Belt Driven. high speed automation modules. Contents

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1 high speed automation modules For high speed automation, both gantry and articulated arm robots are widely used throughout industry. Because of the many inherent advantages of the gantry robot, it is a solid choice for: palletizing, storage and retrieval, machine loading, parts transfer, material handling, automated assembly. Parker offers numerous standard gantry configurations as well thousands of configured product options to develop a customer specific system solution to solve these and other automation applications. Utilization of these pre-engineered systems enables the user to redirect scarce engineering resources from motion system design to machine or process functionality. Contents Overview HPLA Series HLE-RB Series HLE-SR Series HLE-Z Series HZR Series BLMA Series Gantry Robot Configurations Options and Accessories for Belt Driven Modules Additional Products 195

2 High Speed Automation Systems Overview Parker s family of linear modules provides the most comprehensive line of high throughput linear positioning devices in the industry. These electromechanical positioners are designed to shuttle a payload at high speeds to multiple locations along a linear travel path. They serve as the primary building blocks for Parker pre-engineered gantry systems or customer designed automation systems. Parker linear modules are offered in several unique product families which can address a broad range of travel, speed, load, accuracy, and environmental requirements. There are three bearing systems (polyamide roller, steel roller, or square rail), three drive types (belt-and-pulley or rackand-pinion, or linear servo motor), and up to six different cross sectional sizes (6, 8, 1, 12, 15 and 18 mm) from which to choose. Systems designed around these elements have effectively, efficiently, and economically satisfied the widest range of application requirements for high speed automation. HPLA Series Page HLE-RB Series Page These are the most popular electromechanical modules in the Parker line. They utilize a unique composite roller wheel bearing design coupled with a timing belt and pulley drive mechanism to provide long travel with high speed and high acceleration. Travel Range: 7.9 meters Load Capacity: 6 kg Maximum Speed: 5 meters/sec. Duty Cycle: 1% Repeatability: ±.2 mm HLE-SR Series Page The next generation of belt driven modules, the HPLA expands on the roller wheel bearing design with the addition of high-load capacity steel wheels. The steel wheels significantly increase normal and moment load capacities of this belt driven actuator. Travel Range: 9. meters Load Capacity: 153 kg Maximum Speed: 5 meters/sec. Duty Cycle: 1% Repeatability: ±.2 mm The SR series, having a square rail ball bearing system, complement the RB series by providing increased moment load capacities without an increase in profile size. The SR utilizes the same reliable timing belt and pulley drive system found in the RB. Travel Range: 6. meters Load Capacity: 6 kg Maximum Speed: 3 meters/sec. Duty Cycle: 1% Repeatability: ±.2 mm 196 Irwin, Pennsylvania

3 High Speed Automation Systems Overview HLE-Z Series Page BLMA Series Page The endless linear unit is designed for positioning payloads over long travel distances with high rigidity and repeatability. This is accomplished by incorporating Parker s uniquely designed rack-and-pinion based drive system with the RB series roller wheel bearing system. Travel Range: 5 meters Load Capacity: 6 kg Maximum Speed: 5 meters/sec. Duty Cycle: 1% Repeatability: ±.5 mm HZR Series Page The BLMA is a plug and play linear motor actuator which houses a powerful linear servo motor (386 pounds of peak thrust) in a high strength rigid aluminum body to enable high end performance with highly repeatable positioning over long unsupported spans. Travel Range: 6. meters Load Capacity: 7 kg Maximum Speed: 7 meters/sec. Duty Cycle: 1% Repeatability: ±.1 mm Belt Driven The HZR is a vertical unit specifically designed to meet the high speed and force requirements of the automation industry. The fixed housing and movable aluminum extrusion permit the unit to retract out of the work area, thereby keeping the work area free of obstructions. Travel Range: 2. meters Load Capacity: 15 kg Maximum Speed: 5 meters/sec. Duty Cycle: 1% Repeatability: ±.2 mm Irwin, Pennsylvania 197

4 High Speed Automation Systems Overview Gantry Systems Page Parker s gantry systems provide cost-effective, easy to integrate solutions that satisfy the vast majority of automation requirements. In addition to these standard gantry systems, Parker offers products with additional capabilities to fulfill the needs of special applications. Our engineering skill and manufacturing expertise have integrated these products into custom-tailored gantry solutions which have successfully addressed the most unique and exacting requirements of machine builders and integrators around the world. Support Structures Page 27 Parker can include the support structure and machine guarding as part of your complete system solution. Parker s ParFrame extruded aluminum structures are suited for light to medium duty requirements. High strength steel supports are offered for applications involving greater loads and forces. Motors, Drives, and Controls (Electrical Subsystems) Page 271 A high speed multi-axis Gantry Robot requires a complete electromechanical solution where the machine Interface, Control and Motor/Drive functions are seamlessly integrated with the mechanical elements. Parker s wide range of electrical products and subsystems enable Gantry Robots to be supplied to the customer at the level of integration most suitable for his need. Whether you need a basic mechanical unit, a unit including drives and motors, or a full-blown electromechanical system ready to run or link to a PLC, Parker has the best solution. 198 Irwin, Pennsylvania

5 High Speed Automation Systems Overview Additional Capabilities Page ET Series Rod Style Electric Cylinders HTR Telescopic Vertical Units HDM Series Rotary Motion Modules Belt Driven ER and ERV Series Rodless Actuators LCB Series Compact Rodless Actuators Irwin, Pennsylvania 199

6 HLE-RB Series Features HLE-RB Series Belt Driven Linear Modules Features Standard travel up to 7.9 meters* Load Capacities up to 6 kg ±.2 mm positional repeatability Timing belt and pulley drive mechanism for fast, accurate positioning Roller wheel bearings for smooth high speed linear motion IP3 strip seal *Longer travels available with splice kits. The HLE-RB linear modules are ideal as single axis products or as components for high speed multi-axis gantries. With thousands of units in operation worldwide the HLEs are proven performers offering long life and trouble-free operation. Construction The HLE Linear Module consists of a lightweight carriage which can be precisely positioned within an extruded aluminum housing by a timing belt and pulley drive system. The housing, constructed from extruded aluminum with a square cross sectional geometry, demonstrates excellent deflection characteristics. The protective anolite coating provides durability as well as an attractive silver appearance. It includes T-slots along its entire length for flexible mounting. The drive mechanism is a zero backlash steel reinforced timing belt. The tension station, conveniently located at the end of the unit provides for quick and easy belt adjustment. The drive station is designed to accept planetary gear reducers as well as a wide variety of servo and stepper motors. The bearing system for the RB models is comprised of three rows of roller wheels integral to the carriage which are guided by extruded tracks within the housing. The T-slots of the load attachment plate and the HLE profile are suitable for T-nuts and T-bolts. Plastic caps protect the interior from dust. Proven Technology Proven in numerous applications, the HLE-RB series offers the following advantages: Low running friction Low particle generation (clean room suitability to class 1) Low wear Low maintenance Quiet operation High efficiency Long service life High dynamic performance due to low-mass, play-free wheels Minimal preventative maintenance required T-slots integrated on all sides of the profile for mounting attachments or for use as a cable duct Timing belts can be replaced without removing load attachment plate Multiple configuration options due to T-slots available on both the profile and load plate A spring-loaded felt insert cleans the strip seal. Magnetic strips recessed in the profile ensure that the strip seal is fully sealed with the profile. Polymer inlays serve as a bearing surface for the strip seal. The timing belt is attached to the carriage with a serrated clamp mechanism which assures a strong connection and makes belt replacement easy without the need to remove payload. 214 Irwin, Pennsylvania

