drylin E - electric drive technology

Transcription

1 drylin E - electric Lubrication free linear modules Clean operation, resistant to dirt Toothed belts, rack s, trapezoidal / high helix threads Large range of accessories Configure online 1137

2 drylin E Advantages Linear axes with motor Lubrication and maintenance free drylin linear guide systems Clean with no lubrication required Lightweight due to the use of plastics and aluminium Drive: lead screw, toothed belt or rack End support using a ball bearing Suitable motor kits (flange/coupling) for drylin E-motors drylin E Product overview Automation with drylin E Linear axes with motor Pre-configured drylin E linear axes (motor/stroke length/orientation) DLE from stock (: lead screw/ toothed belt) Individually configurable drylin E linear axes (axis/ /stroke length/motor/orientation) Drive: lead screw/toothed belt/rack drylin E lead screw motor actuators From page 1142 The requirements for motorised adjustments are becoming ever more demanding, installation spaces are reducing in size and customised solutions are sought for many systems. drylin offers the right linear axis for almost any installation size based on a thread, toothed belt or rack. Thanks to drylin E-automation, drylin linear axes can be operated with hybrid stepper motors or DC motors. Integrated encoders and freely positionable proximity switches offer outstanding machine reliability. The design can be flexibly adapted to the level of available space. The combination of linear axes makes it possible to offer entire gantry structures as line/surface or room gantries. For rapid solutions, igus offers preconfigured and assembled systems from stock. All drylin linear axes can be calculated online and configured and ordered entirely ready for installation and connection. Lubrication free linear axis Clean and dirt resistant operation Extensive accessories Lead screw motors Precise and efficient Compact structure, variable lead screw pitches Stepper motors with/without encoder From page 1160 Gantries Pre-configured assembly kits available from stock 3 differenet gantries: line / flat / room Workspaces up to x x 0 mm From page 1164 Typical application areas: Packaging Laboratory Machinery of all kinds Medical Limit and reference switches Ready to install with NEMA stepper motors or DC motors Increased machine reliability with encoder and brakes Online configurator -finder Individual parts NEMA stepper motors, DC motors Limit and reference switches Accessories: extensions, spacers, adapter plates etc. From page 1170 Block pricing online No minimum order value. From batch size 1 Available from stock Detailed information about delivery time online. chainflex motor cables and e-chainsystems from igus 1138 Lifetime calculation, configuration and more 1139

3 drylin E Online drylin E Application examples Complete configurable, incl. motors CAMERA ADJUSTMENT Quiet, vibration and lubrication free operation is given on this camera adjustment on a conveyor belt using a drylin ZLW toothed belt axis. SAMPLER/PIPETTOR Space-saving telescope adjustment through compact and lubrication free drylin ZLW toothed belt axes. (Sierra Sensors GmbH) ADJUSTMENT OF INSPECTION EQUIPMENT drylin ZLW toothed belt axis in the inspection camera adjustment for the position inspection of sealing rings. (OLPE Jena GmbH) SENSOR ADJUSTMENT/MEASURING SYSTEMS drylin ZLW-0630 toothed belt axes as a two-dimensional gantry (X,Y axis) to adjust a laser measuring head. Compact, lightweight and maintenance free due to polymer plain bearings. PICK AND PLACE Fast and maintenance free handling with drylin toothed belt as as a three-dimensional gantry (X,Y,Z axis). HANDLING OF SMALL PARTS The tough and lubrication free design of the ZLW and drylin W profiles allows a long and maintenance free process cycle. In addition to calculating the correct linear unit, the product finder for drylin also provides for the option to calculate the correct motors, incl. service life. The solutions can be found, configured and ordered, all with the same tool. Linear solutions tailored to your application, including motor if required Configure accessories and order function Motor selection including load calculation Easy to understand results screen to select the ideal solution Convenient access to other functions, such as online catalogue, shopping-basket, downloads, etc. -finder applications 1140 Lifetime calculation, configuration and more 1141

4 drylin E drylin E Linear axes with motor DLE drylin E drylin E Linear axes with motor DLE Linear axes with motor from stock - deliverable within 24 hours Available in 24 hours Linear axes with motor igus now delivers ready to install, pre-configured linear modules (: lead screw or toothed belt) from stock within 24 hours. You simply choose between 3 sizes, 3 stroke lengths and 3 stepper motors... and the system is delivered in 24 hours after you place your order. DLE-SA-0001 Drive: lead screw or toothed belt Absolutely lubrication free NEMA stepper motors with stranded wires Pre-assembled and tested Based on drylin linear axes ZLW and SAW Technical data DLE-SA-0002 DLE-SA-0003 Installation size Carriage length Stroke length Motor Max. static load capacity axial [N] radial [N] DLE-SA-0001 ZLW-0630 Basic NEMA17 stranded wires DLE-SA-0002 ZLW-40 Basic 0 NEMA23 stranded wires DLE-SA-0003 ZLW-80 Standard DLE-SA-0004 SAW-0630 Tr08x NEMA17 stranded wires DLE-SA-0005 SAW-40 Trx2 69 NEMA23 stranded wires 2,000 DLE-SA-0006 SAW-80 Trx3 0 NEMA23XL stranded wires 750 2,000 1,000 NEMA23XL stranded wires Dimensionally interchangeable with drylin linear axes SAW Page 90 ZLW Page 1130 Technical data SAW Page 90 ZLW Page 1130 Further information about the motors Page 1174 DLE-SA-0004 DLE-SA-0005 DLE-SA Lifetime calculation, configuration and more 1143

