Flexible. Modular. Compact. Beta Universal Linear Module

Beta Flexible. Modular. Compact. Beta Universal Linear Module Universal linear module with optional toothed belt or spindle drive and various guiding options. Field of Application Universal linear module with optional toothed belt drive for high acceleration and speed or spindle drive for precise positioning given high drive forces. Advantages Your benefits Adaptable drive motor for versatile approach and easy integration into existing control concepts Optional belt or spindle driven for the optimum drive for your application Various guiding options for optimum adaption to your application Compact dimensions for less interfering contours Integrated cover tape for versatility and a long tool life Fixing via T-nuts or slot nut possible for flexibility in the integration Sizes Quantity: 11 max. stroke 850.. 7720 mm max. driving force 500.. 18000 N Repeat accuracy ±0.03.. 0.08 mm Maximum speed 0.25.. 8 m/s 340

Beta Functional Description The slide is driven by a toothed belt or a ball screw spindle and precisely guided by a (double) profiled rail guide or roller guide. The cover band runs through the slide and covers the drive and guidance. The servomotor is usually connected to the profile via the drive shaft. Beta 1Aluminum profile Self-supporting and robust 2Profiled rail guide for maximum positioning accuracy and moment loads 3 Cover strip made of plastic along the whole guidance length against coarse dirt 4Toothed belt Transforms the rotational movement into a linear movement 5Ball screw spindle Transforms the rotational movement into a linear movement CAD data, operating manuals and other current product documents are available at schunk.com 341

Beta Detailed Functional Description Toothed belt axis with right-angle-mounted motor This illustration shows how to mount a motor at a right-angle on a toothed belt axis using a engine cone, a coupling and a transmission. 1Toothed belt drive 4Gear 2Motor Bell 5 Servomotor 3Coupling Synchronized toothed belt axes with connection shafts A second toothed belt axis can be driven using a connection shaft. 1Toothed belt drive 2Connection shaft 3Motor Bell 4Coupling 5Gear 6 Servomotor Spindle axis with axially mounted motor This illustration shows how to mount a motor axially to a spindle axis using an engine cone and a coupling. 1Spindle axis 3Coupling 2Motor Bell 4 Servomotor Spindle axis with right angular mounted motor The motor can also be mounted at a right angle on a spindle axis using a bevel gear. 1Spindle axis 4Coupling 2Bevel gear 5 Servomotor 3motor bell 342

Beta Spindle axis with parallel-mounted motor In order to save space, the motor can be mounted parallel to the spindle axis using an angle belt drive. 1Spindle axis 3 Servomotor 2Angle belt drive 343

Beta General Notes on the Series Operating principle: Choice of toothed belt or ball screw spindle drive Guidance: Profiled rail guide or roller guide Drive: servomotors of different providers can be troublefree adapted Profile: Extruded aluminum profile with plastic cover strip Slide: Aluminum slide with a brush seal Scope of delivery: Assembly and operating manual with declaration of incorporation Warranty: 24 months Ambient conditions: The modules are mainly designed for the use in clean ambient conditions. Please note that the life time of the modules can shorten if they are used in harsh ambient conditions, and that SCHUNK cannot assume liability in such cases. Please contact us for assistance. Stroke reserve: is the additional stroke beyond the effective stroke to stop the linear unit in time before it passes the limit switches. Repeat accuracy: defined as the spread of the target position after 100 consecutive positioning cycles under constant conditions. Acceleration and speed: The values specified are the maximum values of the units without loading. The actual accelerations and speeds for your application must be designed separately and can deviate from the maximum values. Layout or control calculation: Verifying the sizing of the selected unit is necessary, since otherwise overloading can result. Please contact us for assistance. Application Example Loading gantry for automatic tool loading. 1 Beta Universal Linear Module with toothed belt drive 2 Beta Universal Linear Module with spindle drive 3 Servomotor 4 Connection Shaft with claw coupling for synchronization 5 PGN-plus 2-Finger Parallel Gripper 344

Beta SCHUNK offers more... The following components make the product Beta even more productive the suitable addition for the highest functionality, flexibility, reliability, and controlled production. T-nut Mounting Strip Motor Bell Angle Belt Drive Drive Controller Cable Set MSK Drives Bevel Gear ERM Electrical Rotary Module SRU-plus Universal Swivel Unit EGA Electric Long-stroke Gripper PGN-plus Universal Gripper i Additional information regarding the products can be found on the following product pages or at www.schunk.com. Please contact us for further information: SCHUNK technical hotline +49-7133-103-2696 Options and special Information Spindle supports: Spindle supports allow higher moving speeds for longer stroke lengths Driven slide: In this version, the servomotor is fastened to the slide and the profile is vertically moved. Flexible in motor and controller selection: The electrical control is carried out via an adaptable servo drive using common standard controller like Bosch or SIEMENS Easy integration: The easy integration into the control system is ensured by the possibility of attaching a common servomotor. Complete solutions: On request, SCHUNK can supply complete drive solutions including motor, gears, controller, and cables. 345

Beta How to Order - Toothed Belt Drive Product series B = Beta Size (version) Drive Z = Toothed belt drive A = Driven slide Guidance system R = Roller guide S = Rail guide Design version S = Standard Drive version Toothed belt width and tooth pitch Stroke per rotation Traverse path Overall length Cover AK= Cover strip Accessories BL = Mounting strip EMS / EMB = Mechanical limit switch (S = Siemens, B = Balluff) attached EO2 / EO10 = Inductive limit switch, opener with 2 m / 10 m cable attached ES2 / ES10 = Inductive limit switch, closer with 2 m / 10 m cable attached NS = T-nut RM = T-nut AZ = Drive shaft Special design 0 = Standard 1 = Special (specification in plain text) Additional accessories (separate item) MGK = Motor bell and coupling (from dimension sheet) URT = Angle belt drive (from dimension sheet) B - 80-C - ZRS - 32AT5-E - 220-1000 - 1420 - AK - AZ1-1 346

Beta How to Order - Ball Screw Spindle Drive Product series B = Beta Size (version) Drive S = Spindle Guidance system R = Roller guide S = Rail guide Design version S = Standard Drive type M = Single nut (ball screw) MM = Double nut (ball screw) Drive version Diameter and pitch (ball screw) Traverse path Overall length Spindle supports (SA) (Number) Accessories BL = Mounting strip EMS / EMB = Mechanical limit switch (S = Siemens, B = Balluff) attached EO2 / EO10 = Inductive limit switch, opener with 2 m / 10 m cable attached ES2 / ES10 = Inductive limit switch, closer with 2 m / 10 m cable attached NS = T-nut RM = T-nut Special design 0 = Standard 1 = Special (specification in plain text) Additional accessories (separate item) MGK = Motor bell and coupling (from dimension sheet) URT = Angle belt drive (from dimension sheet) KRG = Directly attached bevel gears Cover tape is standard for ball screw spindle drive. B - 80 - SRS - M - 2020-1000 - 1430-2SA - 2ES2-0 347

Beta 40 Max. driving force (toothed belt)* Forces and moments Driving force Spindle supports** Speed Speed M x max. 12 Nm M y max. 30 Nm M z max. 30 Nm F y max. 500 N F z max. 600 N - F z max. 300 N i The forces and moments shown here are maximum values for individual loading. If several forces and/or torques are applied at the same time, the maximum permitted individual values will be lower. Axis length Technical data Description B 40-ZSS B 40-SSS Max. stroke [mm] 8 5 0 8 9 0 Max. driving force [N] 5 0 0 1000 Repeat accuracy [mm] ± 0. 0 8 ± 0. 03 Max. total length [mm] 2070 2 0 4 0 Max. speed [m / s ] 3 0. 5 Max. acceleration [m / s ² ] 3 0 2 0 Base weight per 0 mm of stroke [k g ] 1.7 1.7 Weight per 100 mm of stroke [k g ] 0.3 0. 4 Slide weight [k g ] 0.3 0. 4 Slide weight, long [k g ] 0. 5 0.65 Drive concept Belt drive Spindle drive Idle torque [Nm] 0.3 0. 4 Moment of inertia [k g m ² ] 0.0002 0.000012 Toothed belt type 16 AT 5-E Traverse path per revolution [mm] 1 0 0 Spindle diameter [mm] 1 2 Spindle pitch [mm] 5 / 1 0 Max. spindle speed [1 / m i n] 3000 *The specified driving forces are maximum values for modules with toothed-belt drives at a given speed. **The diagram shows the maximum spindle speed depending on the speed of the spindle supports (SA) and the overall length of the unit. 348