7 HLE-RB Series Features Typical Fields of Application As part of advanced, cost-effective construction of machines and handling systems: Materials handling: palletizing, depalletizing, feeding, part removal Cleanroom technology: wafer transport, wafer coating Warehouse technology: parts picking, storage and retrieval Machine tool automation: workpiece loading and unloading, tool changing Construction: formwork, placing reinforcing steel bars in concrete Process engineering: painting, coating, bonding Testing technology: guiding ultrasonic sensors, laboratory equipment Textile machinery: crosscutting, slitting and stacking, quilting, seam stitching Optional Features Direct mounting for planetary gear reducers Adjustable end of travel limit switches and home position sensor Clean room preparation option Cable carrier systems Performance matched Parker servo systems Structural components for vertical and multi-axis mounting Toe clamps and hardware for fast and easy mounting External bumpers Link shafts and support bearings for dual axis units Splice plates for extending travels beyond length available in a single profile See pages for available options and accessories. Housing Lightweight and self-supporting aluminum profiles are offered in three sizes: HLE6: 6 x 6 mm HLE1: 1 x 1 mm HLE15: 15 x 15 mm T-slots are provided for mounting the linear unit itself, applying additional components and accessories, or combining multiple HLEs. T-slots with plastic covers provide a simple cable conduit. Load Attachment Plate Load attachment plates are available for every type of carriage. With integral T-slots or tapped with holes in a standard mounting pattern, they allow easy mounting of your load to the carriage of the HLE. Multiple HLEs can easily be mounted together by using standard clamping profiles. Tripping plates are mounted to the side of the load attachment plate to activate home or end of travel switches mounted to the side of the HLE. For special applications, the load plates can be designed to customer specified requirements. Drive Station Rigid cast housing with standard flanges for a variety of gearboxes. The drive stations are designed to accept planetary and worm gear reducers or provide different shaft outputs for driving the HLE. Belt Driven Drive Belt A zero backlash, steel reinforced timing belt provides high speed, high acceleration and good bidirectional repeatability. Tensioning Station Easy access tensioning bolts allow external adjustment of belt tension. Carriage Roller bearing wheels are installed on three sides of the carriage to provide smooth linear motion and support. The wheels are positioned to evenly distribute the load across the length of the carriage. Eccentric bearing wheel bushings are adjusted to eliminate play on all sides of the carriage. Due to a low coefficient of friction, the carriage design provides a high mechanical efficiency and long service life. The carriages are available in standard and extended lengths. Special carriage lengths and linear units with multiple carriages are available for custom applications. Roller Bearing Each wheel consists of a lubricated and sealed radial ball bearing to reduce friction and maintenance. The bearing is enclosed within a tough polyamide tread to reduce noise and provide long service life. IP3 Strip Seal Magnetically attached stainless steel seal strip (not shown) provides environmental protection to interior components. Irwin, Pennsylvania 215

8 HLE-RB Series Specifications HLE-RB Series Specifications Characteristic Units HLE6-RB HLE1-RB HLE15-RB Unit Weight (basic unit without stroke) Standard Carriage, NL Extended Carriage, VL Carriage Weight Standard Carriage, NL Extended Carriage, VL Weight per meter of additional length Moment of Inertia (related to the drive shaft) Standard Carriage, NL Extended Carriage, VL Travel and Speed Maximum Speed (1) Maximum Acceleration (1) Maximum Travel (2) standard carriage, NL Maximum Travel (2) extended carriage, VL Geometric Data Cross Section, Square Moment of Inertia Ix Moment of Inertia Iy Moment of Elasticity Pulley Data, Torques, Forces Travel Distance per Revolution Pulley Diameter Maximum Drive Torque (3) Maximum Belt Traction (3) (effective load) Repeatability (4) kg (lb.) kg (lb.) kg. (lb) kg. (lb) kg/m (lb/ft) kg-cm 2 (lb-in 2 ) kg-cm 2 (lb-in 2 ) m/s (in/s) m/s 2 (in/s 2 ) m (in) m (in) mm (in) cm 4 (in 4 ) cm 4 (in 4 ) N/mm 2 (lb/in 2 ) mm/rev (in/rev) mm (in) Nm (lb-in) N (lb) mm (in) x ±.2 (5.3) (8.77) (1.76) (2.87) (2.43) (1.5) (1.64) (12) (393) (16) (149) (2.25) (1.34) (1.35) (.144 x 1 8 ) (4.92) (1.57) (78.5) (±.8) x ±.2 (28.) (34.84) (6.17) (9.7) (6.72) (8.41) (12.45) (2) (393) (244) (238) (3.94) (9.2) (1.35) (.144 x 1 8 ) (6.69) (2.13) (354.) (±.8) x ±.2 (68.8) (84.89) (16.1) (25.36) (14.18) (42.17) (62.79) (2) (393) (311) (35) (5.91) (46.61) (51.58) (144 x 1 8 ) (9.45) (3.1) (955.9) (±.8) For the following deviations from the above standards, please contact Parker engineering: (1) Greater speeds and accelerations may be achieved. (2) Splicing possible for longer travel distances. This may cause reductions in effective load, drive torque, speed, acceleration, and repeatability. Consult factory for strip seal availability on spliced units. (3) Increased timing belt tension required. (4) Nominal value - component dependent. For improved repeatability consult factory. Linear Actuator Size Comparison HLE6 HPLA8 HLE1 HPLA12 HLE15 HPLA Irwin, Pennsylvania

9 HLE-RB Series Specifications Load-Bearing Capacity of Carriage and Timing Belt Forces and Moment Loads The forces and moments that the carriage is capable of transferring are speed-dependent. The curves shown in the graphs apply to a standard carriage (S). With the extended carriage (E), all the values apart from Fx (loadbearing capacity of timing belt) can be doubled if the load is applied equally to both halves of the carriage or distributed uniformly along its entire length. The curves show the maximum load-bearing capacity of a carriage in one direction of force or torque. If several loads are applied in different directions, the values given by the curves must be derated, i.e. the load or speed should be reduced if necessary. M Z F Z M X F X M y F y DimAxes software is available for determination of precise carriage loading. Visit to request a Gantry Robot CD. Load-Bearing Capacity Timing Belt (Fx) HLE6-RB F X HLE1-RB Transferrable Thrust Force (n) Nominal Belt Tension Maximum Belt Tension Drive Option Gearhead Drive Option (81, km life) (46, km life) ARO/ALO ARW/ALW/DAR/DAL Transferrable Thrust Force (n) Nominal Belt Tension PS9 PX115/PV115 PS115 PV9/PX9 PS9 PX115/PV115 Maximum Belt Tension Drive Option (81, km life) (46, km life) Supported Pulley (SP19 - SP3) 5 SP1 SP11 SP12 SP9 SP1 SP Belt Driven HLE15-RB Irwin, Pennsylvania 217 Transferrable Thrust Force (n) Nominal Belt Tension Maximum Belt Tension Drive Option Gearhead Drive Option (85, km life) (37, km life) ARO/ALO ARW/ALW/DAR/DAL PX115/PV115 PS115 PS142 PX115/PV115 PS115 PS142 SP1 SP11 SP12 SP1 SP11 SP