5 drylin E drylin E Linear axes with motor SAW Linear axes with lead screw drylin E Linear axes with motor SAW drylin E When to use it? For format adjustments and to position medium loads In extreme environments When a cost-effective, ready-to-fit solution is needed For low noise For unsupported installations When not to use it? When high loads need to travel at highly dynamic forces When positioning accuracy <0.1 mm is required When high running speed is required in continuous operation Lubrication and maintenance free drylin W linear profile guides Hard anodised drylin W aluminium profile (high profile shape) igus DC motors 4 versions Battery operation possible 4 trapezoidal thread pitches 3 high helix thread pitches Shaft end supports from aluminium or plastic Motor flange: motor connections Coupling igus stepper motors 5 sizes 17 versions Order key SAW-40-EPL-07-S0020RG M-S-000 Electrical connection alignment 000: 0 (standard) Installation 090: 90 size 180: : Assembly 1660 S: Assembly on the Design shaft (standard) SAW-0630 S: Standard Motor option M: Mono carriage (plastic) L: Stranded wires SAW-40/1660 M: metric connector S: Standard C: Encoder E: Adjustable linear bearing D: Encoder and brake PL: Preload (50 N) EPL: Adjustable, preload (50 N) F: Low profile connector (DC motor) Motor size Carriage length 17: NEMA17: SAW-0630 recommended axis : 60 mm (standard) 23: NEMA23: SAW-40 recommended axis 40 07: 69 mm (standard) 23XL: NEMA23XL: : 0 mm recommended axis 40 15: 150 mm DC01: DC-Motor: 0.1 Nm SAW-1660 recommended axis : 150 mm (standard) DC03: DC motor: 0.3 Nm recommended axis Lead screw material 0630/40 S: Steel DC07: DC-Motor: 0.7 Nm E: Stainless steel recommended axis 0630 DC15: DC motor: 1.5 Nm Pitch recommended axis SAW / : Tr08x1.5 mm (steel) 0150: Sg08x15 mm (stainless steel) SAW : Trx2 mm (steel/stainless steel) 0030: Trx3 mm (steel/stainless steel) Stroke length SAW-0630: max. 300 mm SAW-40: max. mm SAW-1660: max. 750 mm 00: Sgx mm (stainless steel) Lead screw end 0: Sgx50 mm (stainless steel) G: Threaded end SAW : Tr14x4 mm (steel/stainless steel) Thread R: Right L: Left Drawings, dimensions, technical specifications, such as SAW Page 90 More information

6 drylin E drylin E Linear axes with motor SAWC Linear axes with lead screw drylin E Linear axes with motor SAWC drylin E When to use it? For format adjustments and to position medium loads When a compact solution with optimised useful full-length ratio is required For special requirement on the running behaviour When a cost-effective, ready-to-fit solution is needed For low noise For unsupported installations When not to use it? When high loads need to travel at highly dynamic forces When positioning accuracy <0.1 mm is required When high running speed is required in continuous operation Shaft end support made from aluminium Hard anodised drylin W aluminium profile (high profile shape) 2 trapezoidal thread pitches 3 high helix thread pitches Order key SAWC-40-EPL-07-S0020RG L-S-090 Electrical connection alignment 000: 0 (standard) 090: 90 Installation size 180: : Assembly Design SAWC-0630 S: Assembly on the shaft (standard) S: Standard M: Mono carriage (plastic) SAWC-40 Motor option S: Standard E: Adjustable linear bearing PL: Preload (50 N) L: Stranded wires EPL: Adjustable, preload (50 N) Motor size 17: NEMA17: recommended Carriage length SAWC : 60 mm (standard) SAWC-40 07: 69 mm (standard) : 0 mm 23: axis 0630 NEMA23: recommended axis 40 15: 150 mm Stroke length SAWC-0630: max. 300 mm SAWC-40: max. mm Lead screw material S: Steel E: Stainless steel Lead screw end G: Threaded end Lubrication and maintenance free drylin W linear profile guides igus stepper motors 2 sizes Pitch SAWC : Tr08x1.5 mm (stainless steel) 0150: Sg08x15 mm (stainless steel) SAWC : Trx2 mm (stainless steel) 00: Sgx mm (stainless steel) 0: Sgx50 mm (stainless steel) Thread R = Right More information

7 drylin E drylin E Linear axes with motor SLW Linear axes with lead screw drylin E Linear axes with motor SLW drylin E Lubrication and maintenance free drylin W linear profile guides Hard anodised drylin W aluminium profile (plain profile shape) igus DC motors 4 versions Battery operation possible 4 trapezoidal thread pitches 3 high helix thread pitches Shaft end supports from aluminium or plastic Motor flange: motor connections Coupling igus stepper motors 5 sizes 17 versions When to use it? For format adjustments and to position medium loads In extreme environments When a cost-effective, ready-to-fit solution is needed For low noise When installation space is limited When not to use it? When high loads need to travel at highly dynamic forces When positioning accuracy <0.1 mm is required When high running speed is required in continuous operation Drawings, dimensions, technical specifications, such as SLW Page 84 Order key SLW-40-EPL-07-S 0020 R G L-S-000 Electrical connection alignment 000: 0 (standard) Installation size 090: : /80 270: Assembly Design S: Assembly on the SLW-0630 shaft (standard) BB: Ball bearing Motor option SLW-40/80/1660/2080 L: Stranded wires S: Standard M: metric connector E: Adjustable linear bearing C: Encoder PL: Preload (50 N) D: Encoder and brake EPL: Adjustable, preload (50 N) F: Low profile connector BB: Ball bearing (DC motor) BBE: Ball bearing, adjustable Motor size/recommended axis linear bearing 17: NEMA17 / 0630 BBPL: Ball bearing, preload (50 Nm) 23: NEMA23 / 40, 80 BBEPL: Ball bearing, adjustable linear 23XL: NEMA23XL / 40, bearing, preload (50N) 80, : NEMA 34 / 2080 Carriage length DC01: DC-Motor: 0.1 Nm / SLW : 60 mm (standard) DC03: DC-Motor: 0.3 Nm / SLW , 40 07: 69 mm (standard) DC07: DC-Motor: 0.7 Nm / : 0 mm 40 15: 150 mm DC15: DC-Motor: 1.5 Nm / SLW-80/1660/ , : 150 mm (standard) Lead screw material Stroke length S: Steel SLW-0630: max. 300 mm E: Stainless steel SLW-40/80: max. Pitch 750 mm (BB: max. mm) SLW-0630 SLW-1660: max 750 mm 0015: TR8x1.5 mm (steel) SLW-2080: max 1,000 mm 0150: SG8x15 mm (stainless steel) (BB: 900 mm) SLW-40/80 Lead screw end 0020: TRx2 mm (steel/stainless steel) G: Threaded end 0030: TRx3 mm (steel/stainless steel) Z: End h9 (with SLW-2080) 00: SGx mm (stainless steel) 0: SGx50 mm (stainless steel) Thread SLW-1660 R = Right 0040: TR14x4 mm (steel/stainless steel) L = Left SLW : TR18x4 mm (steel/stainless steel) More information