Beta 40 Main view ZSS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 2 Attachment connection 6 Drive connection 9 Effective stroke AO Lubricant connection BT With long slide plate CN On both sides GM Fit for centering pins GR Fit for centering 349

Beta 40 Main view SSS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 2 Attachment connection 6 Drive connection 7 Number of spindle supports 9 Effective stroke AO Lubricant connection BT With long slide plate CN On both sides GM Fit for centering pins GR Fit for centering 350

Beta 40 Side definition Drive shafts in profile (rack and pinion drive) Limit switch standard position This drawing indicates the definition for the sides. This serves as the basis for all attachments. Depending on the axis application, the seat of the drive shaft has to be defined in the order text. Particularly with axis combinations and mechanical synchronization, several drive shafts are required. Mounting Fastening elements Mounting strip Lateral T-nut Mounting strip Lateral T-nut The drawing shows the position of the mounting options. The unit can be secured either by using T-nuts or mounting strips. The exact mounting position is indicated on the adjacent attachment illustration. Description ID Mounting strip BL1-70x15x17.5-01 0331400 T-Nuts NS 7-M3 0331423 351

Beta 40 Connection shaft Angle belt drive Description Connection shaft Min. AA [mm] B 40-ZSS GX1 170 Linear unit Drive connection Attachment direction of angle belt drive Dependent on transmission ratio and toothed belt design The angle belt drive allows to achieve various drive solutions in confined spaces. SCHUNK offers the suitable angle gear for your drive. Description G H I J K [mm] [mm] [mm] [mm] [mm] B 40-SSS 195 105 41 45 90 i Possible transmission ratios: i = 1 : 1, i = 2 : 1 and i = 3 : 1 Motor bell schematic diagram Length of the drive shaft of the motor/gear Length of linear unitʼs drive journal Coupling length Different drive solutions can be attached to our axes. SCHUNK offers you the suitable motor bell and coupling for your drive. 352

Beta 40 Limit and reference switch Cable outlet Inductive limit and reference switches Mechanical limit switches Generally two EO-02 switches are used as limit switches and one ES-02 is used as reference switch. Description ID Often combined Inductive proximity switches EO-02 0331410 EO-10 0331412 ES-02 0331411 ES-10 0331413 Mechanical limit switches EMB 0331415 EMS 0331414 i The positions and dimensions of limit switches, switching lugs, and mounting components may vary depending on the application and the selected limit switches. Please contact us for assistance. 353

Beta 50 Max. driving force (toothed belt)* Forces and moments Driving force Speed *The specified driving forces are maximum values for modules with toothed-belt drives at a given speed. M x max. 30 Nm M y max. 50 Nm M z max. 50 Nm F y max. 300 N F z max. 600 N - F z max. 400 N i The forces and moments shown here are maximum values for individual loading. If several forces and/or torques are applied at the same time, the maximum permitted individual values will be lower. Technical data Description B 50-C-ZRS B 50-C-ARS B 50-C-SRS Max. stroke [mm] 7710 7710 8 6 0 Max. driving force [N] 7 0 0 7 0 0 1000 Repeat accuracy [mm] ± 0. 0 8 ± 0. 0 8 ± 0. 03 Max. total length [mm] 8000 8000 1 0 9 0 Max. speed [m / s ] 3 3 0. 2 5 Max. acceleration [m / s ² ] 3 0 3 0 2 0 Base weight per 0 mm of stroke [k g ] 1. 45 3. 1 1. 5 Weight per 100 mm of stroke [k g ] 0. 35 0.3 0. 4 Slide weight [k g ] 0. 45 0. 45 Slide weight, long [k g ] 0.6 0.6 Drive concept Belt drive Belt drive Spindle drive Idle torque [Nm] 0. 4 1. 5 0.3 Moment of inertia [k g m ² ] 0.0003 0.0003 0.000012 Toothed belt type 20 AT 5-E 20 AT 5-E Traverse path per revolution [mm] 1 1 0 1 1 0 Spindle diameter [mm] 1 2 Spindle pitch [mm] 5 / 1 0 Max. spindle speed [1 / m i n] 3000 354

Beta 50 Main view C-ZRS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 1 Connection linear unit 2 Attachment connection 6 Drive connection 9 Effective stroke AO Lubricant connection BT With long slide plate CN On both sides GM Fit for centering pins GR Fit for centering 355

Beta 50 Main view C-ARS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 1 Connection linear unit 2 Attachment connection 6 Drive connection 9 Effective stroke AO Lubricant connection CN On both sides GM Fit for centering pins GR Fit for centering 356

Beta 50 Main view C-SRS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 1 Connection linear unit 2 Attachment connection 6 Drive connection 9 Effective stroke AO Lubricant connection BT With long slide plate CN On both sides GM Fit for centering pins GR Fit for centering 357

Beta 50 Side definition Drive shafts in profile (rack and pinion drive) Limit switch standard position This drawing indicates the definition for the sides. This serves as the basis for all attachments. Depending on the axis application, the seat of the drive shaft has to be defined in the order text. Particularly with axis combinations and mechanical synchronization, several drive shafts are required. Drive shafts in slide (rack and pinion drive) Attachment to a pillar assembly system Depending on the axis application, the seat of the drive shaft has to be defined in the order text. Particularly with axis combinations and mechanical synchronization, several drive shafts are required. Linear unit AGH adapter plate ADV mounting plate Pillars, hard-chromium plated, ground SOD double socket This unit can be attached to the pillar assembly system as standard. See the SCHUNK Kombibox software, which can be found online, for the right arrangement for your application. Description ID Pillar diameter Material [mm] Pillar assembly system mounting plates AEV 55 0313516 55 Aluminum APDH 85 0313414 55 Aluminum APEH 85 0313413 55 Aluminum 358

Beta 50 Mounting Fastening elements Mounting strip T-nut at the bottom side Mounting strip T-nut at the bottom side The drawing shows the position of the mounting options. The unit can be secured either by using T-nuts or mounting strips. The exact mounting position is indicated on the adjacent attachment illustration. Description ID Mounting strip BL1-70x15x17.5-01 0331400 T-Nuts NS 2-M5 0331405 RM2-M4 0331425 Connection shaft Angle belt drive Description Connection shaft Min. AA [mm] B 50-C-ZRS GX1 190 Linear unit Drive connection Attachment direction of angle belt drive Dependent on transmission ratio and toothed belt design The angle belt drive allows to achieve various drive solutions in confined spaces. SCHUNK offers the suitable angle gear for your drive. Description G H I J K [mm] [mm] [mm] [mm] [mm] B 50-C-SRS 195 105 41 45 90 i Possible transmission ratios: i = 1 : 1, i = 2 : 1 and i = 3 : 1 359

Beta 50 Motor bell schematic diagram Limit and reference switch Length of the drive shaft of the motor/gear Length of linear unitʼs drive journal Coupling length Cable outlet Inductive limit and reference switches Mechanical limit switches Different drive solutions can be attached to our axes. SCHUNK offers you the suitable motor bell and coupling for your drive. Generally two EO-02 switches are used as limit switches and one ES-02 is used as reference switch. Description ID Often combined Inductive proximity switches EO-02 0331410 EO-10 0331412 ES-02 0331411 ES-10 0331413 Mechanical limit switches EMB 0331415 EMS 0331414 i The positions and dimensions of limit switches, switching lugs, and mounting components may vary depending on the application and the selected limit switches. Please contact us for assistance. 360