10 HLE-RB Series Specifications HLE-RB Series Force and Moment Loads Load-Bearing Capacity Maximum Permissible Moment Load F Z M Z M x F y M y Force (N) Force (N) F z F y HLE6-RB Lbs = N x Velocity (m/s) F z Fy HLE1-RB Lbs = N x.2248 Moment (Nm) Moment (Nm) HLE6-RB My Lbs = N x.2248 M z 15 M x Velocity (m/s) 2 My 15 1 M z M x 5 HLE1-RB Lbs = N x.2248 Force (N) Velocity (m/s) HLE15-RB F z Lbs = N x.2248 Fy Moment (Nm) Velocity (m/s) HLE15-RB 5 My 4 Lbs = N x M z 2 M x Velocity (m/s) Velocity (m/s) 218 Irwin, Pennsylvania

11 HLE-RB Series Specifications HLE-RB Deflection Characteristics The HLE deflection curves can be used for determining the deflection based on the profile length and the application load weight. Applications requiring high acceleration forces can place a severe strain on the system stability. In these cases, a solid substructure may be required with the HLE product being supported at frequent intervals. These deflection curves illustrate the deflection d, based on the HLE profile being simply supported at both ends. The graphs take into consideration the self deflection due to the weight of the profile, along with the load to be transported. The maximum deflection cannot be exceeded. If the maximum deflection is exceeded based on your application parameters, then additional supports are required. Alternatively, the next larger profile size may be considered. For deflection formulas and calculations, please refer to the Technical Information Library found on our web site L F F = Force N L = Unsupported length mm d = Deflection mm δ δ L F Deflection Curves Deflection, mm (in) Deflection, mm (in) Deflection, mm (in) 3 (.118) 2 (.79) 1 (.39) 6. (.236) 5. (.197) 4. (.157) 3. (.118) 2. (.79) 1. (.39) 6. (.236) 5. (.197) 4. (.157) 3. (.118) 2. (.79) 1. (.39) Maximum Deflection (19.7) (39.4) (59.) (78.7) (98.4) Unsupported Length, mm (in) HLE1 Deflection Curve 1 Maximum Deflection (39.4) (78.7) (118.1) (157.5) (196.8) Unsupported Length, mm (in) Maximum Deflection HLE6-RB HLE1-RB HLE15-RB (111.8) 6 (236.2) 1) F = 5 N (113 lb) 2) F = 3 N (68 lb) 3) F = 15 N (34 lb) 4) F = 75 N (17 lb) 5) F = N 1) F = 2 N (444 lb) 2) F = 1 N (222 lb) 3) F = 5 N (113 lb) 4) F = 25 N (56 lb) 5) F = N 1) F = 35 N (788 lb) 2) F = 2 N (444 lb) 3) F = 1 N (222 lb) 4) F = 25 N (56 lb) 5) F = N Belt Driven (39.4) (78.7) (118.1) (157.5) (196.8) Unsupported Length, mm (in) 6 (236.2) Irwin, Pennsylvania 219

12 HLE-RB Series Specifications Dual Unit Axis Considerations When two parallel linear modules are required to form a single axis, the span or distance between each unit determines which type of shaft connection is required. In some cases, a link shaft support bearing might also be required. The link shaft bearing is used to support the linking shaft of an HLE dual axis when there is a large center to center distance. This bearing must be used if the critical speed is exceeded with the dual-axis link shaft. Figure A Critical Speed* 35 A (min) A (max) A Span (mm) Series (min.) (max.) HLE HLE Center to Center (mm) L HLE15 HLE1 Figure B Shaft rpm Linear Velocity A (max) A Span (mm) Series (min.) (max.) HLE HLE Linear Velocity (m/s) n HLE15 v HLE1 HLE6 Figure C Shaft rpm A (max) *HLE6 Critical speed is above charted 2 RPM. A Span (mm) Series (min.) (max.) HLE HLE1 51 HLE Irwin, Pennsylvania

13 HLE6-RB Dimensions HLE6-RB with PV6 Direct Drive [6.] (NL CARRIAGE) 254 (VL CARRIAGE) 24 [.94] 42.9 [1.69] 6 [2.36] 19 [.74] 57.2 [2.25] [6.] (NL CARRIAGE) 254 (VL CARRIAGE) M8 X 1.25 X 12.DP. QTY. 4 PLCS. PV6 PV6 72MM SINGLE STAGE PV6 92MM DUAL STAGE 17MM FOR (MOTOR SHAFT LENGTHS ) 22MM FOR (MOTOR SHAFT LENGTHS ) 113 [4.44] HARD STOP 125 [4.92] SAFETY ZONE TRAVEL 125 [4.92] SAFETY ZONE 31.8 [1.25] 31.7 [1.25] 75 [2.95] PV6 GEARBOX INPUT 25.4 [1.] 81 [3.19] BASE LENGTH TRAVEL+ 466 (NL CARRIAGE) TRAVEL+ 568 (VL CARRIAGE) 61 [2.42] 1 [3.93] 1 [.38]MM (DRIVE HOUSING SITS BELOW BASE) OVERALL LENGTH TRAVEL+ 647(NL CARRIAGE) TRAVEL+ 749(VL CARRIAGE) HLE6-RB Drive with Motor Block 57.2 [2.25] 42.9 [1.69] 6 [2.36] 43 [1.69] 19 [.74] Belt Driven 113 [4.44] HARD STOP [6.] (NL CARRIAGE) 254 (VL CARRIAGE) 125 [4.92] SAFETY ZONE TRAVEL M8 X 1.25 X 12.DP. QTY. 4 PLCS. 125 [4.92] SAFETY ZONE 8 [.31] NEMA 34 ADAPTER ADDER 61 [2.39] 85 [3.35] NEMA 23 MOTOR BLOCK 32 [1.25] 32 [1.25] 75 [2.95] 26 [1.1] 81 [3.19] BASE LENGTH TRAVEL+466 (NL CARRIAGE) TRAVEL +568 (VL CARRIAGE) 1MM NEMA 23 MOTOR BLOCK 16MM NEMA 34 MOTOR BLOCK 2 [.8] NEMA 34 BLOCK LENGTH ADDER OVERALL LENGTH TRAVEL+ 647 (NL CARRIAGE) NEMA 23 BLOCK TRAVEL+ 749 (VL CARRIAGE) NEMA 23 BLOCK ADD 2MM FVOR NEMA 34 BLOCK 1 [3.93] Irwin, Pennsylvania 221