8 drylin E drylin E Linear axes with motor SHT Linear axes with lead screw drylin E Linear axes with motor SHT drylin E Order key SHT--BBZB-AWM-S0020RG L-S shaft materials 4 trapezoidal thread pitches 3 high helix thread pitches Lubrication and maintenance free with drylin liners and lead screw nuts Carriages and shaft end supports made from anodised aluminium igus DC motors Motor flange: motor connections 4 versions Battery operation possible Coupling igus stepper motors 5 sizes 17 versions When to use it? For format adjustments and to position medium loads In extreme environments When a cost-effective, ready-to-fit solution is needed For low noise When installation space is limited When not to use it? When high loads need to travel at highly dynamic forces When positioning accuracy <0.1 mm is required When high running speed is required in continuous operation Installation size Design S: Standard PL: Preload (50 N) BB: Ball bearing BBPL: Ball bearing, preload (50 N) BBZB: Ball bearing, zero-backlash (only SHT- with SGx) Shaft material AWM: Hard-anodised aluminium SWM: Cf53 (1.13) EWM: Stainless steel X5 (1.45) Lead screw material S: Steel E: Stainless steel Pitch SHT- 0020: Trx2 mm (steel/stainless steel) 0030: Trx3 mm (steel/stainless steel) 00: Sgx mm (stainless steel) 0: Sgx50 mm (stainless steel) SHT : Tr18x4 mm (steel/stainless steel) SHT : Tr24x5 mm (steel/stainless steel) Thread R: Right L: Left Lead screw end G: Threaded end (with SHT-) Z: End h9 (with SHT-20) Z: End 14h9 (with SHT-30) Electrical connection alignment 000: 0 (standard) 090: : : 270 Assembly S: Assembly on the shaft (standard) Motor option L: Stranded wires M: metric connector C: Encoder D: Encoder and brake F: Low profile connector (DC motor) Motor size 17: NEMA17: recommended axis 23: NEMA23: recommended axis /20 23XL: NEMA23XL: recommended axis 20 34: NEMA34: recommended axis 20/30 DC01: DC motor: 0.1 Nm recommended axis DC03: DC motor: 0.3 Nm recommended axis DC07: DC motor: 0.7 Nm recommended axis DC15: DC motor: 1.5 Nm recommended axis Stroke length SHT-: max. 750 mm (BB max. mm) SHT-20: max. 1,000 mm (BB max. 900 mm) SHT-30: max 1,250 mm (BB max. 00 mm) Drawings, dimensions, technical specifications, such as SHT Page 68 More information

9 drylin E drylin E Linear axes with motor SHTC Linear axes with lead screw drylin E Linear axes with motor SHTC drylin E Order key Carriages and shaft end supports SHTC-08-ZB-A-E7RG-0-17-L-000 made from anodised aluminium Electrical connection alignment 000: 0 (standard) 3 shaft materials 4 trapezoidal thread pitches Installation size 090: : : high helix thread pitches Design Motor option ZB: Zero backlash L: Stranded wires with motor flange Lubrication and maintenance free with C: Encoder with motor flange drylin liners and lead screw nuts Shaft material AWM: Hard-anodised aluminium EWM: Stainless steel X5 (1.45) G: Lead screw motor with stranded wires H: Lead screw motor with encoder Motor size Motor flange and coupling: motor connections 17: NEMA17 Lead screw design igus DC motors igus stepper motors E020RG: Stainless steel, trapezoidal thread, pitch: 2 mm Stroke length SHTC-08: max. 750 mm E025RZ: Stainless steel dryspin, 4 versions 5 sizes pitch: 2.54 mm Battery operation possible 17 versions E7RZ: Stainless steel high helix thread, pitch:.7 mm E254RZ: Stainless steel dryspin, pitch: 25.4 mm Drawings, dimensions, technical specifications, such as SHTC Page More information

10 drylin E drylin E Linear axes with motor ZLW drylin E Linear axes with motor ZLW Linear axes with toothed belt drylin E Order key ZLW B-60-L M-S-000 When to use it? Fast positioning of small loads Quiet operation Slim design Continuous operation ZLW Pulley supports with deep groove bearings Hard anodised drylin W aluminium profile (high profile shape) When not to use it? When high loads must be motion controlled at high dynamic speeds When positioning accuracy <0.1 mm is required igus stepper motors 5 sizes 17 versions Various carriage lengths Lubrication and maintenance free drylin W linear profile guides Coupling Installation size Assembly* Drive shaft on one side S: Motor assembly on defined shaft (L or R) Drive shaft on both sides (L/R) L: Motor assembly on shaft left R: Motor assembly on shaft right Version 02: With deep groove ball bearings Design S: series standard B: series basic Polyurethane or neoprene toothed belts Motor flange: motor connections Electrical connection alignment 000: 0 (standard) 090: : : 270 igus DC motors 4 versions Battery operation possible Carriage length 60: 60 mm (only ZLW 0630) 0: 0 mm 150: 150 mm 200: 200 mm 250: 250 mm Motor option L: Stranded wires M: Metric connectors C: Encoder D: Encoder and brake F: Low profile connector (DC motor) Drive shaft L: Left-hand shaft R: Right-hand shaft L/R: Drive both sides Stroke length ZLW-0630: max. 1,000 mm ZLW-40: max. 2,000 mm ZLW-1660: max. 3,000 mm * Assembly example, shaft on one side (connection alignment 0 ): Motor size 17: NEMA17: recommended axis : NEMA23: recommended axis 40 23XL: NEMA23XL:recommended axis 40 34: NEMA34: recommended axis 40/1660 DC01: DC-Motor 0.1 Nm: recommended axis 0630 DC03:DC-Motor: 0.3 Nm: recommended axis 0630 DC07:DC-Motor: 0.7 Nm recommended axis 40 DC15:DC-Motor: 1.5 Nm recommended axis 40 S: Motor assembly on defined shaft (L or R) * Assembly example, shaft on one side (connection alignment 0 ): Drawings, dimensions, technical specifications, such as ZLW 1154 More information Page 1130 L: Motor assembly on shaft left R: Motor assembly on shaft right 1155