Notes 361

Beta 60 Max. driving force (toothed belt)* Forces and moments Driving force Speed Spindle supports** Speed For values see technical data table i The forces and moments shown here are maximum values for individual loading. If several forces and/or torques are applied at the same time, the maximum permitted individual values will be lower. Axis length Technical data Description B 60-ZSS B 60-SSS Max. stroke [mm] 76 2 0 522 0 Max. driving force [N] 8 5 0 4000 Repeat accuracy [mm] ± 0. 0 8 ± 0. 03 Max. total length [mm] 8000 55 0 0 Max. speed [m / s ] 5 2. 5 Max. acceleration [m / s ² ] 3 0 2 0 Base weight per 0 mm of stroke [k g ] 4. 55 4. 3 Weight per 100 mm of stroke [k g ] 0. 5 9 0. 8 Slide weight [k g ] 1. 22 1. 5 Slide weight, long [k g ] 1.7 2 1. 8 Drive concept Belt drive Spindle drive Idle torque [Nm] 1. 1 0.7 Moment of inertia [k g m ² ] 0.0002 0.000085 Toothed belt type 25 AT 5-E Traverse path per revolution [mm] 1 6 0 Spindle diameter [mm] 2 0 Spindle pitch [mm] 5/10/20/50 Max. spindle speed [1 / m i n] 3000 Moments M x max./m y max./m z max. [Nm] 50/160/100 60/180/120 Forces F y max./f z max./-f z max. [N] 500/1400/800 600/1800/1200 *The specified driving forces are maximum values for modules with toothed-belt drives at a given speed. **The diagram shows the maximum spindle speed depending on the speed of the spindle supports (SA) and the overall length of the unit. 362

Beta 60 Main view ZSS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 1 Connection linear unit 2 Attachment connection 6 Drive connection 9 Effective stroke AO Lubricant connection BT With long slide plate CN On both sides GM Fit for centering pins GR Fit for centering 363

Beta 60 Main view SSS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 1 Connection linear unit 2 Attachment connection 6 Drive connection 7 Number of spindle supports 9 Effective stroke AO Lubricant connection BT With long slide plate CN On both sides GM Fit for centering pins GR Fit for centering 364

Beta 60 Side definition Drive shafts in profile (rack and pinion drive) Limit switch standard position This drawing indicates the definition for the sides. This serves as the basis for all attachments. Depending on the axis application, the seat of the drive shaft has to be defined in the order text. Particularly with axis combinations and mechanical synchronization, several drive shafts are required. Mounting Fastening elements Mounting strip T-nut at the bottom side Lateral T-nut Mounting strip T-nut at the bottom side Lateral T-nut The drawing shows the position of the mounting options. The unit can be secured either by using T-nuts or mounting strips. The exact mounting position is indicated on the adjacent attachment illustration. Description ID Mounting strip BL5-70x15x13-01 0331419 T-Nuts NS 12-M3 0331424 NS 8-M5 0331420 NS 9-M4 0331421 365

Beta 60 Connection shaft Angle belt drive Description Connection shaft Min. AA [mm] B 60-ZSS GX2 205 B 60-SSS GX2 320 Linear unit Drive connection Attachment direction of angle belt drive Dependent on transmission ratio and toothed belt design The angle belt drive allows to achieve various drive solutions in confined spaces. SCHUNK offers the suitable angle gear for your drive. Description G H I J K [mm] [mm] [mm] [mm] [mm] B 60-SSS 238 120 46 52 102 i Possible transmission ratios: i = 1 : 1, i = 2 : 1 and i = 3 : 1 Motor bell schematic diagram Length of the drive shaft of the motor/gear Length of linear unitʼs drive journal Coupling length Different drive solutions can be attached to our axes. SCHUNK offers you the suitable motor bell and coupling for your drive. 366

Beta 60 Limit and reference switch Cable outlet Inductive limit and reference switches Mechanical limit switches Generally two EO-02 switches are used as limit switches and one ES-02 is used as reference switch. Description ID Often combined Inductive proximity switches EO-02 0331410 EO-10 0331412 ES-02 0331411 ES-10 0331413 Mechanical limit switches EMB 0331415 EMS 0331414 i The positions and dimensions of limit switches, switching lugs, and mounting components may vary depending on the application and the selected limit switches. Please contact us for assistance. 367

Beta 70 Max. driving force (toothed belt)* Forces and moments Driving force Speed Spindle supports** Speed For values see technical data table i The forces and moments shown here are maximum values for individual loading. If several forces and/or torques are applied at the same time, the maximum permitted individual values will be lower. Axis length Technical data Description B 70-C-ZSS B 70-C-ZRS B 70-C-ASS B 70-C-ARS B 70-C-SSS B 70-C-SRS Max. stroke [mm] 6 8 4 0 76 4 0 76 4 0 76 4 0 3 7 2 5 3 7 2 5 Max. driving force [N] 1 1 0 0 1 1 0 0 9 0 0 9 0 0 2000 2000 Repeat accuracy [mm] ± 0. 0 8 ± 0. 0 8 ± 0. 0 8 ± 0. 0 8 ± 0. 03 ± 0. 03 Max. total length [mm] 7 2 0 0 8000 8000 8000 4000 4000 Max. speed [m / s ] 5 8 5 5 2 2 Max. acceleration [m / s ² ] 3 0 3 0 3 0 3 0 2 0 2 0 Base weight per 0 mm of stroke [k g ] 3. 4 3. 1 7.9 7. 5 3. 5 3. 6 5 Weight per 100 mm of stroke [k g ] 0.38 0. 5 9 0.6 0.38 0.6 0. 45 Slide weight [k g ] 1. 6 5 1. 3 1. 2 5 1. 6 Slide weight, long [k g ] 2.1 1. 6 5 1. 6 2. 02 Drive concept Belt drive Belt drive Belt drive Belt drive Spindle drive Spindle drive Idle torque [Nm] 1. 2 1. 2 1 1 0. 4 0. 35 Moment of inertia [k g m ² ] 0.0002 0.0004 0. 0 0 6 1 0. 0 0 6 1 0.0000325 0.0000325 Toothed belt type 32 AT 5-E 32 AT 5-E 32 AT 5-E 32 AT 5-E Traverse path per revolution [mm] 17 5 17 5 2 2 0 2 2 0 Spindle diameter [mm] 1 6 1 6 Spindle pitch [mm] 5/10/20/40 5/10/20/40 Max. spindle speed [1 / m i n] 3000 3000 Moments M x max./m y max./m z max. [Nm] 60/180/120 35/120/50 60/180/120 35/120/50 60/180/120 35/120/60 Forces F y max./f z max./-f z max. [N] 600/1800/1200 300/1000/400 600/1800/1200 300/1000/400 600/1800/1200 300/1000/400 *The specified driving forces are maximum values for modules with toothed-belt drives at a given speed. **The diagram shows the maximum spindle speed depending on the speed of the spindle supports (SA) and the overall length of the unit. 368

Beta 70 Main view C-ZSS/ZRS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 1 Connection linear unit 2 Attachment connection 6 Drive connection 9 Effective stroke AO Lubricant connection BT With long slide plate CN On both sides GM Fit for centering pins GR Fit for centering 369

Beta 70 Main view C-ASS/ARS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 1 Connection linear unit 2 Attachment connection 6 Drive connection 9 Effective stroke AO Lubricant connection CN On both sides GM Fit for centering pins GR Fit for centering 370

Beta 70 Main view C-SSS/SRS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 1 Connection linear unit 2 Attachment connection 6 Drive connection 7 Number of spindle supports 9 Effective stroke AO Lubricant connection BT With long slide plate CN On both sides GM Fit for centering pins GR Fit for centering 371

Beta 70 Side definition Drive shafts in profile (rack and pinion drive) Limit switch standard position This drawing indicates the definition for the sides. This serves as the basis for all attachments. Depending on the axis application, the seat of the drive shaft has to be defined in the order text. Particularly with axis combinations and mechanical synchronization, several drive shafts are required. Drive shafts in slide (rack and pinion drive) Attachment to a pillar assembly system Depending on the axis application, the seat of the drive shaft has to be defined in the order text. Particularly with axis combinations and mechanical synchronization, several drive shafts are required. Linear unit AGH adapter plate ADV mounting plate Pillars, hard-chromium plated, ground SOD double socket This unit can be attached to the pillar assembly system as standard. See the SCHUNK Kombibox software, which can be found online, for the right arrangement for your application. Description ID Pillar diameter Material [mm] Pillar assembly system mounting plates AEV 55 0313516 55 Aluminum APDH 85 0313414 55 Aluminum APEH 85 0313413 55 Aluminum 372