14 HLE6-RB Dimensions 2D & 3D CAD files Download from parkermotion.com HLE6-RB Idler Dimensions (mm) 491+TRAVEL ( NL CARRIAGE) 593+TRAVEL (VL CARRIAGE) 44 [1.75] 13 [.5] 125 [4.92] SAFETY ZONE 125 [4.92] SAFETY ZONE 1/2 TRAVEL 1/2 TRAVEL Drive Shaft Option WRO Shaft on Right WLO Shaft on Left WBO Shaft on Both Sides 3MM X 12. KEY 1 [.39] "WRO" and "WBO" 18 [.7] 43 [1.69] End View 1 [.38] 6 [.24] 2 [.8] 6 [.22] 61 [2.39] 17 [.67] 6 [.25] 5 [.2] 2 [.6] 1 [.39] 122 [4.78] 6 [.24] 75 [2.95] 17 [.67] 61 [2.39] 38 [1.5] 18 [.7] 1 [.39] "WLO" and "WBO" 57 [2.25] 1 [.37] 96 [3.77] 222 Irwin, Pennsylvania

15 HLE-RB Series Dimensions HLE1-RB Drive Dimensions (mm) A Standard Carriage = Travel Extended Carriage = Travel Standard Carriage = 3. Extended Carriage = Travel Safety Zone A 125. Safety Zone Sq Drive Shaft Option WRO Shaft on Right WLO Shaft on Left WBO Shaft on Both Sides 7 6 Section A-A WRO Belt Driven WBO 87 4 WLO HLE1-RB Idler Std. Carriage = 78 + Travel (T) Ext. Carriage = Travel (T) Safety Zone 3 (Std. Carriage) 45 (Ext. Carriage) Travel Safety Zone 1 Irwin, Pennsylvania 223

16 HLE-RB Series Dimensions 2D & 3D CAD files Download from parkermotion.com HLE15-RB Drive Dimensions (mm) Safety Zone Standard Carriage = Travel Extended Carriage = Travel Standard Carriage = 35. Extended Carriage = A 35. Travel 125 Safety Zone A Section A-A Drive Shaft Option WRO Shaft on Right WLO Shaft on Left WBO Shaft on Both Sides WRO WLO WBO 15 HLE15-RB Idler Std. Carriage = Travel (T) Ext. Carriage = Travel (T) (Std. Carriage) Travel Safety Zone 5 (Ext. Carriage) Safety Zone Irwin, Pennsylvania

17 HLE6-RB Series Ordering Information Fill in an order code from each of the numbered fields to create a complete model order code # Order Example: HLE6 RB NL E 1 DA MBL SP5 G125 H1 K24 ZA LH 1 Series HLE6 2 Bearing Type RB 3 Carriage Type NL Standard Carriage VL Extended Carriage 4 Unit Type M Idler D Dual Axis Unit E Single Axis Unit 5 Travel Length nnnn nnnn=mm (3 mm max for NLcarriage; 29 mm max for VL carriage) 6 Drive Shaft Option - Center to Center DA No Drive Shaft - Single Axis or Idler Unit DAnnnn (nnnn=mm) Dual Axis Center to Center (2 mm min; 15 mm max) DCnnnn (nnnn=mm) Dual Axis with Covered Link Shaft Center to Center (2 mm min; 15 mm max ) 7 Shaft Configuration Options WOO No Shaft, Idler Unit ARO Gearhead Right ALO Gearhead Left ARW Gearhead Right Shaft Left ALW Gearhead Left Shaft Right WLO Shaft Left WRO Shaft Right WBO Double Shaft MBL Motor Block Left MBR Motor Block Right MLW Motor Block Left, Shaft Right MRW Motor Block Right, Shaft Left DAL Double Axis Gearhead, Drive Left DAR Double Axis Gearhead, Drive Right DML Double Axis, Motor Block Left DMR Double Axis, Motor Block Right WRO WLO WBO ARO ALO ARW ALW MBR MBL MRW MLW 8 Drive Station Interface SP19 Drive Housing For PV6-FN SP2 Idler Unit SP21 No Motor Block SP22 Motor Block NEMA 23 with.375 Bore Coupling SP23 Motor Block NEMA 34 with.25 Bore Coupling SP24 Motor Block NEMA 34 with.375 Bore Coupling SP25 Motor Block NEMA 34 with.5 Bore Coupling SP28 Motor Block NEMA 23 without Coupling SP29 Motor Block NEMA 34 without Coupling SP3 Motor Block Neo 7 with 11. mm Bore Coupling 9 Gearbox Option* G No Gearbox (Requires MBR, MBL, MRW, MLW) G1 Customer Supplied Gearhead* G123 PV6 Gearhead 3:1 Ratio G125 PV6 Gearhead 5:1 Ratio G121 PV6 Gearhead 1:1 Ratio G1215 PV6 Gearhead 15:1 Ratio G1225 PV6 Gearhead 25:1 Ratio *Contact factory for approval of any alternative gearbox information. Mounting Orientation H1 Carriage Up H2 Carriage Down H3 Carriage on Side, Drive Station Up H4 Carriage on Side, Drive Station Down! Motor Kit Option K No Motor Kit K21 Motor Kit LV23, HV23, OS23, ES23, VS23 to PV6 K22 Motor Kit BE23X to PV6 K23 Motor Kit SM23, SE23 to PV6 K24 Motor Kit LV34, HV34 K25 Motor Kit BE34, NO34X, JO34X, TS31, TS32 to PV6 K26 Motor Kit RS34, ES34 to PV6 K27 Motor Kit NO7, JO7 to PV6 K28 Motor Kit SMB6 to PV6 Belt Strip Seal Option ZA Unit with Strip Seal (IP3) ZB Unit without Strip Seal DAR DAL DMR DML # Limit/Home Switch Option LH No Limit Switch Assembly LH1 Three Mechanical Switches (1 NO & 1 NC Contact Per Switch) LH2 Two Mechanical Switches (1 NO & 1 NC Contact Per Switch) LH3 Three NPN Prox Switches, 1-3 VDC LH4 Three PNP Prox Switches, 1-3 VDC Irwin, Pennsylvania 225