11 drylin E drylin E Linear axes with motor SLN drylin E Linear axes with motor GRW Miniature linear axis with lead screw Cantilever axis with rack drylin E Base body made from corrosion resistant tough plastic Aluminium base body Lubrication free linear guide using polymer plain bearings Assembly option for limit reference switch already integrated Lubrication and maintenance free drylin N low profile linear guides igus stepper motors 1 size 4 versions 1 trapezoidal thread pitch, 1 high helix thread pitch Motor flange: motor connections igus stepper motors 1 size 2 versions Lubrication and maintenance free drylin W linear profile guides Order key SLN L-S-000 Motor pin alignment 000: 0 (standard) 090: : : 270 Installation size Shaft end support 01: Plain bearing 02: Ball bearing Assembly Options HR: Hand wheel D1-F: DC Motor, 25 Nm, 375 rpm E1-F: DC Motor, 6 Nm, 137 rpm J1-F: DC Motor, 0.19 Nm, 36 rpm 11-L: NEMA11, stranded wires 11-C: NEMA11, encoder/stranded wires 11-G: NEMA11 lead screw motor, stranded wires 11-H: NEMA11 lead screw motor, encoder/ stranded wires Stroke length max. 250 mm Carriage 03: Basic 04: Standard, adjustable 05: Standard, preload Pitch 0008: M5x0.8 (stainless steel) 0050: Sg5x5 (stainless steel) 0025: DST6.35x2.54 (stainless steel) 07: Sg6.35x.7 (stainless steel) 0254: DST6.35x25.4 (stainless steel) Drawings, dimensions, technical specifications, such as SLN 11 More information Page 11 Order key GRW-0630-A L-S-000 Motor pin alignment 000: 0 (standard) 090: : : 270 Installation size 0630 Assembly S: Assembly with one shaft (standard) Design A: Standard Motor option L: Stranded wires M: Metric connectors C: Encoder D: Encoder and brake Carriage length 80: 80 mm Stroke length max. 150 mm Motor size 17: NEMA17 More information

12 drylin E drylin E Linear axes with motor GRQ drylin E drylin E Linear axes with motor GRQ Gripper axis with rack Order key GRQ --A L-S-000 Connection components for E2 micro e-chain Motor pin alignment 000: 0 (standard) 090: : : 270 Installation size Toothed, hard anodised, corrosion resistant square hollow section (drylin Q) Design A: Standard Assembly S: Standard Drive unit width End switch/proximity switch 0: Without 1: Proximity switch L 2: Proximity switch R 3: Proximity switch L + R 4: Proximity switch + trigger L 5: Proximity switch + trigger R 6: Proximity switch + trigger L + R NEMA11 stepper motor with gear wheel Housing bearing made from iglidur J Adapter kit for gripper or sensors Stroke length max. 200 mm Adapter / accessories 0: Without 1: Adapter plate L 2: Adapter plate R kt L max. kt Motor size 11: NEMA11 Chain connection/ Energy supply 0: Without 1: Chain connection L 2: Chain connection R H1 H1 A Motor option L: Stranded wires C: Encoder, stranded wires L max. A E1 E1 B E2 tg tk tk E2 B tg Dimensions [mm] GRQ--A L More information F v [N] [m/s] L max A 200 H1 E1 E2 B tg tk kt B Q D

13 drylin E drylin E Lead screw motors Advantages High machine reliability with encoder NEMA stepper motors with holding torques from 01 to 2.0 Nm Direct centring via H7/h7 motor/lead screw adjustment Lead screw can be attached on either side Durable dryspin high helix thread or self-locking trapezoidal thread drylin E Lead screw motors Product overview Efficient, precise and compact drylin lead screw motors drylin E Lead screw motor NEMA 11/17/23 stepper motos Holding torque Nm The lead screw can be attached on either side From page 1162 drylin E with the lead screw motor range is the optimum solution for systems that need a stepper motor with a directly integrated lead screw. The stand-alone versions have a compact design and are available with NEMA stepper motors with and without an encoder. The lead screw is precisely centred and, in combination with the dryspin high helix thread, the system has a long service life. 3 stepper motor sizes Lubrication free drylin lead screw Can be delivered ready for connection Lead screw motor with encoder NEMA 11/17/23 stepper motor Increased machine reliability Can be used with 7 lead screw pitches from mm From page 1162 drylin lead screws for stepper motor Typical application areas: Medical Tool building Laboratory Lubrication free drylin threaded nut, cylindrical or with flange Efficient dryspin high helix lead screw, ready to install with precision machined ends Self-locking trapezoidal thread lead screw, ready to install with precision machined ends Available for delivery individually or fully assembled From page 1163 max. 50 C min. 0 C 3 stepper motor sizes Matching dryspin high helix lead screw nut Available in several geometric designs and pitches From page 991 Block pricing online No minimum order value. From batch size 1 Available from stock Matching drylin trapezoidal lead screw nut Lubrication free, self-locking and available in several plastic materials From page Detailed information about delivery time online. drylin E lead screw motors installed in drylin SAWC with motor From page 1146 drylin SHTC with motor From page 1152 drylin SLN with motor Page Lifetime calculation, configuration and more 1161