Beta 70 Mounting Fastening elements Mounting strip T-nut at the bottom side Mounting strip T-nut at the bottom side The drawing shows the position of the mounting options. The unit can be secured either by using T-nuts or mounting strips. The exact mounting position is indicated on the adjacent attachment illustration. Description ID Mounting strip BL1-70x15x17.5-01 0331400 T-Nuts NS 2-M5 0331405 RM2-M4 0331425 Connection shaft Angle belt drive Description Connection shaft Min. AA [mm] B 70-C-ZSS GX2 215 B 70-C-ZRS GX2 215 B 70-C-SSS GX2 330 B 70-C-SRS GX2 330 Linear unit Drive connection Attachment direction of angle belt drive Dependent on transmission ratio and toothed belt design The angle belt drive allows to achieve various drive solutions in confined spaces. SCHUNK offers the suitable angle gear for your drive. Description G H I J K [mm] [mm] [mm] [mm] [mm] B 70-C-SSS 238 120 46 52 102 B 70-C-SRS 238 120 46 52 102 i Possible transmission ratios: i = 1 : 1, i = 2 : 1 and i = 3 : 1 373

Beta 70 Motor bell schematic diagram Limit and reference switch Length of the drive shaft of the motor/gear Length of linear unitʼs drive journal Coupling length Cable outlet Inductive limit and reference switches Mechanical limit switches Different drive solutions can be attached to our axes. SCHUNK offers you the suitable motor bell and coupling for your drive. Generally two EO-02 switches are used as limit switches and one ES-02 is used as reference switch. Description ID Often combined Inductive proximity switches EO-02 0331410 EO-10 0331412 ES-02 0331411 ES-10 0331413 Mechanical limit switches EMB 0331415 EMS 0331414 i The positions and dimensions of limit switches, switching lugs, and mounting components may vary depending on the application and the selected limit switches. Please contact us for assistance. 374

Notes 375

Beta 80 Max. driving force (toothed belt)* Forces and moments Driving force Speed Spindle supports** Speed For values see technical data table i The forces and moments shown here are maximum values for individual loading. If several forces and/or torques are applied at the same time, the maximum permitted individual values will be lower. Axis length Technical data Description B 80-C-ZSS B 80-C-ZRS B 80-ASS B 80-ARS B 80-SSS B 80-SRS Max. stroke [mm] 76 0 0 76 0 0 7 5 9 0 7 5 9 0 5 02 0 5 02 0 Max. driving force [N] 22 0 0 22 0 0 1000 1000 4000 4000 Repeat accuracy [mm] ± 0. 0 8 ± 0. 0 8 ± 0. 0 8 ± 0. 0 8 ± 0. 03 ± 0. 03 Max. total length [mm] 8000 8000 8000 8000 5600 5600 Max. speed [m / s ] 5 5 5 8 2. 5 2. 5 Max. acceleration [m / s ² ] 4 0 4 0 4 0 4 0 2 0 2 0 Base weight per 0 mm of stroke [k g ] 7. 8 7. 8 11.5 1 0. 5 6. 2 5. 4 Weight per 100 mm of stroke [k g ] 0.9 8 0.9 8 0. 8 5 0.6 1. 1 0.7 Slide weight [k g ] 2.7 5 2.7 5 7 7. 5 1.9 2. 2 Slide weight, long [k g ] 3. 2 5 3. 2 5 2.4 2. 8 Drive concept Belt drive Belt drive Belt drive Belt drive Spindle drive Spindle drive Idle torque [Nm] 1. 8 1. 8 1. 5 1. 5 0. 8 0.6 Moment of inertia [k g m ² ] 0. 0 0 4 0. 0 0 4 0.0086 0. 0 0 92 0.000085 0.000085 Toothed belt type 32 AT 10 32 AT 10 32 AT 10 32 AT 10 Traverse path per revolution [mm] 2 1 0 2 1 0 2 2 0 2 2 0 Spindle diameter [mm] 2 0 2 0 Spindle pitch [mm] 5/10/20/50 5/10/20/50 Max. spindle speed [1 / m i n] 3000 3000 Moments M x max./m y max./m z max. [Nm] 300/500/500 300/500/500 100/250/250 50/180/100 100/250/250 50/180/100 Forces F y max./f z max./-f z max. [N] 1600/4000/3000 1600/4000/3000 800/3000/2000 500/1500/800 800/3000/2000 500/1500/800 *The specified driving forces are maximum values for modules with toothed-belt drives at a given speed. **The diagram shows the maximum spindle speed depending on the speed of the spindle supports (SA) and the overall length of the unit. 376

Beta 80 Main view C-ZSS/ZRS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 1 Connection linear unit 2 Attachment connection 6 Drive connection 9 Effective stroke AO Lubricant connection BT With long slide plate CN On both sides GM Fit for centering pins GR Fit for centering IT Change of dimension with optional cover tape 377

Beta 80 Main view ASS/ARS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 1 Connection linear unit 2 Attachment connection 6 Drive connection 9 Effective stroke AO Lubricant connection CN On both sides GM Fit for centering pins GR Fit for centering 378

Beta 80 Main view SSS/SRS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 1 Connection linear unit 2 Attachment connection 6 Drive connection 7 Number of spindle supports 9 Effective stroke AO Lubricant connection BT With long slide plate CN On both sides GM Fit for centering pins GR Fit for centering 379

Beta 80 Side definition Drive shafts in profile (rack and pinion drive) Limit switch standard position This drawing indicates the definition for the sides. This serves as the basis for all attachments. Depending on the axis application, the seat of the drive shaft has to be defined in the order text. Particularly with axis combinations and mechanical synchronization, several drive shafts are required. Drive shafts in slide (rack and pinion drive) Attachment to a pillar assembly system Depending on the axis application, the seat of the drive shaft has to be defined in the order text. Particularly with axis combinations and mechanical synchronization, several drive shafts are required. Linear unit AGH adapter plate ADV mounting plate Pillars, hard-chromium plated, ground SOD double socket This unit can be attached to the pillar assembly system as standard. See the SCHUNK Kombibox software, which can be found online, for the right arrangement for your application. Description ID Pillar diameter Material [mm] Pillar assembly system mounting plates AEV 55 0313516 55 Aluminum APDH 85 0313414 55 Aluminum APEH 85 0313413 55 Aluminum 380

Beta 80 Mounting Fastening elements Mounting strip T-nut at the bottom side Mounting strip T-nut at the bottom side The drawing shows the position of the mounting options. The unit can be secured either by using T-nuts or mounting strips. The exact mounting position is indicated on the adjacent attachment illustration. Description ID Mounting strip BL2-70x15x20-01 0331401 T-Nuts NS 3-M6 0331406 RM4-M5 0331426 Connection shaft Angle belt drive Description Connection shaft Min. AA [mm] B 80-C-ZSS GX4 270 B 80-C-ZRS GX4 270 B 80-SSS GX2 330 B 80-SRS GX2 330 Linear unit Drive connection Attachment direction of angle belt drive Dependent on transmission ratio and toothed belt design The angle belt drive allows to achieve various drive solutions in confined spaces. SCHUNK offers the suitable angle gear for your drive. Description G H I J K [mm] [mm] [mm] [mm] [mm] B 80-SSS 328 190 64 80 142 B 80-SRS 328 190 64 80 142 i Possible transmission ratios: i = 1 : 1, i = 2 : 1 and i = 3 : 1 381