18 HLE1-RB Series Ordering Information Fill in an order code from each of the numbered fields to create a complete model order code # Order Example: HLE1 RB NL E 1 DA ARO SP7 G2-5 H2 ZB K6 LH 1 Series HLE1 2 Bearing Type RB 3 Carriage Type NL Standard Carriage VL Extended Carriage 8 Drive Station Interface SP Idler or Shaft Option SP3 Motor Block - NEMA 34 with.5 in. coupling SP4 Motor Block - NEMA 34 with.375 in. coupling SP5 Motor Block - NEMA 34 without coupling SP6 Motor Block - with coupling for JO923 direct drive SP7 Motor Block - NEMA 42 with.625 in. coupling SP8 Motor Block - NEMA 42 without coupling SP9 Drive Housing for PX9/PV9/PEN/PER-9 SP1 Drive Housing for PS9 4 Unit Type SP11 Drive Housing for PX115/PV115 SP12 Drive Housing for PS115 M Idler 9 Gearbox Option D Dual Axis Unit G- No Gearbox E Timing Belt Drive, Nominal Thrust, Maximum Life G1-nn PS9 5 G11-nn PX115 Travel Length G12-nn PS115 nnnn Specified travel in mm (nnnn = mm) G13-nn PX9 6 Drive Shaft Option - Center to Center G14-nn PV9 G15-nn PV115 DA No Drive Shaft - Single Axis or Idler Unit nn = ratio DAnnnn (nnnn=mm) Single stage ratios 3:1, 5:1, 1:1 Dual stage ratios 15:1, 25:1 Mounting Orientation H1 Carriage Up 7 Shaft Configuration Options H2 Carriage Down WOO No Shaft, Idler Unit H3 Carriage on Side, Drive Station Up WLO Shaft Left H4 Carriage on Side, Drive Station Down WRO Shaft Right! Strip Seal Option WBO Double Shaft ZA Unit with Strip Seal (IP3) ALO Reducer Left ZB Unit without Strip Seal ARO Reducer Motor Kit Option ALW Reducer Left, Shaft Right K No motor kit ARW Reducer Right, Shaft Left K1 J34*, N34*, BE34*, TS31, TS32 to GT-9, PE-9 DAL Double Axis, Drive Left K2 J7*, N7* to GT-9, PE-9 DAR Double Axis, Drive Right K3 J9*, N9* to GT-9, PE-9 MBL Motor Block Left K4 M15* to GT-9, PE-9 MBR Motor Block Right K5 ES3*, OEM83-*, ZETA83-*, S83-*, RS3* to GT-9, PE-9 K6 J34*, N34*, BE34*, TS3 WOO WLO WRO WBO ALO ARO K7 J9*, N9* ALW ARW MBL MBR K8 M15* K9 ES3*, OEM83-*, ZETA83-*, S83-*, RS3* K1 RS42, RE42, S16-25 K11 S16-178, S16-25 K12 M145 K35 Parker MPP92/MPJ92 K37 Parker MPP1/MPJ1 K39 Parker MPP115/MPJ115 K41 Parker MPP142/MPJ142 ALW ARW DAL DAR MBL MBR K5 Parker HDY55; MPL15XX (Allen Bradley) K51 AKM3X-AN (Kollmorgen) K52 SGMAH-4 (Yaskawa) K53 SGMAH-8 (Yaskawa) K54 MKD41 (Indramat) K55 AKM4X-AN (Kollmorgen) K56 MKD7 (Indramat) # Limit/Home Switch Option LH No Limit Switch Assembly LH1 Three Mechanical Switches, 1 NO and 1 NC contact per switch LH2 Two Mechanical Switches, 1 NPN Prox Switch LH3 Three NPN Prox Switches, 1-3 VDC LH4 Three PNP Prox Switches, 1-3 VDC 226 Irwin, Pennsylvania

19 HLE15-RB Series Ordering Information Fill in an order code from each of the numbered fields to create a complete model order code # Order Example: HLE15 RB NL E 1 DA ARO SP1 G2-5 H2 ZA K7 LH2 O 1 Series HLE15 2 Bearing Type RB 3 Carriage Type NL Standard Carriage VL Extended Carriage 4 Unit Type M Idler E Timing Belt Drive, Nominal Thrust, Maximum Life F Timing Belt Drive, Maximum Thrust, Nominal Life 5 Travel Length nnnn Specified travel in mm (nnnn = mm) 6 Drive Shaft Option - Center to Center DA No Drive Shaft - Single Axis or Idler Unit DAnnnn (nnnn=mm) 8 Drive Station Interface SP Idler or Shaft Option SP1 Drive Housing for PS9 SP11 Drive Housing for PX115/PV115 SP12 Drive Housing for PS115 9 Gearbox Option G- No Gearbox G1-nn PS9 G11-nn PX115 G12-nn PS115 G13-nn PX9 nn = ratio Single stage ratios 3:1, 5:1, 1:1 Dual stage ratios 15:1, 25:1 Mounting Orientation H1 Carriage Up H2 Carriage Down H3 Carriage on Side, Drive Station Up H4 Carriage on Side, Drive Station Down! Strip Seal Option ZA Unit with Strip Seal (IP3) ZB Unit without Strip Seal 7 Shaft Configuration Motor Kit Option WOO No Shaft, Idler Unit K No motor kit WLO Shaft Left K6 J34*, N34*, BE34*, TS31, TS32 to GT-115, PE-115 WRO Shaft Right K7 J9*, N9* to GT-115, PE-115 WBO Double Shaft K8 M15* to GT-115, PE-115 ALO Reducer Left K9 ES3*, OEM83-*, ZETA83-*, S83-*, RS3* to GT-115, PE-115 ARO Reducer Right K1 RS42, RE42, S16-25 to GT-115, PE-115 ALW Reducer Left, Shaft Right K11 S16-178, S16-25 to GT-115, PE-115 K12 M145 to GT-115, PE-115 ARW Reducer Right, Shaft Left K13 M145 to GT-142, PE-142 DAL Double Axis, Drive Left K35 Parker MPP92/MPJ92 DAR Double Axis, Drive Right K37 Parker MPP1/MPJ1 K39 Parker MPP115/MPJ115 WOO WLO WRO WBO ALO ARO ALW ARW K41 Parker MPP142/MPJ142 K5 MBL Parker HDY55; MBR MPL15XX (Allen Bradley) K51 AKM3X-AN (Kollmorgen) K52 SGMAH-4 (Yaskawa) K53 SGMAH-8 (Yaskawa) K54 MKD41 (Indramat) K55 AKM4X-AN (Kollmorgen) K56 MKD7 (Indramat) K57 MKD9 (Indramat) ALO ARO ALW ARW DAL DAR MBL MBR *Single stage ratios: 3, 5, 8, 1; Dual stage ratios: 12, 15, 16, 2, 25 Belt Driven # Limit/Home Switch Option LH No Limit Switch Assembly LH1 Three Mechanical Switches, 1 NO and 1 NC contact per switch LH2 Two Mechanical Switches, 1 NPN Prox Switch LH3 Three NPN Prox Switches, 1-3 VDC LH4 Three PNP Prox Switches, 1-3 VDC Irwin, Pennsylvania 227

20 HLE-SR Series Features HLE-SR Series Belt Driven Linear Modules Features Heavy duty steel square rail bearing system for greater load capacity Standard travel to 6 meters* Load capacities up to 6 kg Velocity up to 3 meters/sec. ±.2 mm positional repeatability Timing belt and pulley drive mechanism IP3 strip seal *Longer travels available with splice kits. HLE-SR Bearing System The bearing system is the principal distinction between the RB (Roller Bearing) type modules and the SR (Square Rail) type. The SR employs a square rail bearing system, which permits greater load carrying capability without increasing overall size. Square rail bearings are recirculating ball bearings designed to move heavy loads on a precise linear path. Linear guides, which house several rows of re-circulating ball bearings, ride on a high strength, steel square rail. The steel square rail cross section enables bearing ways to be ground into the sides of the rail. These bearing ways are shaped in an arch which approximates the same radius as the ball bearing. This increases the contact surface between the ball and the rail, thereby increasing the load capacity of the linear bearing. HLE-SR Drive Principle The HLE-SR employs the same high performance belt and pulley drive mechanism as the HLE-RB. It features a zero backlash steel reinforced timing belt drive, which provides high speeds, high acceleration, and good bidirectional repeatability. A belt tension station, conveniently located at the end of the unit provides for quick and easy belt adjustment. The drive station is designed to accept planetary gear reducers as well as a wide variety of servo and stepper motors. Proven Technology Proven in numerous applications, the HLE-SR series offers the following advantages: Low running friction Low wear Low maintenance Quiet operation High efficiency Long service life High dynamic performance due to high load capacity square rail systems Easily accessible lubrication points Minimal preventive maintenance required T-slots integrated on sides of the profile for mounting attachments or for use as a cable duct Timing belts can be replaced without removing load attachment plate Multiple configuration options due to T-slots available on both the profile and load plate 228 Irwin, Pennsylvania

