DryLin W Toolkit. Easy Installation Dry running operation Variable carriage lengths Different rail widths available Low-profile Corrosion-free

Transcription

1 DryLin W Toolkit Easy Installation Dry running operation Variable carriage lengths Different rail widths available Low- Corrosion-free 911

2 DryLin W - Profile Guides - Toolkit Self-lubricating, light, quiet, long service life, low-cost Tribologically-optimized systems with iglide plastic bearing liners and anodized aluminum s Corrosion resistant Self-lubricating linear system - DryLin W DryLin W was developed to promote both design flexibility and quick assembly in both single and double rail configurations. DryLin W is also available in several mounted assemblies eliminating the need for both shaft alignment and bearing assembly. All DryLin W systems are available with our enhanced J200 liners, which reduce friction and optimize bearing life. Quiet operation Easy installation, maintenance-free Resistant to dirt due to dry operation Lightweight and quiet Bearings with manual clearance adjustment available Available in 316 SS versions Clean, no external lubrication is required Lightweight through the use of plastics and aluminum Low friction iglide J200 and iglide J performance plastics Online product finder Maintenance free F max. min F (200 C) depending on material 40 F (-40 C) Profiles with various geometries, installation sizes and clearances Carriage lengths: Carriage widths: Rail length: mm mm up to 4,000 mm Detailed technical ta Available from stock Detailed information about delivery time online. 912 Lifetime calculation, configuration and more

3 DryLin W - Profile Guides - Product overview Component parts: Single rails and bearings Liners made from iglide J200/J/T500/E7/A180 Housings made from die-cast zinc, aluminum or stainless steel Turn-to-fit function for clearance adjustment optional Rail material: hard-anodized aluminum or stainless steel (316L) Single rails for optimum design flexibility (individual/parallel/ diagonal designs possible) The hard anodize surface of DryLin rails and shafts is integral to the tribology of the bearing system - therefor variations in color, and superficial crazing under the anodic layer may occur Page 920 Assembled systems: Complete carriages and double-rail s Multiple carriage lengths and widths Pre-assembled carriages available One-piece carriages for quick assembly available Rail material: hard-anodized aluminum Rigid double-shaft Double rail reduce alignment and installation time Rail material: hard-anodized aluminum or stainless steel (316L) Turn-to-fit function for clearance adjustment optional Page 930 Accessories Manual clamp available End caps for select rails Page 937 Hybrid Combination rolling and sliding bearings Low driving forces - ideal for manual applications Bearing with single or double roll Suitable with DryLin single and double rail s Page 941 Measurement systems based on DryLin W Page 1129 Linear modules based on DryLin W SLW, SAW, GRW, ZLW Page D-CAD files, prices and delivery time 913

4 DryLin W - Profile Guides - Application examples DryLin linear bearings enable precise positioning at high speeds, and do not require external lubrication like traditional bearings. Low weight and quiet, precise movement, DryLin bearings are used in a number of 3D printing applications. The adjustment mechanisms of fitness equipment require no maintenance when manufactured with DryLin. This casting machine s closing mechanism is subjected to high temperatures as well as dirt. To make the system as durable as possible despite these harsh conditions, it is equipped with a DryLin W linear guide. On this complex machine, the price advantage, coupled with resistance to dirt and dust were the customer s deciding factors for selecting DryLin W. Stage technology s requirements for quiet, low-vibration adjustment are enabled through the use of steel DryLin W linear guide systems partnered with self-lubricating iglide sliding elements. 914 Lifetime calculation, configuration and more

5 DryLin W - Profile Guides - Online tools DryLin expert system selections & service life calculation with CAD A number of online tools, including configurators and service life calculators are available for DryLin linear systems. Calculate required drive force and other technical details, and get direct access to CAD files and online ordering. With the DryLin expert 2.0 online tool, easily configure the right DryLin system for your application, and calculate service life with only a few clicks. Enter relevant parameters and environmental factors, select the bearing size, carriage, position, and number. Next, enter the distance between the rails and mounting, define the coordinates for the drive location and center of gravity. Define the weight, required drive force, and distance of the bearing, and select the rail length, and select and order from the displayed results. The igus CAD configurator gives you the ability to design and save your linear guide system, individual components directly as a 3D model in all commonly used formats, or to have them sent via No cost or registration required. 3D-CAD files, prices and delivery time 915