Beta 80 Motor bell schematic diagram Limit and reference switch Length of the drive shaft of the motor/gear Length of linear unitʼs drive journal Coupling length Cable outlet Inductive limit and reference switches Mechanical limit switches Different drive solutions can be attached to our axes. SCHUNK offers you the suitable motor bell and coupling for your drive. Generally two EO-02 switches are used as limit switches and one ES-02 is used as reference switch. Description ID Often combined Inductive proximity switches EO-02 0331410 EO-10 0331412 ES-02 0331411 ES-10 0331413 Mechanical limit switches EMB 0331415 EMS 0331414 i The positions and dimensions of limit switches, switching lugs, and mounting components may vary depending on the application and the selected limit switches. Please contact us for assistance. 382

Notes 383

Beta 100 Max. driving force (toothed belt)* Forces and moments Driving force Speed Spindle supports** Speed For values see technical data table i The forces and moments shown here are maximum values for individual loading. If several forces and/or torques are applied at the same time, the maximum permitted individual values will be lower. Axis length Technical data Description B 100-ZSS B 100-D-ZSS B 100-ZRS B 100-D-ASS B 100-D-SSS Max. stroke [mm] 742 0 7 7 2 0 742 0 76 8 0 52 6 0 Max. driving force [N] 2 8 0 0 1 5 0 0 2 8 0 0 2 2 0 0 4000 Repeat accuracy [mm] ± 0. 0 8 ± 0. 0 8 ± 0. 0 8 ± 0. 0 8 ± 0. 03 Max. total length [mm] 7 9 0 0 8100 7 9 0 0 8100 5600 Max. speed [m / s ] 5 5 8 5 2. 5 Max. acceleration [m / s ² ] 4 0 6 0 4 0 6 0 2 0 Base weight per 0 mm of stroke [k g ] 9. 1 6. 8 9. 5 1 4 6. 2 Weight per 100 mm of stroke [k g ] 1. 45 0.7 5 1. 1 0.9 0.7 5 Slide weight [k g ] 3. 8 3. 5 4. 1 3. 4 Slide weight, long [k g ] 5.43 4. 1 5. 8 5 4 Drive concept Belt drive Belt drive Belt drive Belt drive Spindle drive Idle torque [Nm] 2. 5 5 2. 5 2. 5 1. 3 Moment of inertia [k g m ² ] 0. 0 1 2 6 0. 0 02 8 0. 0 1 3 0. 0 1 2 0.000085 Toothed belt type 40 AT 10 40 AT 10-E 40 AT 10 40 AT 10-E Traverse path per revolution [mm] 2 0 0 1 6 0 2 0 0 2 4 0 Spindle diameter [mm] 2 0 Spindle pitch [mm] 5/10/20/50 Max. spindle speed [1 / m i n] 3000 Moments M x max./m y max./m z max. [Nm] 200/300/300 350/750/750 200/250/200 350/950/950 350/750/750 Forces F y max./f z max./-f z max. [N] 1000/3000/2000 1800/4000/3000 1000/2500/1200 1800/4000/3000 1800/4000/3000 *The specified driving forces are maximum values for modules with toothed-belt drives at a given speed. **The diagram shows the maximum spindle speed depending on the speed of the spindle supports (SA) and the overall length of the unit. 384

Beta 100 Main view ZSS/ZRS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 1 Connection linear unit 2 Attachment connection 6 Drive connection 9 Effective stroke AO Lubricant connection BT With long slide plate CN On both sides GM Fit for centering pins GR Fit for centering IT Change of dimension with optional cover tape 385

Beta 100 Main view D-ZSS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 1 Connection linear unit 2 Attachment connection 6 Drive connection 9 Effective stroke AO Lubricant connection BT With long slide plate CN On both sides GM Fit for centering pins GR Fit for centering 386

Beta 100 Main view D-ASS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 1 Connection linear unit 2 Attachment connection 6 Drive connection 9 Effective stroke AO Lubricant connection CN On both sides GM Fit for centering pins GR Fit for centering 387

Beta 100 Main view D-SSS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 1 Connection linear unit 2 Attachment connection 6 Drive connection 7 Number of spindle supports 9 Effective stroke AO Lubricant connection BT With long slide plate CN On both sides GM Fit for centering pins GR Fit for centering 388

Beta 100 Side definition Drive shafts in profile (rack and pinion drive) Limit switch standard position This drawing indicates the definition for the sides. This serves as the basis for all attachments. Depending on the axis application, the seat of the drive shaft has to be defined in the order text. Particularly with axis combinations and mechanical synchronization, several drive shafts are required. Drive shafts in slide (rack and pinion drive) Attachment to a pillar assembly system Depending on the axis application, the seat of the drive shaft has to be defined in the order text. Particularly with axis combinations and mechanical synchronization, several drive shafts are required. Linear unit AGH adapter plate ADV mounting plate Pillars, hard-chromium plated, ground SOD double socket This unit can be attached to the pillar assembly system as standard. See the SCHUNK Kombibox software, which can be found online, for the right arrangement for your application. Description ID Pillar diameter Material [mm] Pillar assembly system mounting plates APDH 85 0313414 55 Aluminum APDV 85 0313416 55 Aluminum APEH 85 0313413 55 Aluminum APEV 85 0313415 55 Aluminum 389

Beta 100 Mounting D-version attachment Mounting strip T-nut at the bottom side Lateral T-nut Mounting strip T-nut at the bottom side Lateral T-nut The drawing shows the position of the mounting options. The drawing shows the position of the mounting options. Fastening elements D-version mounting elements Mounting strip T-nut at the bottom side Lateral T-nut Mounting strip T-nut at the bottom side Lateral T-nut The unit can be secured either by using T-nuts or mounting strips. The exact mounting position is indicated on the adjacent attachment illustration. Description ID Mounting strip BL2-70x15x20-01 0331401 T-Nuts NS 10-M6-6 0331422 NS 1-M4 0331404 NS 2-M5 0331405 NS 4.1-M8-6 0331430 NS 4-M8-6 0331407 RM2-M4 0331425 RM4-M5 0331426 The unit can be secured either by using T-nuts or mounting strips. The exact mounting position is indicated on the adjacent attachment illustration. Description ID Mounting strip BL5-70x15x13-01 0331419 T-Nuts NS 10-M6-6 0331422 NS 12-M3 0331424 NS 4.1-M8-6 0331430 NS 8-M5 0331420 NS 9-M4 0331421 390

Beta 100 Connection shaft Angle belt drive Description Connection shaft Min. AA [mm] B 100-ZSS GX4 270 B 100-D-ZSS GX4 270 B 100-ZRS GX4 270 B 100-D-SSS GX4 290 Linear unit Drive connection Attachment direction of angle belt drive Dependent on transmission ratio and toothed belt design The angle belt drive allows to achieve various drive solutions in confined spaces. SCHUNK offers the suitable angle gear for your drive. Description G H I J K [mm] [mm] [mm] [mm] [mm] B 100-D-SSS 328 190 64 80 142 i Possible transmission ratios: i = 1 : 1, i = 2 : 1 and i = 3 : 1 Motor bell schematic diagram Length of the drive shaft of the motor/gear Length of linear unitʼs drive journal Coupling length Different drive solutions can be attached to our axes. SCHUNK offers you the suitable motor bell and coupling for your drive. 391

Beta 100 Limit and reference switch Cable outlet Inductive limit and reference switches Mechanical limit switches Generally two EO-02 switches are used as limit switches and one ES-02 is used as reference switch. Description ID Often combined Inductive proximity switches EO-02 0331410 EO-10 0331412 ES-02 0331411 ES-10 0331413 Mechanical limit switches EMB 0331415 EMS 0331414 i The positions and dimensions of limit switches, switching lugs, and mounting components may vary depending on the application and the selected limit switches. Please contact us for assistance. 392