21 HLE-SR Series Features Typical Fields of Application As part of advanced, cost-effective construction of machines and handling systems: Materials handling: palletizing, depalletizing, feeding, part removal Clean room technology: water transport, water coating Warehouse technology: parts picking, storage and retrieval Machine tool automation: workpiece loading and unloading, tool changing Construction: formwork, placing reinforcing steel bars in concrete Process engineering: painting, coating, bonding Testing technology: guiding ultrasonic sensors, laboratory equipment Textile machinery building: cross-cutting, slitting and stacking, quilting, seam stitching Optional Features Direct mounting for planetary gear reducers Adjustable end of travel limit switches and Home position sensor Cable carrier systems Performance matched Parker servo systems Structural components for vertical and multi-axis mounting Toe clamps and hardware for fast/easy mounting External bumpers Link shafts and support bearing for dual unit axes Splice plates for extending travels beyond length available in a single profile See pages for available options and accessories. Housing The HLE-SR housing is a light-weight, compact and self-supporting extruded aluminum section. It is available in two cross-sections: 6 x 6 mm (HLE6) and 1 x 1 mm (HLE1). T-slots along the length are utilized for clamping mechanical components, joining units, and attaching sensors or mechanical switches. Carriage A rigid carriage assembly is built upon two bearing housings which contain several rows of recirculating ball bearings designed to ride in grooves ground into a steel square rail linear raceway. Longer or custom carriages are also available. Load Attachment Plate Longitudinal T-Slots integrated on the top of this plate facilitate the assembly of attachments to the HLE-SR. Utilization of these T-Slots together with standard clamping profiles enables easy straightforward construction of multi-axis systems. Belt Driven Bearing Raceway A high strength steel alloy bearing rail features precision ground gothic arch raceways to provide precise translation and high strength support of the recirculating ball bearings. Optional IP3 Strip Seal Magnetically attached stainless steel seal strip provides environmental protection to interior components. Drive Belt A zero backlash, steel reinforced timing belt provides high speed, high acceleration and high bidirectional repeatability. A serrated clamp mechanism between belt and carriage guarantees a safe and strong connection. Irwin, Pennsylvania 229

22 HLE-SR Series Specifications HLE-SR Series Specifications Characteristic Units HLE6-SR HLE1-SR Unit Weight (basic unit without stroke) Standard Carriage, NL Extended Carriage, VL Carriage Weight Standard Carriage, NL Extended Carriage, VL Weight per meter of additional length Moment of Inertia (related to the drive shaft) Standard Carriage, NL Extended Carriage, VL Travel and Speed Maximum Speed (1) Maximum Acceleration (1) Maximum Travel (2), NL Maximum Travel (2), VL Geometric Data Cross Section, Square Moment of Inertia Ix Moment of Inertia Iy Moment of Elasticity Pulley Data, Torques, Forces Travel Distance per Revolution Pulley Diameter Maximum Drive Torque (3) Maximum Belt Traction (3) (effective load) Repeatability (4) kg (lb.) kg (lb.) kg. (lb) kg. (lb) kg/m (lb/ft) kg-cm 2 (lb-in 2 ) kg-cm 2 (lb-in 2 ) m/s (in/s) m/s 2 (in/s 2 ) m (in) m (in) mm (in) cm 4 (in 4 ) cm 4 (in 4 ) N/mm 2 (lb/in 2 ) mm/rev (in/rev) mm (in) Nm (lb-in) N (lb) mm (in) x ±.2 (7.7) (13) (4.) (4.6) (3.7) (1.2) (1.83) (12) (393) (12) (114) (2.25) (1.16) (1.43) (.144 x 1 8 ) (4.92) (1.57) (79) (15) (±.8) x ±.2 (35.7) (44.1) (4.9) (8.4) (8.9) (11.9) (17.9) (12) (393) (242) (236) (3.94) (9.6) (1.38) (.144 x 1 8 ) (9.45) (2.93) (544) (371) (±.8) For the following deviations from the above standards, please contact Parker engineering: (1) Greater speeds and accelerations may be achieved. (2) Splicing possible for longer travel distances. This may cause reductions in effective load, drive torque, speed, acceleration, and repeatability. (3) Increased timing belt tension required. (4) Nominal value - component dependant. For improved repeatability consult factory. Linear Actuator Size Comparison HLE6 HPLA8 HLE1 HPLA12 HLE15 HPLA18 (RB & Z only) 23 Irwin, Pennsylvania

23 HLE-SR Series Specifications Load-Bearing Capacity of Carriage and Timing Belt Forces and Moment Loads The forces and moments that the carriage is capable of transferring are speed-dependent. The curves shown in the graphs apply to a standard carriage (S). With the extended carriage (E), all the values apart from Fx (loadbearing capacity of timing belt) can be doubled if the load is applied equally to both halves of the carriage or distributed uniformly along its entire length. The curves show the maximum load-bearing capacity of a carriage in one direction of force or torque. If several loads are applied in different directions, the values given by the curves must be derated, i.e. the load or speed should be reduced if necessary. M Z F Z M X F X M y F y DimAxes software is available for determination of precise carriage loading. Visit to request a Gantry Robot CD. Load-Bearing Capacity Timing Belt (Fx) HLE6-SR HLE1-SR Transferrable Thrust Force (n) Nominal Belt Tension Maximum Belt Tension Drive Option (81, km life) (46, km life) Supported Pulley (SP19 - SP3) 5 Transferrable Thrust Force (n) Nominal Belt Tension Maximum Belt Tension Drive Option Gearhead Drive Option (81, km life) (46, km life) ARO/ALO ARW/ALW/DAR/DAL PS9 PX115/PV115 PS115 PV9/PX9 PS9 PX115/PV115 SP1 SP11 SP12 SP9 SP1 SP F X Belt Driven Irwin, Pennsylvania 231