6 DryLin W - Profile Guides - Product selection Properties Housing bearing, round Housing bearing, square Fitted carriage, round Fitted carriage, square Mono-slide carriage Size Liner material J J200 T500 (X) A180 E7 = Stanrd liner Combinations Housing bearing, round Housing bearing, square Single rail Double rail High rail square round square round square round Fitted carriage, round Fitted carriage, square Mono-slide carriage Bearings/carriages Housing material Options Housing bearing, round Housing bearing, square Zinc Die-cast Aluminum Stainless steel Manual clamp Clearance adjustment Hybrid Ø 10 mm slider Floating bearing Fitted carriage, round Fitted carriage, square Mono-slide carriage Rails Rail material Fastening options Aluminum Stainless steel Holes Pre-drilled thread (3/8 ) Clamping element Slot nuts Single rail, round Single rail, square Double rail, round Double rail, square High, round High, square 916 Lifetime calculation, configuration and more

7 DryLin W - Profile Guides - Technical ta - Floating bearings Floating bearings facilitate assembly only necessary for individual rails. Although DryLin W is a rail system, it is able to compensate angular rotation errors about the x-axis. An angular adjustment of ±7 is possible. This effectively eliminates the problems known to occur when fitting to sheet metal. Floating bearings for all directions compensate mi salignments and parallelism errors System Assembling: Rails Assembly is made even easier with the DryLin WQ square. Floating bearings for all directions (±1 mm) compensate for misalignments and parallelism errors between rails. Reduces timeconsuming parallel alignment of the system. Available floating bearing blocks ±.008 in (0.2 mm) Fixed Floating ±.008 in (0.2) mm LL Round Fixed Floating ±.04 in (1) mm LLY Angular ±.04 in (1.0 mm) Fixed Floating LLZ Angular + /- 7 NOTE: Rail configuration not possible with WS-10 and WSQ-10, rail height is not equal Rotating Angular 3D-CAD files, prices and delivery time 917

8 DryLin W - Profile Guides - Liners Self-lubricating iglide high performance plastics DryLin Liners made from high-performance plastics Low friction, low wear Vibration mpening Axial and radial locking features Open geometric design for rapid assembly Sliding surface structures with integrated rib design for dirt to pass through Resistant to dirt DryLin W are a cost-effective system, highly flexible in it s design and installation options, using single or double hard anodized aluminum rails, which provide the best friction and wear rates. With its self-lubricating operation, the DryLin guide system is extremely resistant to dirt; its cleanliness also makes it suitable for use in cleanroom and other hygienic applications. Easy installation, maintenance-free Resistant to dirt and dust due to dry operation Lightweight and quiet Square rail with floating bearing function for 90 installation Manual clearance adjustment bearing available Typical application areas: Agricultural machinery Vehicle construction Medical technology Facade construction Packaging industry Furniture Robotics Metal sheet cladding Axial retention Corrosion resistant Optimal shaft material(s) Application temperature Best coefficient of friction with Maximum life time The "all-rounder" iglide J all shaft materials -40 F to +194 F (-40 C to +90 C) Steel shaft Aluminum, hard anodized The specialist iglide J200 Aluminum, hard anodized -40 F to +194 F (-40 C to +90 C) Aluminum, hard anodized Aluminum, hard anodized The extreme iglide T500 (X)* Hardened stainless steel Hard chromed plated steel -148 F to +482 F (-100 C to +250 C) Steel hard chrome-plated Hardened stainless steel The marathon runner iglide E7 Steel stainless steel shaft -40 F to +194 F (-40 C to +90 C) Steel stainless steel shaft Steel stainless steel shaft FDA compliant iglide A180 all shaft materials -40 F to +194 F (-40 C to +90 C) Stainless steel shaft Stainless steel shaft Permissible stat. surface pressure 35 MPa 23 MPa 150 MPa 18 MPa 28 MPa Moisture absorption 1.3% weight 0.7% weight 0.5% weight < 0.1% weight 0.2% weight Volume resistance > Ωcm > 10 8 Ωcm < 10 5 Ωcm > 10 9 Ωcm > Ωcm Part No. JUM-... J200UM-... TUM-.../XUM-... E7UM-... A180UM-... *X is the European equivalent material for iglide T Lifetime calculation, configuration and more

9 DryLin W - Profile Guides - Liners Suitable liners Available housing bearing & carriages Square bearing Stanrd Aluminum iglide J iglide J200 iglide T500 (X)* iglide E7 iglide A180 (FDA Compliant) Round bearing, Stanrd Stainless steel Aluminum Aluminum, tandem "Turn to fit" Hybrid roll and slide Guide carriage, fitted Stanrd, assembled, square Stanrd, assembled, round Hybrid, round "Turn-to-fit", round Complete carriages One-piece square = Stanrd = Optional *X is the European equivalent material for iglide T500 3D-CAD files, prices and delivery time 919