14 drylin E drylin E Lead screw motors Product range drylin E Lead screw motors Product range Stand-alone solution for customer requirements with or without encoder Lead screw with precision machined ends drylin E Material: stainless steel Lead screw needs to be secured with an adhesive Ready to fit Ø Usable thread length = Total length - 20 mm 3 stepper motor sizes with stranded wire and holding torque Nm 7 lead screw types with pitches from mm Maximum precision by centring the lead screw with a H7/h7 motor/lead screw fit Matching lead screw nuts in the drylin product range Available for delivery ready for connection with drylin linear axes SAWC, SLN and SLT Technical high helix threads with dryspin When using a stepper motor without an encoder the lead screw can be attached on either side Space saving, versatile Technical data stepper motor with stranded wire Motor size Total length: XXX Distance over hubs Holding torque Shaft load [mm] [Nm] axial [N] Encoder MOT-ST-28-L-A-A NEMA no MOT-ST-42-L-A-A NEMA no MOT-ST--L-A-A NEMA no MOT-ST-28-L-C-A NEMA yes MOT-ST-42-L-C-A NEMA yes MOT-ST--L-C-A NEMA yes Detailed technical data online Motor size Distance over hubs Thread type Lead screw -Ø Pitch max. [mm] [mm] [mm] axial [N] Length DST-LS-MOT-6.35X2.54-R-XXX-ES NEMA11 28 DST DST-LS-MOT-6.35X25.4-R-XXX-ES NEMA11 28 DST DST-LS-MOT-X-R-XXX-ES NEMA17/23 42 / DST DST-LS-MOT-X25-R-XXX-ES NEMA17/23 42 / DST 25 DST-LS-MOT-X50-R-XXX-ES NEMA17/23 42 / DST 50 DST-LS-MOT-14X25-R-00-ES NEMA17/23 42 / DST Pitch max. Technical data high helix threads without dryspin Motor size Distance over hubs Thread type Lead screw -Ø [mm] [mm] [mm] axial [N] Length PTGSG-MOT-M5X0,8-R-XXX-ES NEMA11 28 M PTGSG-MOT-08X1,5-R-XXX-ES NEMA17/23 42 / TR PTGSG-MOT-X2-R-XXX-ES NEMA17/23 42 / TR 2 PTGSG-MOT-X3-R-XXX-ES NEMA17/23 42 / TR 3 PTGSG-MOT-X6P3-R-XXX-ES NEMA17/23 42 / TR 6P3 PTGSG-MOT-05X5-R-XXX-ES NEMA11 28 SG PTGSG-MOT-06.35X.7-R-XXX-ES NEMA11 28 SG PTGSG-MOT-08X15-R-XXX-ES NEMA17/23 42 / SG PTGSG-MOT-X-R-XXX-ES NEMA17/23 42 / SG PTGSG-MOT-X50-R-XXX-ES NEMA17/23 42 / SG 50 PTGSG-MOT-X25-R-XXX-ES NEMA17/23 42 / SG 25 XXX: Lead screw length If desired by the factory, please order using the following assembly number: Assembly front: MONT004F000 (flange side) Assembly back: MONT004B000 (assembly not possible with a motor with an encoder) 1162 Lifetime calculation, configuration and more Lead screw needs to be secured with an adhesive (Loctite 648)! Curing time: after 6 hours approx. 50% after 24 hours 0% 1163

15 drylin E drylin E Multi-axis gantries Advantages Lubrication free drylin W profile rails Drive: lead screw, toothed belt or rack Accessories included drylin E Multi-axis gantries Product overview Pre-assembled from stock drylin multi-axis gantries drylin E Line gantry Using drylin linear axes ZLW-80 and GRW-0630 NEMA 17/23 stepper motors, assembled and tested Increased machine reliability with encoder From page 1166 Gantries combine several linear axes in order to implement a multidimensional movement. igus offers 3 gantry systems as pre-assembled systems for various applications and workspaces. Available for delivery within 24 hours, all of the gantry solutions are based on lubrication free drylin linear axes with stepper motors. Drive: toothed belt or rack Gantry systems from stock Defined stroke length Rapid assembly Flat gantry Using drylin linear axis ZLW-0630 NEMA17 stepper motors, assembled and tested Increased machine reliability with encoder From page 1167 Typical application areas: Pick and place Measurement and testing Assembly handling Labelling max. 50 C min. 0 C drylin units with defined stroke lengths 3 gantry types Workspaces up to x x 0 mm Room gantry Block pricing online Using drylin linear axes ZLW-40, ZLW-80 and GRW-0630 NEMA17/23 stepper motors, assembled and tested Increased machine reliability with encoder From page 1168 No minimum order value. From batch size 1 Ready to install with NEMA stepper motors Available from stock Detailed information about delivery time online. Machine reliability with encoder 1164 Lifetime calculation, configuration and more 1165

16 drylin E drylin E Multi-axis gantries Product range drylin E Multi-axis gantries Product range Line gantry Flat gantry : line gantry X-axis: drylin GRW-0630 rack with NEMA17 stepper motor with encoder Y-axis: drylin ZLW-80 toothed belt axis with NEMA23 stepper motor with encoder Technical data Workspace: Max. speed: Max. acceleration: Repeatability: Load capacity: drylin E : flat gantry DLE-FG-0001 X-axis: drylin ZLW-0630 toothed belt axis with NEMA17 stepper motor with encoder Y-axis: drylin ZLW-0630 toothed belt axis with NEMA17 stepper motor with encoder x 0 mm m/s 3.0 m/s2 0.3 mm N DLE-LG-0001 Technical data Workspace: Max. speed: Max. acceleration: Repeatability: Load capacity: DLE-FG-0001 / DLE-FG-0002 DLE-FG-0002 X-axis: drylin ZLW-0630 toothed belt axis with NEMA17 stepper motor with stranded wire Y-axis: drylin ZLW-0630 toothed belt axis with NEMA17 stepper motor with stranded wire Technical data x 300 mm 1.5 m/s m/s2 0.3 mm 50 N Technical data , Stroke reduction by using a Hubverlust durch limit switch: 20 mm Endschalter: 20mm 15 Hubverlust Stroke reduction bydurch using Endschalter: a limit switch: 3 3mm mm Lifetime calculation, configuration and more 1167