24 HLE-SR Series Specifications HLE-SR Performance Curves The force and moment capabilities of the carriage and the timing belt are speed dependent. The load curves shown in the graphs are valid for a standard (NL order code) carriage. These curves show the allowable force or moment versus the nominal carriage life. M Z F Z M X F X M y F y Legend Velocity Curve m/sec. (in/sec.) A.25 (1) B.5 (2) C 1. (4) D 2. (8) E 3. (12) HLE-6SR HLE-1SR 1,8 (45) Life vs. Load Fz and Fy Normal and Side Loads 6, (1,35) Life vs. Load F z and Fy Normal and Side Loads Force, N (lb) 1,5 (338) 1,2 (27) 9 (23) 6 (135) 3 (68) A B C D E m/sec (in/sec) Force, N (lb) 5, (1,125) 4, (9) 3, (675) 2, (45) 1, (225) A B C DE m/sec (in/sec) 1, 2, 3, 4, 5, 6, (6,213) (12,427) (18,641) (24,854) (31,68) (37,282) Nominal Carriage Life, Km (miles) 1, 2, 3, 4, 5, 6, (6,213) (12,427) (18,641) (24,854) (31,68) (37,282) Nominal Carriage Life, Km (miles) 9 (66.4) Life vs. Moment Load M y and M z 3 (221.2) Life vs. Moment Load M y and M z Moment, Nm (ft-lbs) 75 (55.3) 6 (44.3) 45 (33.2) 3 (22.1) 15 (11.1) A B C D E m/sec (in/sec) Moment, Nm (ft-lbs) 25 (184.3) 2 (147.5) 15 (11.6) 1 (73.7) 5 (36.9) A B C D E m/sec (in/sec) Moment, Nm (ft-lbs) 3 (22.1) 25 (18.4) 2 (14.7) 15 (11.1) 1, 2, 3, 4, 5, 6, (6,213) (12,427) (18,641) (24,854) (31,68) (37,282) Nominal Carriage Life, Km (miles) Life vs. Moment Load Mx m/sec (in/sec) 1 (7.4) A B 5 (3.7) D C E 1, 2, 3, 4, 5, 6, (6,213) (12,427) (18,641) (24,854) (31,68) (37,282) Nominal Carriage Life, Km (miles) Moment, Nm (ft-lbs) 1, 2, 3, 4, 5, 6, (6,213) (12,427) (18,641) (24,854) (31,68) (37,282) Nominal Carriage Life, Km (miles) Life vs. Moment Load Mx 7 (51.6) 6 (44.2) 5 (36.8) A 4 (29.5) 3 (22.1) B C 2 (14.7) D E 1 (7.4) 1, 2, 3, 4, 5, 6, (6,213) (12,427) (18,641) (24,854) (31,68) (37,282) Nominal Carriage Life, Km (miles) m/sec (in/sec) 232 Irwin, Pennsylvania

25 HLE-SR Series Specifications HLE-SR Deflection Characteristics The HLE deflection curves can be used for determining the deflection based on the profile length and the application load weight. Applications requiring high acceleration forces can place a severe strain on the system stability. In these cases, a solid substructure may be required with the HLE product being supported at frequent intervals. These deflection curves illustrate the deflection d, based on the HLE profile being simply supported at both ends. The graphs take into consideration the self deflection due to the weight of the profile, along with the load to be transported. The maximum deflection cannot be exceeded unless additional supports are implemented. Alternatively, the next larger profile size may be considered. For deflection formulas and calculations, please refer to the Technical Information Library found on our web site Deflection Curves Deflection, mm (in) 3 (.118) 2 (.79) 1 (.39) HLE6SR 1 Maximum Deflection (19.7) (39.4) (59.) (78.7) (98.4) (111.8) Unsupported Profile Length, mm (in) ) F = 1, N (222 lb) 2) F = 5 N (113 lb) 3) F = 3 N (68 lb) 4) F = 15 N (34 lb) 5) F = 75 N (17 lb) 6) F = N L F = Force N L = Unsupported length mm d = Deflection mm F δ δ L F Deflection, mm (in) 4,8 (.189) 3,2 (.126) 1,6 (.63) 1 HLE1SR 2 Maximum Deflection (39.4) (78.7) (118.1) (157.5) (196.8) (236.2) Unsupported Profile Length, mm (in) 1) F = 2,5 N (563 lb) 2) F = 1,5 N (338 lb) 3) F = 1, N (222 lb) 4) F = 5 N (113 lb) 5) F = N Belt Driven Irwin, Pennsylvania 233

26 HLE6-SR Dimensions 2D & 3D CAD files Download from parkermotion.com HLE6-SR with PV6 Direct Drive Dimensions (mm) 42.9 [1.69] 35 [1.38] 27 [1.6] 57.2 [2.25] 24 [.94] 19 [.74] [6.] (NL CARRIAGE) 254 (VL CARRIAGE) M8 X 1.25 X 12.DP. QTY. 4 PLCS. PV6 17MM FOR (MOTOR SHAFT LENGTHS ) 22MM FOR (MOTOR SHAFT LENGTHS ) PV6 72MM SINGLE STAGE PV6 92MM DUAL STAGE 18 [4.25] 125 [4.92] SAFETY ZONE TRAVEL [4.92] SAFETY ZONE 75 [2.95] PV6 GEARBOX INPUT 89 [3.5] BASE LENGTH TRAVEL+ 448MM (NL CARRIAGE) TRAVEL+ 55MM (VL CARRIAGE) 1 [3.93] 1 [.38] OVERALL LENGTH TRAVEL+ 637MM (NL CARRIAGE) TRAVEL+ 739MM (VL CARRIAGE) 234 Irwin, Pennsylvania

27 HLE6-SR Dimensions HLE6-SR Drive with Motor Block Dimensions (mm) 42.9 [1.69] 35 [1.38] 57.2 [2.25] 43 [1.69] 19 [.74] M8 X 1.25 X 12.DP. QTY. 4 PLCS. 85 [3.35] NEMA 23 MOTOR BLOCK [6.] (NL CARRIAGE) 254 (VL CARRIAGE) 8 [.31] NEMA 34 ADAPTER ADDER 19 [.75] 125 [4.92] SAFETY ZONE TRAVEL 125 [4.92] SAFETY ZONE 27 [1.6] 75 [2.95] 1 [.38](NEMA 23) 89 [3.5] BASE LENGTH TRAVEL+ 448 MM (NL CARRIAGE) TRAVEL+ 55 MM (VL CARRIAGE) OVERALL LENGTH TRAVEL+ 637MM (NL CARRIAGE) TRAVEL+ 739MM (VL CARRIAGE) 1 [3.93] 6.3 [.25](NEMA34 ADDER) 2 [.8](NEMA 34 LENGTH ADDER) Belt Driven Irwin, Pennsylvania 235

28 HLE6-SR Dimensions 2D & 3D CAD files Download from parkermotion.com HLE6-SR Idler Dimensions (mm) 482+TRAVEL (NL CARRIAGE) 584+TRAVEL (VL CARRIAGE) 541 [21.28] 4 [1.56] 4 [1.56] [4.92] SAFETY ZONE 1/2 TRAVEL 1/2 TRAVEL 125 [4.92] SAFETY ZONE 61 [2.39] Drive Shaft Option WRO Shaft on Right WLO Shaft on Left WBO Shaft on Both Sides 17 [.67] 3MM X 12. KEY 1 [.39] "WRO" and "WBO" 18 [.7] End View 43 [1.69] 1 [.38] 6 [.22] 6 [.24] 2 [.8] 6 [.25] 5 [.2] 2 [.6] 1 [.39] 122 [4.78] 6 [.24] 75 [2.95] 17 [.67] 38 [1.5] 61 [2.39] 18 [.7] 1 [.39] 96 [3.77] "WLO" and "WBO" 57 [2.24] 1 [.37] 236 Irwin, Pennsylvania