10 DryLin W DryLin W - Profile - Product range Single rail, square, hard-anodized aluminum K1 C1 C3 G2 G1 A3 C6 +/- 1mm C4 C5 +/- 1mm L +/- 2mm WJ200QM B K2! Coz- y x z! Coz- h2 H Coy- Coy- Q1 K3 h1 WSQ-... A1 a h Q2 NOTE: The hard anodized surface of DryLin rails and shafts is integral to the tribology of the bearing system - therefore variations in color, and superficial crazing under the anodic layer may occur. Hard anodized surfaces Page 888 Load ta and dimensions [mm] Part No. Weight H 57) L a h h1 h2 G1 G2 A1 Q1 Q2 [kg/m] ± max. WSQ , ) WSQ , ) WSQ , WSQ , Part No. C4 C5 C5 C6 C6 K1 for min. max. min. max. screw ly lz Wby Wbz DIN 912 [mm 4 ] [mm 4 ] [mm 3 ] [mm 3 ] WSQ M4 58) 2, WSQ M6 58) 16,100 3, WSQ M8 33,000 10,800 1, WSQ M8 56,500 34,000 2,600 2,100 Stanrd hole pattern: C5 = C6, please order with drawing for C5 C6 57) Height dimension minus the bearing clearance tolerance 58) Non-counterbored holes Can be combined with: WJ200QM Lifetime calculation, configuration and more

11 DryLin W - Profile - Product range Bearing carriage, square, made from zinc or machined aluminum DryLin W Order key single rail Order key housing bearing Type Length WSQ Type Size Options WJ200QM LLY Guide rails Square Shafts-Ø Rail length [mm] DryLin W iglide bearing material Housing bearing, square Quantity, bearings Size Floating bearing in y-direction Load ta and dimensions [mm] Part No. Floating bearing clearance Floating bearing direction Weight B C1 C3 A3 K2 K3 Stat. load capacity Coy Coz+ Coz [g] [N] [N] [N] WJ200QM M4 M WJ200QM LLZ ± 0.5 z M4 M WJ200QM LLY ± 0.5 y M4 M WJ200QM AL M4 M WJ200QM M6 M5 1,200 1, WJ200QM LLZ ± 0.7 z M6 M5 1,200 1, WJ200QM LLY ± 0.7 y M6 M5 1,200 1, WJ200QM AL M6 M5 1,200 1, WJ200QM M8 M6 2,100 2, WJ200QM LLZ ± 1.0 z M8 M6 2,100 2, WJ200QM LLY ± 1.0 y M8 M6 2,100 2, WJ200QM AL M8 M6 2,100 2, WJ200QM M8 M6 3,200 3, WJ200QM LLZ ± 1.0 z M8 M6 3,200 3, WJ200QM LLY ± 1.0 y M8 M6 3,200 3, WJ200QM AL M8 M6 3,200 3, Order example: WJ200QM for a housing bearing, square WJ200QM LLZ for a housing bearing, square with floating z-direction WJ200QM AL for a housing bearing, square, made from aluminum Can be combined with: Options LLY: Floating bearing in y-direction LLZ: Floating bearing in z-direction AL: Aluminum housing bearing WSQ-... WSQ-... WSXQ-... 3D-CAD files, prices and delivery time 921

12 DryLin W DryLin W - Profile - Product range Single rail, round, hard-anodized aluminum C1 K1 C3 G1 A3 B K2! Coz- Coy- d1 H G2 C6 +/- 1mm C4 C5 +/- 1mm L +/- 2mm WJ200UM-01-..! Coz- y x z * Q2 K3 h2 di h1 WS-.. A1 a h Q1 DryLin STAINLESS STEEL Stainless steel version available Page *This assembled position not possible for WS-10 NOTE: The hard anodized surface of DryLin rails and shafts is integral to the tribology of the bearing system - therefore variations in color, and superficial crazing under the anodic layer may occur. Hard anodized surfaces Page 888 Load ta and dimensions [mm] Part No. Weight H 57) di L a h h1 h2 G1 G2 A1 Q1 Q2 [kg/m] ± max. WS , ) WS , WS , WS , Part No. C4 C5 C5 C6 C6 K1 min. max. min. max. for screw ly lz Wby Wbz DIN 912 [mm 4 ] [mm 4 ] [mm 3 ] [mm 3 ] WS M6 58) 19,000 2,850 1, WS M8 36,000 12,900 1, WS M8 57,100 35,000 2,700 1,900 WS M10 129,000 86,000 4,900 3,800 Stanrd hole pattern: C5 = C6, please order with drawing for C5 C6 57) Height dimension minus the bearing clearance tolerance 58) Non-counterbored holes Can be combined with: WJ200UM(T)-... WJ200UME-... WJUM-..-ES-FG WJRM Lifetime calculation, configuration and more