17 drylin E drylin E Multi-axis gantries Product range drylin E Accessories Room gantry Spacer drylin E The spacer is an aluminium standoff that brings the selected drylin linear unit to a height that matches your NEMA motor. An attachment feature for proximity switches is already integrated. Retro-fitting is also possible. : room gantry X-axis: drylin ZLW-40 toothed belt axis with NEMA23 stepper motor with encoder Y-axis: drylin ZLW-80 toothed belt axis with NEMA23 stepper motor with encoder Z-axis: drylin GRW cantilever axis with rack and NEMA17 stepper motor with encoder Technical data Workspace: Max. speed: Max. acceleration: Repeatability: Load capacity: x x 0 mm 0.2 m/s 1.5 m/s2 0.8 mm N DLE-RG-0001 Technical data Matching linear modules Height [mm] Description STY-4001 STY-8002 STY STY STY-01 STY SLW-40 SLW-80 SLW-1660 SLW-2080 SHT- SHT-20 AK-0001 AK-0002 AK-0003 AK-0004 AK-0006 AK-0007 Matching linear modules SLW-40 SLW-80 SLW-1660 SLW-2080 SHT- SHT spacer with integrated proximity switch tab. Material: aluminium anodised Description 2 spacers each, with integrated proximity switch tab including screws. Material: aluminium anodised Adapter kit for simple gantry setup Using adapter kits, multi-axis gantries can be built simply and quickly. The assembly preparation for energy chains is already in place. 673 Simple and fast multi-axes gantry setup For lead screw and toothed belt axes Energy chain assembly preparation Anodised aluminium Space and weight reducing StrokeHubverlust reduction bydurch using a limit switch: 20 mm 20mm Endschalter: 6 Typical application areas: Handling systems, filling and retrieval equipment, feed equipment, feeders, pick and place, interlinkage systems, gantries, "intelligent" conveyor belts and transportation systems AK-0011 Matching linear modules ZLW-0630 AK-00 ZLW-40 Description 2 assembly plates for XXY gantry setup, length: 0 mm incl. screws Lifetime calculation, configuration and more More information 1169

18 drylin E drylin E Stepper motor cables drylin E Limit reference switch Connecting cables Proximity switches: Limit and reference switches The ideal complement to the drylin E product range The compact and easy assembly of the proximity switches represent a logical extension of the kit approach for the drylin E range. The plastic housing makes the proximity provides chainflex connecting cables Suitable for energy chains Shielded and oil resistant Straight and angled connectors switches, which can be used as limit, position or reference switches, particularly light and tough. Technical data Flange size 42 (NEMA17), (NEMA23), 60 (NEMA23XL) Jacket Cable length Connector [m] Motor cable MAT MAT MAT MAT TPE TPE TPE TPE CF9-CF.INI CF9-CF.INI CF9-CF.INI CF9-CF.INI angled MAT MAT Encoder (harnessed) TPE TPE CF9-CF.INI CF9-CF.INI angled angled MAT MAT MAT MAT MAT MAT PVC PVC PVC PVC PVC PVC CF240 CF240 CF240 CF240 CF240 CF angled angled angled Jacket Cable length Connector [m] Motor cable MAT MAT MAT Encoder (harnessed) PUR PUR PUR CF78.UL CF78.UL CF78.UL MAT MAT MAT PVC PVC PVC CF211 CF211 CF Cable length Connector Flange size 42 (NEMA17), (NEMA23), 60 (NEMA23XL) Jacket [m] Brake cable MAT MAT MAT MAT MAT MAT TPE TPE TPE TPE TPE TPE CF9-CF.INI CF9-CF.INI CF9-CF.INI CF9-CF.INI CF9-CF.INI CF9-CF.INI 1170 Lifetime calculation, configuration and more angled angled angled Pin assignment Proximity switches Unit Operating voltage Max. trigger current Ambient temperature Trigger distance Protection class Connector [VDC] [ma] [ C] [SN] IP67 M8 Proximity switch PIN M8 3 pin Proximity switch cable Signal PIN Colour Load Brown Blue Black mm of extra stroke length is needed for each limit reference switch. Axis Flange size 86 (NEMA34) drylin E SAW-0630 SAW-40 SAW-1660 SLW-BB-0630 SLW-BB-40 SLW-BB-80 SLW-BB-1660 SLW-BB-2080 SHT-BB- SHT-BB-20 SHT-BB-30 SLW-40-AL SLW-80 SLW-1660 SLW-2080 SHT- SHT-20 SHT-30 ZLW-0630-B ZLW-0630-S ZLW-40-B ZLW-40-S ZAW-40-B ZAW-40-S ZLW-1660-S Proximity switch kit N.C./normally N.O./normally closed open IK-0001 IK-0001 IK-0003 IK-0006 IK-0007 IK-0008 IK-0009 IK-0011 IK-00 IK-0006 IK-0007 IK-0008 IK-0009 IK-0011 IK-00 IK-0001 IK-0001 IK-0001 IK-0001 IK-0001 IK-0001 IK-0003 IK-0002 IK-0002 IK-0004 IK-0017 IK-0018 IK-0019 IK-0020 IK-0022 IK-0023 IK-0017 IK-0018 IK-0019 IK-0020 IK-0022 IK-0023 IK-0002 IK-0002 IK-0002 IK-0002 IK-0002 IK-0002 IK-0004 Matching cables are added by including the following attachments: IK-00-BG-3 Cable length = 3m, 5m, m Connector description BG = socket Assignment number Proximity switch kit A proximity switch kit for SAW & ZLW includes a proximity switch, a bracket and mounting screws A proximity switch kit for SLW & SHT includes a proximity switch, two spacers and mounting screws. 1171