Notes 393

Beta 110 Max. driving force (toothed belt)* Forces and moments Driving force Speed Spindle supports** Speed For values see technical data table i The forces and moments shown here are maximum values for individual loading. If several forces and/or torques are applied at the same time, the maximum permitted individual values will be lower. Axis length Technical data Description B 110-ZSS B 110-ZRS B 110-ASS B 110-ARS B 110-SSS B 110-SRS Max. stroke [mm] 7 52 0 7 52 0 74 4 0 74 4 0 5 1 2 0 5 1 2 0 Max. driving force [N] 4000 4000 2000 2000 6000 6000 Repeat accuracy [mm] ± 0. 0 8 ± 0. 0 8 ± 0. 0 8 ± 0. 0 8 ± 0. 03 ± 0. 03 Max. total length [mm] 8100 8100 8100 8100 5600 5600 Max. speed [m / s ] 5 8 5 8 2. 5 2. 5 Max. acceleration [m / s ² ] 6 0 6 0 6 0 6 0 2 0 2 0 Base weight per 0 mm of stroke [k g ] 1 8 1 5.7 2 9 2 7 1 3. 5 1 2. 5 Weight per 100 mm of stroke [k g ] 2.1 1. 5 1. 4 1. 2 1.7 1. 4 Slide weight [k g ] 5. 2 4. 8 5. 3 5. 8 Slide weight, long [k g ] 8. 2 7. 5 8. 3 9. 1 Drive concept Belt drive Belt drive Belt drive Belt drive Spindle drive Spindle drive Idle torque [Nm] 3. 5 3. 5 3. 5 3. 5 1. 5 1 Moment of inertia [k g m ² ] 0. 0 1 6 0. 0 1 8 0. 03 7 0. 035 0.000225 0.000225 Toothed belt type 50 ATL 10 50 ATL 10 50 ATL 10 50 ATL 10 Traverse path per revolution [mm] 3 0 0 3 0 0 3 0 0 3 0 0 Spindle diameter [mm] 2 5 2 5 Spindle pitch [mm] 5/10/25/50 5/10/25/50 Max. spindle speed [1 / m i n] 3000 3000 Moments M x max./m y max./m z max. [Nm] 400/800/600 300/600/450 400/800/600 300/600/450 400/800/600 300/600/450 Forces F y max./f z max./-f z max. [N] 3000/8000/4000 2000/5000/2500 3000/8000/4000 2000/5000/2500 3000/8000/4000 2000/5000/2500 *The specified driving forces are maximum values for modules with toothed-belt drives at a given speed. **The diagram shows the maximum spindle speed depending on the speed of the spindle supports (SA) and the overall length of the unit. 394

Beta 110 Main view ZSS/ZRS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 1 Connection linear unit 2 Attachment connection 6 Drive connection 9 Effective stroke AO Lubricant connection BT With long slide plate CN On both sides GM Fit for centering pins GR Fit for centering 395

Beta 110 Main view ASS/ARS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 1 Connection linear unit 2 Attachment connection 6 Drive connection 9 Effective stroke AO Lubricant connection CN On both sides GM Fit for centering pins GR Fit for centering 396

Beta 110 Main view SSS/SRS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 1 Connection linear unit 2 Attachment connection 6 Drive connection 7 Number of spindle supports 9 Effective stroke AO Lubricant connection BT With long slide plate CN On both sides GM Fit for centering pins GR Fit for centering 397

Beta 110 Side definition Drive shafts in profile (rack and pinion drive) AN Limit switch standard position This drawing indicates the definition for the sides. This serves as the basis for all attachments. Depending on the axis application, the seat of the drive shaft has to be defined in the order text. Particularly with axis combinations and mechanical synchronization, several drive shafts are required. Drive shafts in slide (rack and pinion drive) Mounting Depending on the axis application, the seat of the drive shaft has to be defined in the order text. Particularly with axis combinations and mechanical synchronization, several drive shafts are required. AM Mounting strip IT T-nut at the bottom side IK Lateral T-nut IL Applicable for B110-ZSS-SSS/110-C-SGV The drawing shows the position of the mounting options. 398

Beta 110 Fastening elements Connection shaft Mounting strip T-nut at the bottom side Lateral T-nut The unit can be secured either by using T-nuts or mounting strips. The exact mounting position is indicated on the adjacent attachment illustration. Description ID Mounting strip BL2-70x15x20-01 0331401 T-Nuts NS 10-M6-6 0331422 NS 11-M4 0331429 NS 1-M4 0331404 NS 2-M5 0331405 NS 4.1-M8-6 0331430 NS 5-M8-8 0331408 RM2-M4 0331425 RM6-M6 0331427 Description Connection shaft Min. AA [mm] B 110-ZSS GX4/GX8 320 B 110-ZRS GX4/GX8 320 B 110-SSS GX4 350 B 110-SRS GX4 350 399

Beta 110 Angle belt drive Motor bell schematic diagram Linear unit Drive connection Attachment direction of angle belt drive Dependent on transmission ratio and toothed belt design The angle belt drive allows to achieve various drive solutions in confined spaces. SCHUNK offers the suitable angle gear for your drive. Length of the drive shaft of the motor/gear Length of linear unitʼs drive journal Coupling length Different drive solutions can be attached to our axes. SCHUNK offers you the suitable motor bell and coupling for your drive. Description G H I J K [mm] [mm] [mm] [mm] [mm] B 110-SSS 328 190 64 80 142 B 110-SRS 328 190 64 80 142 i Possible transmission ratios: i = 1 : 1, i = 2 : 1 and i = 3 : 1 400

Beta 110 Limit and reference switch Cable outlet Inductive limit and reference switches Mechanical limit switches Generally two EO-02 switches are used as limit switches and one ES-02 is used as reference switch. Description ID Often combined Inductive proximity switches EO-02 0331410 EO-10 0331412 ES-02 0331411 ES-10 0331413 Mechanical limit switches EMB 0331415 EMS 0331414 i The positions and dimensions of limit switches, switching lugs, and mounting components may vary depending on the application and the selected limit switches. Please contact us for assistance. 401

Beta 120 Max. driving force (toothed belt)* Forces and moments Driving force Speed Spindle supports** Speed For values see technical data table i The forces and moments shown here are maximum values for individual loading. If several forces and/or torques are applied at the same time, the maximum permitted individual values will be lower. Axis length Technical data Description B 120-C-ZSS B 120-ZRS B 120-C-SSS Max. stroke [mm] 7 52 0 7 52 0 5 1 2 0 Max. driving force [N] 4 8 0 0 4000 12000 Repeat accuracy [mm] ± 0. 0 8 ± 0. 0 8 ± 0. 03 Max. total length [mm] 8100 8100 5600 Max. speed [m / s ] 5 8 3 Max. acceleration [m / s ² ] 6 0 6 0 2 0 Base weight per 0 mm of stroke [k g ] 2 1 1 2. 5 2 2 Weight per 100 mm of stroke [k g ] 2.4 1. 3 2.7 Slide weight [k g ] 8 6 8 Slide weight, long [k g ] 1 2 9. 4 1 2 Drive concept Belt drive Belt drive Spindle drive Idle torque [Nm] 4. 5 3. 2 2 Moment of inertia [k g m ² ] 0. 02 1 0. 0 1 5 0.000645 Toothed belt type 60 ATL 10 50 ATL 10 Traverse path per revolution [mm] 3 0 0 2 4 0 Spindle diameter [mm] 32 Spindle pitch [mm] 5/10/20/40/60 Max. spindle speed [1 / m i n] 3000 Moments M x max./m y max./m z max. [Nm] 600/1500/1000 350/700/500 600/1500/1000 Forces F y max./f z max./-f z max. [N] 4000/12000/6000 2500/6000/3000 4000/12000/6000 *The specified driving forces are maximum values for modules with toothed-belt drives at a given speed. **The diagram shows the maximum spindle speed depending on the speed of the spindle supports (SA) and the overall length of the unit. 402

Beta 120 Main view C-ZSS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 1 Connection linear unit 2 Attachment connection 6 Drive connection 9 Effective stroke AO Lubricant connection BT With long slide plate CN On both sides GM Fit for centering pins GR Fit for centering 403

Beta 120 Main view ZRS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 1 Connection linear unit 2 Attachment connection 6 Drive connection 9 Effective stroke AO Lubricant connection BT With long slide plate CN On both sides GM Fit for centering pins GR Fit for centering 404