13 DryLin W - Profile - Product range Bearing carriage, round, made from die-cast zinc or machined aluminum DryLin W Order key Type Size Options WJ200UM LL B C1 C3 A3 DryLin W Liner iglide J200 Housing bearing, round Number of bearings Size Floating bearing K3 K2! Coz- H Options LL: Floating bearing AL: Aluminum housing bearing DryLin STAINLESS STEEL Stainless steel version available Page 1143 Load ta and dimensions [mm] Part No. Floating bearing clearance Weight B C1 C3 A3 K2 K3 Stat. load capacity Coy Coz+ Coz [g] [N] [N] [N] WJ200UM M6 M5 1,200 1, WJ200UM LL ± M6 M5 1,200 1, WJ200UM AL M6 M5 1,200 1, WJ200UM M8 M6 2,100 2, WJ200UM LL ± M8 M6 2,100 2, WJ200UM AL M8 M6 2,100 2, WJ200UM M8 M6 3,200 3, WJ200UM LL ± M8 M6 3,200 3, WJ200UM AL M8 M6 3,200 3, WJ200UM M10 M8 4,800 4, WJ200UM AL M10 M8 4,800 4, Order example: WJ200UM for a housing, round, J200 liner WJ200UM LL for a housing, round, floating bearing WJ200UM AL for a housing, round, made from aluminum Can be combined with: Suitable liner materials WS-... WS-..-ES-FG-... WS-... WS-...-ES-FG WSX-... iglide J iglide J200 iglide T500 iglide E7 iglide A180 3D-CAD files, prices and delivery time 923

14 DryLin W DryLin W - Profile - Product range Bearing carriage, individual, twin length, round, machined anodized aluminum Order key Clear anodized aluminum Type Size Option WJ200UMT AL C1 C3 A3 DryLin W Liner iglide J200 Housing bearing, round Twin length Stanrd Size Aluminium B K2 K3 Technical ta and dimensions [mm] Part No. Weight B C1 C3 A3 K2 K3 Static load capacity Coy Coz+ Coz [g] [N] [N] [N] WJ200UMT AL M6 M5 2,400 2, WJ200UMT AL M8 M6 2,400 2, Can be combined with: Suitable liner materials WS-... WS-..-ES-FG-... WS-... WS-...-ES-FG WSX-... iglide J iglide J200 iglide T500 iglide E7 iglide A Lifetime calculation, configuration and more

15 DryLin W - Profile - Product range Bearing carriage, individual, round, adjustable clearance DryLin W Order key Type Size WJ200UME B C1 C3 A3 K2! Coz- H DryLin W Liner iglide J200 Housing bearing, round Adjustable Stanrd Size K3 Technical ta and dimensions [mm] Part No. Weight B C1 C3 A3 K2 H SW G1 Stat. load capacity Allen Coy Coz+ Coz [g] Key [N] [N] [N] WJUME M WJ200UME M WJ200UME M ,500 1, Allen key supplied (SW) Can be combined with: Suitable liner materials WS-... WS-..-ES-FG-... WS-... WS-...-ES-FG WSX-... iglide J 3D-CAD files, prices and delivery time 925

16 DryLin W DryLin W - Profile - Product range Single rail round, made from stainless steel (316Ti) C1 K1 C3 A3 G1 DryLin STAINLESS STEEL C6 ± 1mm L ± 2mm C4 C5 G2 Material for housing and shaft support (AISI 316) Shaft material (AISI 316Ti) Size 25 Material for shaft, shaft support, housing (AISI 316Ti) K3 K2 B Q2! Coz-! Coz- h h2 H Q1 A1 a h1 Technical ta and dimensions [mm] Part No. Weight H 57) L a h h1 h2 G1 G2 A1 Q1 Q2 [kg/m] ± max. 0.3 WS-10-ES-FG , ) WS-16-ES-FG , WS-20-ES-FG , WS-25-ES , Part No. C4 C5 C5 C6 C6 K1 for ly lz Wby Wbz min. max. min. min. screw DIN 912 [mm 4 ] [mm 4 ] [mm 3 ] [mm 3 ] WS-10-ES-FG M6 58) WS-16-ES-FG M8 3,217 3, WS-20-ES-FG M8 7,854 7, WS-25-ES M10 19,175 19,175 1,534 1,534 57) Height dimension minus the bearing clearance tolerance 58) With plain holes Can be combined with: Suitable liner materials WJ200UM(T)-... WJ200UME-... WJUM-..-ES-FG WJRM-... iglide J iglide T500 iglide E7 iglide A Lifetime calculation, configuration and more