19 drylin E drylin E Motor flanges drylin E Couplings Motor flange for toothed belt axes Couplings drylin E 2 base plate lengths for each NEMA motor flange; others on request Matches the igus coupling Page 1173 Motortype NEMA XXX Matching linear modules Base plate LG LK AG MF-0630-NEMA17-S MF-0630-NEMA23-S MF-40-NEMA17-S MF-40-NEMA23-S MF-40-NEMA34-L MF-1660-NEMA34-S MF-2260-NEMA23-S MF-0630-DC03 MF-40-DC03 ZLW-0630 ZLW-0630 ZLW-40 ZLW-40 ZLW-40 ZLW-1660 ZAW-40 ZLW-0630 ZLW-40 AM Motor flange HM LM Motor ZLW-0630-B NEMA17 NEMA23 COU-AR-K B-AAAB COU-AR-K B-AAAB DC-Motor31 COU-AR-K B-AAAB NEMA17 COU-AR-K B-AAAA NEMA f ZLW-0630-S ZLW-1660-S COU-AR-K B-AAAA DC-Motor31 COU-AR-K B-AAAA NEMA17 COU-AR-K B-AAAB NEMA23 COU-AR-K B-AAAB NEMA23XL COU-AR-K B-AAAB DC-Motor31 COU-AR-K B-AAAB NEMA23 COU-AR-K B-AAAA NEMA23XL COU-AR-K B-AAAA NEMA34 COU-AR-K B-AAAA DC-Motor31 COU-AR-K B-AAAA NEMA 34 COU-AR-K B-AAAA Lead screw axis Motor SAW-0630 / SLW-BB-0630 NEMA17 ZLW-40-B / ZAW ZLW-40-S / ZAW f ha HM AM LG MF-3648-NEMA34-XL MF-13-DC03 MF-2040-DC03 SLW-(BB)-2080 Matching linear modules LG AM HM LM b f ha SAW/SLW-BB-0630 SAW/SLW-40-AL, SHT- SAW/SLW-40-AL, SHT-/20 SHT-20, SHT-BB-20 SLW-1660/2080, SLW-BB-1660/2080 SHT-30, SHT-BB-30 SAW/SLW-BB-0630 SAW/SLW-40-AL, SHT Lifetime calculation, configuration and more COU-AR-K B-AAAA COU-AR-K B-AAAA COU-AR-K B-AAAA COU-AR-K B-AAAA COU-AR-K B-AAAA DC-Motor31 COU-AR-K B-AAAA NEMA23 COU-AR-K B-AAAA NEMA23XL COU-AR-K B-AAAA NEMA23 COU-AR-K B-AAAA NEMA23XL COU-AR-K B-AAAA NEMA34 COU-AR-K B-AAAA NEMA17 COU-AR-K B-AAAA NEMA23 COU-AR-K B-AAAA NEMA23XL COU-AR-K B-AAAA DC-Motor31 COU-AR-K B-AAAA NEMA23 COU-AR-K B-AAAA NEMA23XL COU-AR-K B-AAAA NEMA34 COU-AR-K B-AAAA NEMA34 COU-AR-K B-AAAA DC-Motor31 SAW-40 / SLW-(BB)-40 NEMA17 NEMA23 NEMA23XL SLW-(BB)-1660 Dimensions [mm] MF-3648-NEMA34 Coupling b LM The motor flange, sometimes called motor enclosure, encloses and protects the coupling and provides the matching mounting dimensions for your NEMA motor. Matches the igus coupling Page 1173 MF-13-NEMA17 MF-2040-NEMA17 MF-2040-NEMA23-S MF-3648-NEMA23 Coupling SHT-(BB)- SHT-(BB)-20 SHT-(BB)-30 D Techn. data - coupling di1 di2 L Weight [mm] [mm] [mm] [kg] Belt axis Motor flange for lead screw s Ødi2 Coupling material: aluminium. TPU elastomeric center. Shore hardness: 98 Sh A. temperature range -30 C to +0 C. Dimensions [mm] Ødi1 ØD L The coupling connects the shaft of the axis to the motor. An elastic polymer insert in the center of the coupling transfers the motor torque. This damping element compensates for radial and axial clearance. 20 versions from stock Vibration dampening and easy fitting di1 [mm] di2 [mm] L Weight [mm] [kg] D

20 drylin E drylin E NEMA stepper motors Various stepper motor options drylin E Stepper motors Technical data drylin E Technical data Motor with stranded wires Motors with stranded wires are the least expensive and the most common stepper motors. The connecting wires for this type directly exit from the housing. They are preferably installed in machines and equipment that have an additional housing or are used in clean environments. Motor with connector and encoder The encoder sends signals from the motor to the motor control. The encoder verifies that the required linear motion has occurred precisely as required. Encoder = increased machine accuracy. Installation sizes of NEMA stepper motors Motor with connector The connector interface provides a high IP65 protection level (IP: International Protection). The higher the IP rating, the better the motor is protected from the ingress of dirt and water. Motor with connector, encoder and brake The brake can hold the payload in position when the motor is not under power. This is used as a safety feature during power failures recommended for vertically mounted systems. Distance over hubs Motor NEMA11 NEMA17 NEMA23 NEMA23XL NEMA34 Maximum voltage [VDC] Nominal voltage [VDC] Nominal current [A] Holding torque [Nm] Ratchet torque [Nm] Step angle Resistance/phase [Ω] 2.30 ±% 1.75 ±% ±% 0.65 ±% 0.33 ±% Inductivity/phase [mh] 1.40 ±20% 3.30 ±20% 1.90 ±20% 3.20 ±20% 3.00 ±20% Moment of inertia - rotor [kgcm 2 ] Shaft load, axial [N] Shaft load, radial [N] Encoder Operating voltage [VDC] 5 Signals/rotation [1/min] Zero signal/index yes Line r RS422 Protocol Signal shape [CW] (Clock-wise motor rotation) A A/ B NEMA11: Tiny but with plenty of power This motor has very compact dimensions. Even so, heavy loads can be moved with the suitable lead screw pitch. This motor is typically used on small test and analysis equipment and miniature adjustments. The holding moment, Mo is 0.13 Nm The connection size is 28 x 28 mm NEMA17: Small, but lots of power This little motor has impressive torque and high RPMs. Reliable operation at fast travel with low loads. The holding moment, Mo is Nm The connection size is 42 x 42 mm NEMA23: The best known stepper motor size Versatile choice due to the high torque and rotational speed. This motor is the best choice for most applications with medium loads. The holding moment, Mo is 2.0 Nm The connection size is x mm NEMA23XL: The power motor in the medium installation size A development extension of the typical NEMA23 with nearly twice the torque. The assembly dimensions are identical to the NEMA23, allowing many applications. The holding moment, Mo is 3.5 Nm The connection size is 60 x 60 mm NEMA34: The power pack in the large installation size Applications with higher loads are implemented using the largest installation size. Heavy-duty format adjustments or parallel dual axis setups are among its primary duties. The holding moment, Mo is 5.9 Nm The connection size is 86 x 86 mm B/ N N/ Technical data Distance over hubs 28 (NEMA11)42 (NEMA17) (NEMA23) 60 (NEMA23XL) 86 (NEMA34) Brake Operating voltage [VDC] - 24 ±% 24 ±% 24 ±% 24 ±% Output rating [W] Holding torque [Nm] Moment of inertia [kgcm 2 ] Distance over hubs 28 (NEMA11)42 (NEMA17) (NEMA23) 60 (NEMA23XL) 86 (NEMA34) Weight Product weight [kg] With encoder [kg] With encoder and brake [kg] Operating data Ambient temperature [ C] - up to +50 Max. allowable temperature increase [ C] 80 Insulation class B Air humidity (non condensing) [%] 85 IP rating - motor housing IP65 (shaft seal IO52, motor with stranded wires IP40) CE conformity EVM directive 1174 Lifetime calculation, configuration and more 1175