Beta 120 Main view C-SSS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 1 Connection linear unit 2 Attachment connection 6 Drive connection 7 Number of spindle supports 9 Effective stroke AO Lubricant connection BT With long slide plate CN On both sides GM Fit for centering pins GR Fit for centering 405

Beta 120 Side definition Drive shafts in profile (rack and pinion drive) AN Limit switch standard position This drawing indicates the definition for the sides. This serves as the basis for all attachments. Depending on the axis application, the seat of the drive shaft has to be defined in the order text. Particularly with axis combinations and mechanical synchronization, several drive shafts are required. Drive shafts in slide (rack and pinion drive) Mounting Depending on the axis application, the seat of the drive shaft has to be defined in the order text. Particularly with axis combinations and mechanical synchronization, several drive shafts are required. AM Mounting strip IT T-nut at the bottom side IK Lateral T-nut The drawing shows the position of the mounting options. 406

Beta 120 C-version attachment Fastening elements Mounting strip T-nut at the bottom side Lateral T-nut Mounting strip T-nut at the bottom side Lateral T-nut The drawing shows the position of the mounting options. The unit can be secured either by using T-nuts or mounting strips. The exact mounting position is indicated on the adjacent attachment illustration. Description ID Mounting strip BL1-70x15x17.5-01 0331400 T-Nuts NS 10-M6-6 0331422 NS 1-M4 0331404 NS 2-M5 0331405 NS 4.1-M8-6 0331430 NS 5-M8-8 0331408 RM2-M4 0331425 RM6-M6 0331427 407

Beta 120 C-version mounting elements Connection shaft Mounting strip T-nut at the bottom side Lateral T-nut The unit can be secured either by using T-nuts or mounting strips. The exact mounting position is indicated on the adjacent attachment illustration. Description ID Mounting strip BL7 0331435 T-Nuts NS 13-M4 0331431 NS 14-M8 0331432 Description Connection shaft Min. AA [mm] B 120-C-ZSS GX4/GX8 300 B 120-ZRS GX4/GX8 300 B 120-C-SSS GX4 350 408

Beta 120 Angle belt drive Motor bell schematic diagram Linear unit Drive connection Attachment direction of angle belt drive Dependent on transmission ratio and toothed belt design The angle belt drive allows to achieve various drive solutions in confined spaces. SCHUNK offers the suitable angle gear for your drive. Length of the drive shaft of the motor/gear Length of linear unitʼs drive journal Coupling length Different drive solutions can be attached to our axes. SCHUNK offers you the suitable motor bell and coupling for your drive. Description G H I J K [mm] [mm] [mm] [mm] [mm] B 120-C-SSS 328 190 64 80 142 i Possible transmission ratios: i = 1 : 1, i = 2 : 1 and i = 3 : 1 409

Beta 120 Limit and reference switch Cable outlet Inductive limit and reference switches Mechanical limit switches Generally two EO-02 switches are used as limit switches and one ES-02 is used as reference switch. Description ID Often combined Inductive proximity switches EO-02 0331410 EO-10 0331412 ES-02 0331411 ES-10 0331413 Mechanical limit switches EMB 0331415 EMS 0331414 i The positions and dimensions of limit switches, switching lugs, and mounting components may vary depending on the application and the selected limit switches. Please contact us for assistance. 410

Notes 411

Beta 140 Max. driving force (toothed belt)* Forces and moments Driving force Speed Spindle supports** Speed For values see technical data table i The forces and moments shown here are maximum values for individual loading. If several forces and/or torques are applied at the same time, the maximum permitted individual values will be lower. Axis length Technical data Description B 140-C-ZSS B 140-ZRS B 140-C-ASS B 140-ARS B 140-C-SSS B 140-SRS Max. stroke [mm] 747 0 7 5 4 0 747 0 747 0 5 1 2 0 4 92 0 Max. driving force [N] 4000 4000 2 5 0 0 2 5 0 0 6000 6000 Repeat accuracy [mm] ± 0. 0 8 ± 0. 0 8 ± 0. 0 8 ± 0. 0 8 ± 0. 03 ± 0. 03 Max. total length [mm] 8100 8100 8100 8100 5600 5 4 0 0 Max. speed [m / s ] 5 8 5 8 2. 5 2. 5 Max. acceleration [m / s ² ] 6 0 6 0 6 0 6 0 2 0 2 0 Base weight per 0 mm of stroke [k g ] 1 5 1 3. 5 3 0 2 8 1 5 1 4 Weight per 100 mm of stroke [k g ] 1.7 1. 3 1. 5 1. 2 1.9 1. 4 Slide weight [k g ] 7. 5 7 7 6. 2 Slide weight, long [k g ] 11.7 1 1 1 0.9 9.7 Drive concept Belt drive Belt drive Belt drive Belt drive Spindle drive Spindle drive Idle torque [Nm] 3. 5 3. 5 3. 5 3. 5 1. 5 1 Moment of inertia [k g m ² ] 0. 02 0. 0 19 0. 03 7 0. 035 0.000225 0.000225 Toothed belt type 50 AT 10-E 50 AT 10-E 50 AT 10-E 50 AT 10-E Traverse path per revolution [mm] 22 0 22 0 2 4 0 2 4 0 Spindle diameter [mm] 2 5 2 5 Spindle pitch [mm] 5/10/25/50 5/10/25/50 Max. spindle speed [1 / m i n] 3000 3000 Moments M x max./m y max./m z max. [Nm] 600/1200/1200 350/700/500 600/1200/1200 350/600/600 600/1200/1200 350/700/700 Forces F y max./f z max./-f z max. [N] 3200/7500/5000 2500/5000/3000 3200/7500/5000 2500/5000/3000 3200/7500/5000 2500/5000/3000 *The specified driving forces are maximum values for modules with toothed-belt drives at a given speed. **The diagram shows the maximum spindle speed depending on the speed of the spindle supports (SA) and the overall length of the unit. 412

Beta 140 Main view C-ZSS and ZRS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 1 Connection linear unit 2 Attachment connection 6 Drive connection 9 Effective stroke AO Lubricant connection BT With long slide plate CN On both sides GM Fit for centering pins GR Fit for centering 413

Beta 140 Main view C-ASS and ARS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 1 Connection linear unit 2 Attachment connection 6 Drive connection 9 Effective stroke AO Lubricant connection BT With long slide plate CN On both sides GM Fit for centering pins GR Fit for centering 414

Beta 140 Main view C-SSS and SRS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 1 Connection linear unit 2 Attachment connection 6 Drive connection 7 Number of spindle supports 9 Effective stroke AO Lubricant connection BT With long slide plate CN On both sides GM Fit for centering pins GR Fit for centering 415

Beta 140 Side definition Drive shafts in profile (rack and pinion drive) AN Limit switch standard position This drawing indicates the definition for the sides. This serves as the basis for all attachments. Depending on the axis application, the seat of the drive shaft has to be defined in the order text. Particularly with axis combinations and mechanical synchronization, several drive shafts are required. Drive shafts in slide (rack and pinion drive) Mounting Depending on the axis application, the seat of the drive shaft has to be defined in the order text. Particularly with axis combinations and mechanical synchronization, several drive shafts are required. AM Mounting strip IT T-nut at the bottom side IK Lateral T-nut The drawing shows the position of the mounting options. 416

Beta 140 C-version attachment Fastening elements Mounting strip T-nut at the bottom side Lateral T-nut Mounting strip T-nut at the bottom side Lateral T-nut The drawing shows the position of the mounting options. The unit can be secured either by using T-nuts or mounting strips. The exact mounting position is indicated on the adjacent attachment illustration. Description ID Mounting strip BL6-70x15x20-01 0331428 T-Nuts NS 10-M6-6 0331422 NS 1-M4 0331404 NS 3-M6 0331406 NS 4.1-M8-6 0331430 RM2-M4 0331425 RM4-M5 0331426 417