17 DryLin W - Profile - Product range Round double rail and bearing carriage, made from 316 (V4A) stainless steel DryLin W C1 K1 C3 A3 A2 A C6 C4 C5 ± 1 mm L ± 2 mm ± 1 mm Size Material for housing and shaft support (AISI 316) Shaft material (AISI 316Ti) Size 25 Material for shaft, shaft support, housing (AISI 316Ti) y K3 B K2 b h a y x z! Coz- h2 H Technical ta and dimensions [mm] Part No. Weight H 57) L a b h h2 A A2 [kg/m] ±0.25 h9 max. 0.3 WS ES-FG , Part No. C4 C5 C5 C6 C6 K1 for min. max. min. max. screw WS ES-FG M6 57) Height dimension minus the bearing clearance tolerance DIN 912 Bearing carriage, round, made from 316 (V4A) stainless steel DryLin STAINLESS STEEL Technical ta and dimensions [mm] Part No. Weight B C1 C3 A3 K2 K3 Stat. load capacity Countersunk Coy Coz+ Coz- [g] head screw [N] [N] [N] WJUM ES-FG 59) M6 M5 3,800 3, WJUM ES-FG 59) M8 M6 6,900 6,900 1,450 WJUM ES-FG 59) M8 M6 11,000 11,000 1,900 WJUM ES 59) M10 M8 16,000 16,000 3,600 59) alternative with TUMO (XUMO ) liners for high temperatures available. Part No. WTUM (WXUM ) 3D-CAD files, prices and delivery time 927

18 DryLin W DryLin W - Profile - Product range Double rail, square, hard-anodized aluminum C6 ± 1 mm b K1 C6 ± 1 mm K1 C4 C4 C1 C3 A3 C4 C1 C3 C5 ± 1 mm A3 C5 ± 1 mm b C6 ± 1 mm K1 C1 C3 A3 C5 ± 1 mm G2 G1 G2 dr dr b G2 G1 dr L ± 2 mm L ± 2 mm L ± 2 mm NOTE: The hard anodized surface of DryLin rails and shafts is integral to the tribology of the bearing system - therefore variations in color, and superficial crazing under the anodic layer may occur. Hard anodized surfaces Page 888 B B K2 B K2 WJ200QM WJ200QM K2 WJ200QM K3 K3 K3 y WSQ WSQ WSQ A1 a Q1 A1 A1 a a Q1 Q1 C4 ± 1 mm C4C1 ± 1 mm ± 1 mm C6 K1 C1C3 ± 1 C5 mm C6 K1 C3 C5 b b h2 h2 h2 H H H h h h1 h Q2 h1 Q2 h1 Q2 G2 x z G2 A3 A3 G1 G1 dr dr L ± 2 mm L ± 2 mm Technical ta and dimensions [mm] Part No. Weight H 57) dr L a A1 b h h1 h2 G1 G2 a1 61) Q1 Q2 [kg/m] ± max. WJ200QM-... WJ200QM-... WSQ ) WSQ ) WSQ ) WSQ ) WSQ WSQ WSQ-... K3 WSQ-... K3 B K2 A1 B K2 A1 h2 h2 h a1 a a1 a h H H Q2 Q2 Q1 Q1 Part No. C4 C5 C6 K1 for screw ly lz Wby Wbz min. max. min. max. DIN 912 [mm 4 ] [mm 4 ] [mm 3 ] [mm 3 ] WSQ M5 58) 19,000 1,250 1, WSQ M6 58) 71,600 5,580 3, WSQ M6 58) 335,000 7,070 8, WSQ M6 58) 1,175,000 8,000 18, WSQ M8 324,700 20,500 9,400 1,700 WSQ M8 1,145,000 75,300 23,600 4,500 57) Height dimension minus the bearing clearance tolerance 58) Non-counterbored holes 61) WSQ-06-30/-10-40/ a single row of mounting holes down the centerline, WSQ-10-80/ / two parallel rows of mounting holes Can be combined with: WJQM-... WW-... WWC Lifetime calculation, configuration and more

19 DryLin W - Profile - Product range High rail, square, hard-anodized aluminum NOTE: The hard anodized surface of DryLin rails and shafts is integral to the tribology of the bearing system - therefore variations in color, and superficial crazing under the anodic layer may occur. Hard anodized surfaces Page 888 Type Order key DryLin W Length WSX Profile rail 5 High rail Shafts-Ø Rail width [mm] Rail length [mm] 4 D K1 b A1 di s h2 X Y h H nh G1 n C nb C3 C1 a Technical ta and dimensions [mm] Part No. Weight H 57) di L a A1 b h h1 h2 s K1 C1 C3 G1 [kg/m] ± max. WSX ± , M B s nh n nb T X Y ly lz [mm 4 ] [mm 4 ] M ,391 11,674 57) Height dimension minus the bearing clearance tolerance Order example: WSX-06-30: High rail, square WSQ-06-30: Stanrd double rail, square A Can be combined with: WJQM-... WW-... WWC-... 3D-CAD files, prices and delivery time 929