21 drylin E drylin E Stepper motors Characteristic curves drylin E Stepper motors Order key Characteristic curves drylin E Order key Flange size 28 (NEMA11) Flange size 42 (NEMA17) MOT-AN-S MOT-AN-S Specification AAAA: Standard AAAC: Encoder AAAD: Encoder & brake Options A: Without C: Incremental encoder D: Incremental encoder & brake Motor connection M: Metric connector L: Stranded wires Distance over hubs 028: 28 mm (NEMA11) 042: 42 mm (NEMA17) 0: mm (NEMA23) 060: 60 mm (NEMA23XL) 086: 86 mm (NEMA34) Holding torque 001: 0.1 Nm 005: Nm 020: 2.0 Nm 035: 3.5 Nm 059: 5.9 Nm Maximum voltage 060: 60 V/DC Motor S: Stepper motor AN: Design Product type MOT: Motor M M[Nm] 0. MOT-AN-S M-A-AAAA n[1/min] 1,000,000 0 n[1/min] 1,000 Flange size (NEMA23) Flange size 60 (NEMA23XL) MOT-AN-S MOT-AN-S ,000 0 n[1/min] 1,000,000 1,000,000 0 n[1/min] 1,000,000 Flange size 86 (NEMA34) MOT-AN-S M[Nm] VDC 0 n[1/min] 48 VDC The characteristic curves are determined in quarter step mode 1176 Lifetime calculation, configuration and more More information 1177

22 drylin E DC motors drylin E DC motors Characteristic curves DC motor with spur gear Characteristic curves 24 VDC MOT-AE-B F-A-AAAA 2.0 n[rpm] I [A] MOT-AE-B F-A-AAAA Technical data n[rpm] MOT-AE-B F-A-AAAA 4.0 MOT-AE-B F-A-AAAA MOT-AE-B F-A-AAAA Characteristic curves VDC MOT-AE-B F-A-AAAA Ambient temperature [ C] Max. allowable temperature increase [ C] Air humidity (non condensing) [%] IP rating - motor housing Operating mode MOT-AE-B F-A-AAAA n[rpm] MOT-AE-B F-A-AAAA I [A] M[Nm] n[rpm] Torque Lifetime calculation, configuration and more n[rpm] Motor connector assignments Length 7 mm, width 4 mm, thickness 0.45 mm - up to IP30 S2 (short term operation) 1.5 I [A] Operating data MOT-AE-B F-A-AAAA M[Nm] [kg] I [A] n[rpm] Weight Product weight n[rpm] I [A] Max. continuous torque I [A] M[Nm] M[Nm] M[Nm] I [A] Motor [VDC] [VDC] [A] [Nm] [Nm] [1/min] [1/min] [N] [N] [N] 3.0 M[Nm] MOT-AE-B F-A-AAAA Maximum voltage Nominal voltage Nominal current Nominal torque Startup torque Idling speed Rated speed Shaft load, axial Shaft load, radial Reduction gearing MOT-AE-B F-A-AAAA Low profile connector drylin E MOT-AE-B F-A-AAAA M[Nm] This small DC motor can be powered directly from a power source, such as a battery. It reverses direction by changing the polarity. Typical applications are sensor/camera travel and light-duty format adjustments with drylin lead screw or toothed belt axes. Torque Mn from 0.1 Nm to 1.5 Nm Up to 440 RPM Can be operated at & 24 VDC I [A] M[Nm] drylin E n[rpm] Motor current 1179

23 drylin E drylin E DC motors DC motor with spur gear My sketches drylin E D2 D1 L1 L3 L4 L2 B3 B1 B2 D3 Dimensions [mm] B1 B1 B2 B3 D1 D2 D3 L1 L2 L3 L4 ±0.2 ± ±25 ±1 ±1 MOT-AE-B F-A-AAAA MOT-AE-B F-A-AAAA MOT-AE-B F-A-AAAA MOT-AE-B F-A-AAAA M3 M3 M3 M Order key MOT-AE-B F-A-AAAA Specification AAAA: Standard Options A: Without Motor connection F: Low profile connector Outer diameter 037: 37 mm Nominal torque 001: 0.1 Nm 003: 0.3 Nm 007: 0.7 Nm 015: 1.5 Nm Operating voltage 024: 24 V/DC Motor B: DC Motor AE: Design Product type MOT: Motor 1180 Lifetime calculation, configuration and more 1181

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