Beta 140 C-version mounting elements Connection shaft Mounting strip T-nut at the bottom side Lateral T-nut The unit can be secured either by using T-nuts or mounting strips. The exact mounting position is indicated on the adjacent attachment illustration. Description ID Mounting strip BL2-70x15x20-01 0331401 T-Nuts NS 10-M6-6 0331422 NS 12-M3 0331424 NS 4.1-M8-6 0331430 NS 8-M5 0331420 NS 9-M4 0331421 Description Connection shaft Min. AA [mm] B 140-C-ZSS GX4/GX8 310 B 140-ZRS GX4/GX8 310 B 140-C-SSS GX4 350 B 140-SRS GX4 350 418

Beta 140 Angle belt drive Motor bell schematic diagram Linear unit Drive connection Attachment direction of angle belt drive Dependent on transmission ratio and toothed belt design The angle belt drive allows to achieve various drive solutions in confined spaces. SCHUNK offers the suitable angle gear for your drive. Length of the drive shaft of the motor/gear Length of linear unitʼs drive journal Coupling length Different drive solutions can be attached to our axes. SCHUNK offers you the suitable motor bell and coupling for your drive. Description G H I J K [mm] [mm] [mm] [mm] [mm] B 140-C-SSS 328 190 64 80 142 B 140-SRS 328 190 64 80 142 i Possible transmission ratios: i = 1 : 1, i = 2 : 1 and i = 3 : 1 419

Beta 140 Limit and reference switch Cable outlet Inductive limit and reference switches Mechanical limit switches Generally two EO-02 switches are used as limit switches and one ES-02 is used as reference switch. Description ID Often combined Inductive proximity switches EO-02 0331410 EO-10 0331412 ES-02 0331411 ES-10 0331413 Mechanical limit switches EMB 0331415 EMS 0331414 i The positions and dimensions of limit switches, switching lugs, and mounting components may vary depending on the application and the selected limit switches. Please contact us for assistance. 420

Notes 421

Beta 165 Max. driving force (toothed belt)* Forces and moments Driving force Spindle supports** Speed F y max. 5000 N F z max. 15000 N - F z max. 8000 N Speed i The forces and moments shown here are maximum values for individual loading. If several forces and/or torques are applied at the same time, the maximum permitted individual values will be lower. Axis length Technical data Description B 165-ZSS B 165-SSS Max. stroke [mm] 6 92 0 5010 Max. driving force [N] 10000 18000 Repeat accuracy [mm] ± 0. 0 8 ± 0. 03 Max. total length [mm] 7 7 0 0 5600 Max. speed [m / s ] 5 2 Max. acceleration [m / s ² ] 6 0 2 0 Base weight per 0 mm of stroke [k g ] 3 8. 4 33.9 Weight per 100 mm of stroke [k g ] 3 3.7 Slide weight [k g ] 11.9 11.5 Slide weight, long [k g ] 17.9 17. 2 5 Drive concept Belt drive Spindle drive Idle torque [Nm] 1 2 3 Moment of inertia [k g m ² ] 0. 0 8 5 0.00165 Toothed belt type 75 ATS 15 Traverse path per revolution [mm] 45 0 Spindle diameter [mm] 4 0 Spindle pitch [mm] 5/10/20/40 Max. spindle speed [1 / m i n] 3000 Moments M x max./m y max./m z max. [Nm] 700/1400/1100 800/1800/1400 *The specified driving forces are maximum values for modules with toothed-belt drives at a given speed. **The diagram shows the maximum spindle speed depending on the speed of the spindle supports (SA) and the overall length of the unit. 422

Beta 165 Main view ZSS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 1 Connection linear unit 2 Attachment connection 6 Drive connection 9 Effective stroke AO Lubricant connection BT With long slide plate CN On both sides GM Fit for centering pins GR Fit for centering 423

Beta 165 Main view SSS The drawing shows the unit in standard design, without considering any dimensions of the options described below. 1 Connection linear unit 2 Attachment connection 6 Drive connection 7 Number of spindle supports 9 Effective stroke AO Lubricant connection BT With long slide plate CN On both sides GM Fit for centering pins GR Fit for centering 424

Beta 165 Side definition Drive shafts in profile (rack and pinion drive) AN Limit switch standard position This drawing indicates the definition for the sides. This serves as the basis for all attachments. Depending on the axis application, the seat of the drive shaft has to be defined in the order text. Particularly with axis combinations and mechanical synchronization, several drive shafts are required. Drive shafts in slide (rack and pinion drive) Mounting Depending on the axis application, the seat of the drive shaft has to be defined in the order text. Particularly with axis combinations and mechanical synchronization, several drive shafts are required. AM Mounting strip IT T-nut at the bottom side The drawing shows the position of the mounting options. 425

Beta 165 S-version attachment Fastening elements Mounting strip T-nut at the bottom side Mounting strip T-nut at the bottom side The drawing shows the position of the mounting options. i The S-version of the attachment is used on toothed belt drives as of an overall length of 5,840 mm. The unit can be secured either by using T-nuts or mounting strips. The exact mounting position is indicated on the adjacent attachment illustration. Description ID Mounting strip BL3-80x25x30-01 0331402 T-Nuts NS 6-M10 0331409 RM6-M6 0331427 Connection shaft Angle belt drive Description Connection shaft Min. AA [mm] B 165-ZSS GX16 350 B 165-SSS GX8 430 Linear unit Drive connection Attachment direction of angle belt drive Dependent on transmission ratio and toothed belt design The angle belt drive allows to achieve various drive solutions in confined spaces. SCHUNK offers the suitable angle gear for your drive. Description G H I J K [mm] [mm] [mm] [mm] [mm] B 165-SSS 328 190 64 80 142 i Possible transmission ratios: i = 1 : 1, i = 2 : 1 and i = 3 : 1 426

Beta 165 Motor bell schematic diagram Limit and reference switch Length of the drive shaft of the motor/gear Length of linear unitʼs drive journal Coupling length Cable outlet Inductive limit and reference switches Mechanical limit switches Different drive solutions can be attached to our axes. SCHUNK offers you the suitable motor bell and coupling for your drive. Generally two EO-02 switches are used as limit switches and one ES-02 is used as reference switch. Description ID Often combined Inductive proximity switches EO-02 0331410 EO-10 0331412 ES-02 0331411 ES-10 0331413 Mechanical limit switches EMB 0331415 EMS 0331414 i The positions and dimensions of limit switches, switching lugs, and mounting components may vary depending on the application and the selected limit switches. Please contact us for assistance. 427

Beta 180 Max. driving force (toothed belt)* Forces and moments Driving force Spindle supports** Speed Speed M x max. 1800 Nm M y max. 3600 Nm M z max. 1800 Nm F y max. 8000 N F z max. 15000 N - F z max. 8000 N i The forces and moments shown here are maximum values for individual loading. If several forces and/or torques are applied at the same time, the maximum permitted individual values will be lower. Axis length Technical data Description B 180-C-ZSS B 180-C-ASS B 180-C-SSS Max. stroke [mm] 55 0 0 5 47 0 5 03 0 Max. driving force [N] 6000 35 0 0 12000 Repeat accuracy [mm] ± 0. 0 8 ± 0. 0 8 ± 0. 03 Max. total length [mm] 6 2 0 0 6 2 0 0 5600 Max. speed [m / s ] 5 5 3 Max. acceleration [m / s ² ] 6 0 6 0 2 0 Base weight per 0 mm of stroke [k g ] 3 9.7 51.5 3 7 Weight per 100 mm of stroke [k g ] 2. 6 3. 6 3 Slide weight [k g ] 1 4. 6 5 1 4. 3 Slide weight, long [k g ] 1 5.7 5 15.4 Drive concept Belt drive Belt drive Spindle drive Idle torque [Nm] 8 8 2. 5 Moment of inertia [k g m ² ] 0. 0 4 6 5 0. 0 7 7 5 0.000645 Toothed belt type 75 AT 10 75 AT 10 Traverse path per revolution [mm] 32 0 32 0 Spindle diameter [mm] 32 Spindle pitch [mm] 5/10/20/40/60 Max. spindle speed [1 / m i n] 3000 *The specified driving forces are maximum values for modules with toothed-belt drives at a given speed. **The diagram shows the maximum spindle speed depending on the speed of the spindle supports (SA) and the overall length of the unit. 428