20 DryLin W DryLin W - Profile - Product range Guide carriage, assembled, square Order key Type Size WW WW K2 A2 A Guide carriage Shafts-Ø [mm] Profile width Carriage length C2 C WJ200QM H2 WSQ All parts can be ordered individually or as an assembled system Technical ta and dimensions [mm] Part No. Weight A C A2 C2 K2 H2 57) Stat. load capacity Width Length ±0.25 Coy Coz Mox Moy Moz [kg] [N] [N] [Nm] [Nm] [Nm] WW M4 18 1, WW M4 18 1, WW M4 18 1, ) Height dimension minus the bearing clearance tolerance Order example: WW : fitted guide carriage WWC : Mono-Slide guide carriage Can be combined with: Suitable liner materials WSQ-... WSXQ-... iglide J Lifetime calculation, configuration and more

21 DryLin W - Profile - Product range One-piece carriage, anodized aluminum DryLin W Order key Type Size WWC K2 Mono-Slide guide carriage Shafts-Ø [mm] Profile width Length of carriage A2 A C2 C H2 Technical ta and dimensions [mm] Part No. Weight A C A2 C2 K2 H2 57) Stat. load capacity Width Length ±0.2 Coy Coz Mox Moy Moz [kg] [N] [N] [Nm] [Nm] [Nm] WWC M4 16 1, WWC M4 16 1, WWC M4 16 1, WWC M6 22 4,800 2, WWC M6 22 4,800 2, WWC M6 22 4,800 2, WWC M6 22 4,800 2, WWC M6 22 4,800 2, WWC M6 22 4,800 2, WWC M6 22 4,800 2, WWC M6 22 4,800 2, WWC M6 22 4,800 2, WWC M8 30 8,400 4, WWC M8 30 8,400 4, WWC M8 30 8,400 4, WWC M ,800 6, WWC M ,800 6, WWC M ,800 6, ,250 1,250 57) Height dimension minus the bearing clearance tolerance Suitable liner materials iglide J Round version shown as example 3D-CAD files, prices and delivery time 931

22 DryLin W DryLin W - Profile - Product range Double rail, round, hard-anodized aluminum C6 +/- 1mm C4 C1 C3 C5 +/- 1mm G2 G1 b A3 K1 L +/- 2mm WJ200UM B K2! Coz- di! Coz- Q2 y x z K3 h2 h1 H h WS-.. A1 a1 a di Q1 This orientation not possible for: WS WS WS NOTE: The hard anodized surface of DryLin rails and shafts is integral to the tribology of the bearing system - therefore variations in color, and superficial crazing under the anodic layer may occur. Hard anodized surfaces Page 888 Technical ta and dimensions [mm] Part No. Weight H 57) di L a A1 b h h1 h2 G1 G2 a1 62) Q1 Q2 [kg/m] ±0.25 max. WS , ) WS , ) WS , ) WS , WS , WS , ) Height dimension minus the bearing clearance tolerance 62) WS-10-40/ a single row of mounting holes down the centerline; WS-10-80/ /-20-80/ two parallel rows of mounting holes Part No. C4 C5 C6 K1 for screw ly lz Wby Wbz min. max. min. max. DIN 912 [mm 4 ] [mm 4 ] [mm 3 ] [mm 3 ] WS M6 58) 91,000 5,100 3, WS M6 58) 388,000 6,100 9, WS M6 58) 1,303,000 7,100 20, WS M8 367,600 26,100 9,900 1,900 WS M8 1,080,000 78,700 21,000 4,000 WS M10 4,867, ,000 62,400 8,500 Stanrd hole pattern: C5 = C6, please order with drawing for C5 C6 58) Non-counterbored holes 932 Lifetime calculation, configuration and more

