-522 12 [email protected] · www.mek.com.gr
HK
123 Forsteppe Enterprise Ltd.Unit 207, 2/F · Shing Chuen Industrial Building25-27 Shing Wan RoadTai Wai Shatin N.T. (Hong Kong)Tel. +852-26 01 13 68 · Fax +852-26 01 16 [email protected]
HR
123 Oro-Tech trgovina d.o.o.Ulica borcev 1/b · SI-2000 MariborTel. +386 2 426 08 43 · Fax +386 2 426 08 [email protected]
HU
1�� Rath & Co. Ges. m.b.H.Teiritzstraße 3 · AT-2100 KorneuburgTel. +43 2 262-608 · Fax +43 2 [email protected] · www.rath-co.at
ID
1�� Pt. Normalindo Tunas SentosaJintanjung Duren Raya 21 A · Jakarta 11470Tel. +62 21-564 07 18 · Fax +62 21-564 07 [email protected]
IE
1�� K & A Engineering Ltd.49 Barrack Street · Waterford CityTel. +353 51-37 82 55 · Fax +353 51-37 90 [email protected]
IL
123 A. J. Englander 1980 Ltd.13 Harechev Street · Tel Aviv 67771Tel. +972 3-537 36 36 · Fax +972 3-537 33 [email protected] · www.englander.co.il
IN
1�� Nitoo Sales · Antaral Plot No 464/B/2Dhotre Marg. Ghaneshkhind Road · Pune - 411016Tel. +91 20-25 65 62 39 · Fax +91 20-25 65 64 [email protected] · www.nitoo.com
�23 NN Combined Engineering Agencies Private Ltd.Dr. Ranji Block, First Floor125. M. G. Road · Secunderabad 500003 A.P.Tel. +91 40-27 84 42 79 · Fax +91 40-27 84 16 [email protected] · www.nncea.com
IR
123 Eximrad Co.268 Dr. Mofatah Ave. · Tehran 15848Tel. +98 21-882 12 03 · Fax +98 21-830 97 [email protected]
IT
1�� Millutensil S.R.L.Corso Buenos Aires, 92 · 20124 MilanoTel. +39 2-29 40 43 90 · Fax +39 2-204 66 [email protected] · www.millutensil.com
IT
�23 NC Componenti S.R.L.Via F. Raimondo, 11/B · 10090 Cascine Vica-Rivoli (TO)Tel. +39 11-957 52 22 · Fax +39 11-957 51 [email protected] · www.nccomponenti.it
JP
�2� Tomita Co. Ltd.No. 1-18-16 · 1-Chome Ohmorinaka Ohta-Ku · TokioTel. +81 3-37 65 49 11 · Fax +81 3-37 67 83 [email protected]
KR
1�� Jinsan Commercial Co. Ltd.Rm 103, 12 Dong, Anyang Int‘L · Circulation Complex#555-9, Hogye-Dong, Dongan-GuTel. +82 31 479 31 81 · Fax +82 31 479 31 [email protected]
�2� Jinsung Trading Corp.Dong Woo Bld. 303#520-2, 2AV Choryang Dong Gu, PusanTel. +82 51-466-5462/3 · Fax +82 [email protected]
��3 Intech Automation Inc.13 FL. Jeil Bd., 94-46, Youngdeungpo7-Ga, Youngdeungpo-ku · Seoul 150-037Tel. 02-26 32 67 70 · Fax 02-26 32 68 [email protected]
MY
123 FIBRO Asia Pte. Ltd.121, Genting Lane, 2nd Floor · Singapore 349572Tel. +65 68 46 33 03 · Fax +65 68 46 33 [email protected] · www.fibro.com
NL
�23 Item Systems B.V.Zwarte Zee 40-42 · 3144 DE MaassluisTel. +31 10-593 72 60 · Fax +31 10-592 85 [email protected] · www.item-international.com
1�� Jeveka B.V.Postbus 22966 · Keienbergweg 81100 DL-Amsterdam · 1101 GB AmsterdamTel. +31 20-342 03 42 · Fax +31 20-342 03 [email protected] · www.jeveka.com
NO
�2� Kaspo Maskin ASHoeggveien 66 · 7489 TrondheimTel. +47 73 96 96 00 · Fax +47 73 96 96 [email protected] · www.kaspo.no
1�� Wolf VerktoyPostboks 602, Busterud · 1754 HaldenTel. +47 69 17 89 19 · Fax +47 69 17 89 45
PE
1�� Ing. E. Brammertz S.c.r.l.Av. José Pardo 182 · OF. 905Apartado 0173 · Miraflores, Lima 18Tel. +51 1 445 81 78 · Fax +51 1 445 19 [email protected]
PL
1�� Laska Technika Przemyslowa Sp.z.o.o.ul. Budowlanych 43 · 43-100 TychyTel. +48 32-326 24 50 · Fax +48 32-326 24 [email protected] · www.laska.com.pl
PT
1�� Ferrometal Lda.Estrada Manuel Correia LopesRua da Rosita, Lote 12 · Conceição da Abóboda2785-543 S. Domingos de Rana-CascaisTel. +35 21-444 71 60 · Fax +35 21-444 71 [email protected]
�2� Seri Lda.Zona Industrial da VarzielaAv. José Ramos Maia – Lote no 3, Apartado 1974481-911 Vila do CondeTel. +35 252 24 85 40 · Fax +35 252 24 85 [email protected]
RO
1�� Proiect Alide SrlStr. Plaiul Muntelui 22 · Sect. 1 BucarestiTel. +40 21-305 59 54 · Fax +40 21-222 07 [email protected]
SA