23 DryLin W - Profile - Product range High rail, round, hard-anodized aluminum DryLin W Order key WSX Type Length WSX WSX K1 WSX WSX and WSX D use part # WSX use part # Not included in delivery 6 di Profile rail High rail b 5 Shafts-Ø Rail width [mm] A1 Rail length [mm] 4 h2 X Y h H s nh G1 n C nb C3 C1 a NOTE: The hard anodized surface of DryLin rails and shafts is integral to the tribology of the bearing system - therefore variations in color, and superficial crazing under the anodic layer may occur. Hard anodized surfaces Page 888 Technical ta and dimensions [mm] Part No. Weight H 57) di L a A1 b h h2 s K1 C1 C3 G1 [kg/m] ± max. B WSX ± , M WSX ± , M WSX ± , M s nh n nb T X Y ly lz [mm 4 ] [mm 4 ] M ,560 54, M5 A ,653 83, M , ,489 57) Height dimension minus the bearing clearance tolerance Can be combined with: WJ200UM(T)-... WJ200UME-... WJUM-..-ES-FG WJRM-... WW-... WWE-... Hybrid carriage 3D-CAD files, prices and delivery time 933

24 DryLin W DryLin W - Profile - Product range Assembled guide carriage, round WW- K2 A2 A In the following sizes, also available with adjustable clearance: y x z C2 C 10, 16 and 20; order example: WWE WJ200UM H2 WS-... Technical ta and dimensions [mm] Part No. Weight A C A2 C2 K2 H2 57) Stat. load capacity [kg] Width Length ±0.25 Coy Coz Mox Moy Moz [N] [N] [Nm] [Nm] [Nm] WW M6 24 4,800 2, WW M6 24 4,800 2, WW M6 24 4,800 2, WW M6 24 4,800 2, WW M6 24 4,800 2, WW M6 24 4,800 2, WW M6 24 4,800 2, WW M6 24 4,800 2, WW M6 24 4,800 2, WW M8 35 8,400 4, WW M8 35 8,400 4, WW M8 35 8,400 4, WW M ,800 6, WW M ,800 6, WW M ,800 6, ,250 1,250 WW M ,200 9,600 1, WW M ,200 9,600 1,250 1,360 1,360 WW M ,200 9,600 1,250 1,840 1,840 57) Height dimension minus the bearing clearance tolerance Can be combined with: Suitable liner materials WS-... WS-...-ES-FG WSX-... iglide J iglide J200 iglide T500 iglide E7 iglide A Lifetime calculation, configuration and more

25 DryLin W - Profile - Product range Double rail, weight-reduced, hard-anodized aluminum DryLin W WSQ CAM-500 K4 K1 (8x) WS CAM-500 L ± 2 mm 0.5 x L C5 C4 C6 ± 1 mm ± 1 mm K4 S K1 (4x) 20 WS CAM % weight reduction through machined K4 WS CAM-500 K1 (8x) cutouts Self-lubricating, quiet and lightweight K4 K1 (10x) DryLin W guide rail Dimensions [mm] Part No. Identical L C4 C5 C6 S K1 for screw K4 Weight DIN 192 [g] WSQ CAM-500 WSQ M5 3/8" 16-UNC 63) 159 WS CAM-500 WS M6 3/8" 16-UNC 63) 353 WS CAM-1000 WS , M6 3/8" 16-UNC 63) 706 WS CAM-500 WS M6 3/8" 16-UNC 63) ) * UNC = Unified National Coarse, Imperial. Screw thread stanrd Application example: Camera slider with stanrd rail and carriage 3D-CAD files, prices and delivery time 935

26 DryLin W DryLin W - Profile - Product range Double rail/carriage for camera slider Wear resistant, smooth and quiet motion Adjustable brake level due to the turn-to-fit function Self-lubricating Easy and fast assembly Technical options: Adjustable bearing housing Manual clamp (WW...-HKA Page 937 C/2 K3 K2 K1 C5 C6 b A2 A L/2 ± 1 L ± 2 mm NOTE: The hard anodized surface of DryLin rails and shafts is integral to the tribology of the bearing system - therefore variations in color, and superficial crazing under the anodic layer may occur. Hard anodized surfaces Page 888 H C2 C DryLin W special rails with 3 holes, 3/8" thread - Dimensions [mm] Part No. Size L C5 C6 Weight ± 1 ± 1 [kg/m] WSQ SL , WSQ SL , WS SL , WS SL , WS SL , WS SL , WS SL , WS SL , WS SL , WS SL , DryLin W complete carriage with ø10 mm through hole for 3/8" thread - Dimensions [mm] Part No. Size C A WW SL WW SL WW SL WW SL 64) 65) WW SL 64) 65) WW SL 64) 65) WW SL 64) 65) WW SL 64) 65) WW SL 64) 65) Part No. Size C A WW SL 65) WW SL 64) 65) WW SL 64) 65) WW SL 64) 65) WW SL 64) 65) WW SL 64) 65) ) Optional with integrated manual clamp (add suffix "-HKA") 65) Optional with adjustable "Turn-To-Fit" bearing to reduce bearing clearance (Order example: WWE- ) 936 Lifetime calculation, configuration and more

27 DryLin W - Profile - Product range Manual clamp for simple positioning DryLin W K z Vz Manual clamping, for simple positioning WHKA-... K x Vx Mk Dk Technical ta and dimensions [mm] Part No. Mk Vx Kx Vz Kz Dk Min. holding strength 67) Min. tightening torque WHKA-06 66) M N 0.8 Nm WHKA-10 66) M N 0.8 Nm WHKA-16 66) M N 1.5 Nm WHKA-20 66) M N 1.5 Nm WHKA-25 66) M N 1.5 Nm 66) The manual clamp is also available assembled as a complete carriage (suffix "-HKA", order example WW HKA) Complete carriage WW, Page ) Condition: dry rail surface Please Note: The creep behavior of the clamped plastic results in reduced clamping force over time (up to 70%). Therefore safety-related parts should use an alternative method. Aluminum manual clamp Technical ta and dimensions [mm] Part No. Mk Vx Kx Vz Kz Dk Min. holding strength 67) Min. tightening torque WHKA-06-AL 68) M N 0.8 Nm WHKA-10-AL 68) M N 0.8 Nm WHKA-16-AL 68) M N 1.5 Nm WHKA-20-AL 68) M N 1.5 Nm WHKA-25-AL 68) M N 1.5 Nm 68) The manual clamp is also available assembled as a complete carriage (suffix "-AL-HKA", order example: WW HKA) Complete carriage WW, Page ) Condition: dry rail surface 3D-CAD files, prices and delivery time 937

28 DryLin W DryLin W - Profile - Product range Manual clamp for higher retention forces Kz Vz Manual clamping, for simple positioning WHKD-... Kx Vx Mk Dk Technical ta and dimensions [mm] Part No. Mk Vx Kx Vz Kz Dk Min. holding strength 67) Min. tightening torque WHKD ) M N 2.5 Nm WHKD ) M N 2.5 Nm WHKD ) M N 3.5 Nm WHKD ) M N 3.5 Nm WHKD ) M N 3.5 Nm WHKD ) M N 3.5 Nm 69) The hand clamp WHKD is available assembled in the following complete carriages: WW HKD, WW HKD. Dimensions Complete carriage WW, Page ) Condition: dry rail surface Please Note: The creep behavior of the clamped plastic results in reduced clamping force over time (up to 70%). Therefore safety-related parts should use an alternative method. 938 Lifetime calculation, configuration and more

29 DryLin W - Profile - Product range End caps DryLin W Part No. WSX-0630-EC WSX-1040-EC WSX-1080-EC WSX-1660-EC End caps for DryLin high rails WSX Suitable for DryLin W high rails, the new end caps also offer a practical protection against the ingress of dust, dirt or chips. Available in 4 installation sizes. For DryLin W high rails WSX 4 installation sizes Protection of the hollow chambers against the entry of foreign particle Easy to fit End caps for cutting edges DryLin W spare plastic plain bearings Size Material Housing bearing Tooth Bearing Part No. 10/16/20/25 iglide J200 WJ200UM-01-ø round J200UMO-01-ø 10/16/20/25 (floating bearing) iglide J200 WJ200UM-01-ø LL round J200UMO-01-ø LL 10/16/20 iglide T500 WTUM (WXUM*)-01-ø round TUMO (XUMO*)-01-ø 10 (adjustable) iglide J WJUME round JUME /20 (adjustable) iglide J200 WJ200UME-01-ø round J200UME-01-ø 6/10/16/20 iglide J200 WJ200QM-01-ø square J200QM-01-ø 6/10/16/20 (floating bearing) iglide J200 WJ200QM-01-ø LLY/LLZ square J200QM-01-LL 70) 70) Depending on assembly direction, can be used as a y or z floating bearing *X is the European equivalent material for iglide T500 3D-CAD files, prices and delivery time 939

30 DryLin W 1 DryLin W - Profile - Assembly instructions End caps DryLin W rail with housing bearings During the installation process, a compressive force of minimum 50 N is recommended on the center of the mounting surface. Alternatively, a plastic hammer/soft face hammer can be used during and after the mounting to align the bearing. 2 F = 50 N Installation size Max. tightening torque [Nm] Thread W M4 W M6 W M8 W M8 W M10 Tightening torque for DryLin connections between metal parts Page F = 50 N DryLin W rail with complete slide system During the installation process, a compressive force of minimum 50 N is recommended on the center of the mounting surface. Alternatively, a plastic hammer/soft face hammer can be used during and after the mounting to align the bearing. Installation size Max. tightening torque [Nm] Thread W M4 W M6 W M8 W M8 W M10 Please refer to the drawing for the correct screw assembly sequence. 940 Lifetime calculation, configuration and more