1�� Abdullah Yahya Munshi EstP. O. Box 20123 · 21455 JeddahTel. +966 2-643 62 42 · Fax +966 2-643 62 [email protected]
SE
�23 Dankab Verktygsmaskiner ABBox 4002 · 18104 LidingöLarsbergsvägen 12b · 18139 LidingöTel. +46 854 44 03 40 · Fax +46 854 44 03 [email protected] · www.dankab.se
1�� Lideco ABVerkstadsvägen 4 · 51463 DalstorpTel. +46 321 53 03 50 · Fax +46 321 603 [email protected] · www.lideco.se
SG
123 FIBRO Asia Pte. Ltd.121, Genting Lane, 2nd Floor · Singapore 349572Tel. +65 68 46 33 03 · Fax +65 68 46 33 [email protected] · www.fibro.com
SI
123 Oro-Tech trgovina d.o.o.Ulica borcev 1/b · SI-2000 MariborTel. +386 2 426 08 43 · Fax +386 2 426 08 [email protected]
SK
1�3 Gore s.r.o.Prístavní 6 · CZ-63500 Brno-BystrcTel. +420 5-41 59 25 18 · Fax +420 5-41 59 25 [email protected] · www.gore.cz
�2� SK Technik, spol. s.r.o.Merhautova 20 · 61300 BrnoTel. +420 5-45 21 16 66 · Fax +420 5-45 21 12 [email protected] · www.sktechnik.cz
TR
1�� Ender Kesici Ve Teknik · Takimlar Ltd. Sti.Tersane Caddesi No. 16 · 80000 Karaköy/IstanbulTel. +90 212-253 26 00 · Fax +90 212-254 57 [email protected] · www.enderltd.com
�23 Fikret Erdogan ve Ort. Koll. Sti.Otakçilar Cad. No. 56 · 34050 Eyüp-IstanbulTel. +90 212-544 87 53 · Fax +90 212-567 99 [email protected]
TW
1�� SunNan Enterprises Co. Ltd.2F, No. 7, Alley 6, Lane 235 · Pao-Chiao RoadHsin-Tien City · TaipeiTel. +886 2-29 17 6454 · Fax +886 2-29 11 03 [email protected]
US
123 FIBRO Inc.139 Harrison Ave. · Rockford, IL 61104P. O. B. 5924 · Rockford, IL 61125Tel. +1 815-229 13 00 · Fax +1 815-229 13 [email protected] · www.fibro.com
YU
1�� Andrija Tesic, Dipl. Ing.Partisanska 12/a-II · 11090 BeogradTel. +381 11-533 83 62 · Fax +381 11-533 83 [email protected]
ZA
123 Herrmann & Herrmann Pty. Ltd.24, Shaft Road · P. O. B. 13030 · Knights 1413Tel. +27 11 828 01 00 · Fax +27 11 828 60 [email protected] · www.hermstools.com
FIBROGmbH
1 Normalien · Standard Parts · Eléments normalisésPostfach 1120 · D-74851 HassmersheimAugust-Läpple-Weg · D-74855 HassmersheimTel. (+49)6266-73-0*· Fax (+49)6266-73-237
2 Rundschalttische · Indexing Tables · Plateaux diviseursPostfach 1120 · D-74183 WeinsbergWeidachstrasse 41-43 · D-74189 WeinsbergTel. (+49)7134-73-0*· Fax (+49)7134-73-120
3 Automation+Robotik · Automation+Robotics · Automatisme+robotiquePostfach 1120 · D-74851 HassmersheimAugust-Läpple-Weg · D-74855 HassmersheimTel. (+49)6266-73-0*· Fax (+49)6266-73-213
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998Vertreter_D_E_F 30.08.2004 12:26 Uhr Seite 3
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FIBRO GmbH
2 Indexing Tables
Postfach 1120D-74183 Weinsberg
Weidachstrasse 41–43D-74189 Weinsberg
Phone + 49 7134 -73 - 0*Fax + 49 7134 -73 -120
e-mail: [email protected]://www.fibro.com
1 2 3
1
FIBRO Inc.
P.O.Box 5924Rockford, IL 61125
139 Harrison AvenueRockford, IL 61104
Phone 815 -22913 00Fax 815 - 22913 03
e-mail: [email protected]://www.fibro.com
3 Automation+Robotics
Postfach 1120D-74851 Hassmersheim
August-Läpple-WegD-74855 Hassmersheim
Phone +49 62 66 -73 -0*Fax + 49 62 66 -73 -213
e-mail: [email protected]://www.fibro.com
1 Standard Parts
Postfach 1120D-74851 Hassmersheim
August-Läpple-WegD-74855 Hassmersheim
Phone +49 62 66 -73 -0*Fax + 49 62 66 -73 -139
e-mail: [email protected]://www.fibro.com
FIBRO SARL
BP no 12993172 Bagnolet Cedex
19/21, rue Jean Lolive93170 Bagnolet
Téléphone 0143 6218 81Télécopieur 0148 591747
e-mail: [email protected]://www.fibro.fr
1 2 3FIBRO ASIA Pte.Ltd.
121 Genting Lane2nd floorSingapore 349572
Phone + 65-68 46 33 03Fax + 65-68 46 33 02
e-mail: [email protected]://www.fibro.com
SGUS
FR
2 3FIBRO SARL
BP no 12993172 Bagnolet Cedex
19/21, rue Jean Lolive93170 Bagnolet
Téléphone 0143 6218 89Télécopieur 01481873 46
e-mail: [email protected]://www.fibro.fr
FR