29 HLE1-SR Series Dimensions HLE1-SR Drive Dimensions (mm) Safety Zone Standard Carriage = Travel Extended Carriage = Travel 3. (Standard Carriage) 45. (Extended Carriage) A Travel 125. Safety Zone Sq A Mounting Area Drive Shaft Option WRO Shaft on Right WLO Shaft on Left WBO Shaft on Both Sides Section A-A Metric Key 6 x 6 x 22 (Key conforms to DIN 6885) 87 WRO 39 2 Metric Key 6 x 6 x 22 (Key conforms to DIN 6885) Belt Driven HLE1-SR Idler WBO 52 WLO 85 Std. Carriage = Travel Ext. Carriage = Travel Safety Zone 3 (Std. Carriage) 45 (Ext. Carriage) Travel 125 Safety Zone 1 Irwin, Pennsylvania 237

30 HLE6-SR Series Ordering Information Fill in an order code from each of the numbered fields to create a complete model order code # Order Example: HLE6 SR NL E 2 DA MBR SP5 G125 H1 K24 ZA LH 1 Series HLE6 2 Bearing Type SR 3 Carriage Type NL Standard Carriage VL Extended Carriage 4 Unit Type M Idler D Dual Axis Unit E Single Axis Unit 5 Travel Length nnnn nnnn=mm (3 mm max for NL carriage; 29 mm max for VL carriage) 6 Drive Shaft Option - Center to Center DA No Drive Shaft - Single Axis or Idler Unit DAnnnn (nnnn=mm) Dual Axis Center to Center (2 mm min; 15 mm max) DCnnnn (nnnn=mm) Dual Axis with Covered Link Shaft Center to Center (2 mm min; 15 mm max ) 7 Shaft Configuration Options WOO No Shaft, Idler Unit ARO Gearhead Right ALO Gearhead Left ARW Gearhead Right Shaft Left ALW Gearhead Left Shaft Right WLO Shaft Left WRO Shaft Right WBO Double Shaft MBL Motor Block Left MBR Motor Block Right MLW Motor Block Left, Shaft Right MRW Motor Block Right, Shaft Left DAL Double Axis Gearhead, Drive Left DAR Double Axis Gearhead, Drive Right DML Double Axis, Motor Block Left DMR Double Axis, Motor Block Right WRO WLO WBO ARO ALO ARW ALW MBR MBL MRW MLW DAR DAL DMR DML 8 Drive Station Interface SP19 Drive Housing For PV6-FN SP2 Idler Unit SP21 No Motor Block SP22 Motor Block NEMA 23 with.375 Bore Coupling SP23 Motor Block NEMA 34 with.25 Bore Coupling SP24 Motor Block NEMA 34 with.375 Bore Coupling SP25 Motor Block NEMA 34 with.5 Bore Coupling SP28 Motor Block NEMA 23 without Coupling SP29 Motor Block NEMA 34 without Coupling SP3 Motor Block Neo 7 with 11. mm Bore Coupling 9 Gearbox Option* G No Gearbox (Requires MBR, MBL, MRW, MLW) G1 Customer Supplied Gearhead* G123 PV6 Gearhead 3:1 Ratio G125 PV6 Gearhead 5:1 Ratio G121 PV6 Gearhead 1:1 Ratio G1215 PV6 Gearhead 15:1 Ratio G1225 PV6 Gearhead 25:1 Ratio *Contact factory for approval of any alternative gearbox information. Mounting Orientation H1 Carriage Up H2 Carriage Down H3 Carriage on Side, Drive Station Up H4 Carriage on Side, Drive Station Down! Motor Kit Option K No Motor Kit K21 Motor Kit LV23, HV23, OS23, ES23, VS23 to PV6 K22 Motor Kit BE23X to PV6 K23 Motor Kit SM23, SE23 to PV6 K24 Motor Kit LV34, HV34 to PV6 K25 Motor Kit BE34, NO34X, JO34X, TS31, TS32 to PV6 K26 Motor Kit RS34, ES34 to PV6 K27 Motor Kit NO7, JO7 to PV6 K28 Motor Kit SMB6 to Strip Seal Option ZA Unit with Strip Seal (IP3) ZB Unit without Strip Seal # Limit/Home Switch Option LH No Limit Switch Assembly LH1 Three Mechanical Switches (1 NO & 1 NC Contact Per Switch) LH2 Two Mechanical Switches (1 NO & 1 NC Contact Per Switch) LH3 Three NPN Prox Switches, 1-3 VDC LH4 Three PNP Prox Switches, 1-3 VDC 238 Irwin, Pennsylvania

31 HLE1-SR Series Ordering Information Fill in an order code from each of the numbered fields to create a complete model order code # Order Example: HLE1 SR NL E 2 DA ARO SP2 G2-3 H1 ZB K2 LH 1 Series 8 Drive Station Interface HLE1 SP Idler or Shaft Option SP3 Motor Block - NEMA 34 with.5 in. coupling 2 Bearing Type SP4 Motor Block - NEMA 34 with.375 in. coupling SR SP5 Motor Block - NEMA 34 without coupling SP6 Motor Block - with coupling for JO923 direct drive SP7 Motor Block - NEMA 42 with.625 in. coupling 3 Carriage Type SP8 Motor Block - NEMA 42 without coupling NL Standard Carriage SP9 Drive Housing for PX9/PV9/PEN/PER-9 VL Extended Carriage SP1 Drive Housing for PS9 SP11 Drive Housing for PX115/PV115 4 Unit Type SP12 Drive Housing for PS115 M Idler 9 Gearbox Option E Timing Belt Drive, Nominal Thrust, Maximum Life G- No Gearbox F Timing Belt Drive, Nominal Thrust, Maximum Thrust G1-nn PS9 G11-nn PX115 5 Travel Length G12-nn PS115 G13-nn PX9 nnnn Specified travel in mm (nnnn = mm) G14-nn PV9 6 Drive Shaft Option - Center to Center G15-nn nn = ratio PV115 DA No Drive Shaft - Single Axis or Idler Unit Single stage ratios 3:1, 5:1, 1:1 Dual stage ratios 15:1, 25:1 DAnnnn (nnnn=mm) Mounting Orientation H1 Carriage Up 7 Shaft Configuration Options H2 Carriage Down WOO No Shaft, Idler Unit H3 Carriage on Side, Drive Station Up WLO Shaft Left H4 Carriage on Side, Drive Station Down WRO Shaft Right! Strip Seal Option WBO Double Shaft ZA Unit with Strip Seal (IP3) ALO Reducer Left ZB Unit without Strip Seal ARO Reducer Motor Kit Option ALW Reducer Left, Shaft Right K No Motor Kit ARW Reducer Right, Shaft Left K1 J34*, N34*, BE34*, TS3* DAL Double Axis, Drive Left K2 J7*, N7* DAR Double Axis, Drive Right K3 J9*, N9* MBL Motor Block Left K4 M15* MBR Motor Block Right K5 ES3*, OEM83-*, ZETA83-*, S83-*, RS3* K6 J34*, N34*, BE34*, TS3* K7 J9*, N9* to PE-115 K8 M15* to PE-115 K9 ES3*, OEM83-*, ZETA83-*, S83-*, RS3* K1 RS42, RE42, S16-25 WOO WLO WRO WBO ALO ARO ALW ARW K11 S16-178, S16-25 K12 M145 MBL MBR K35 MPP92 K37 MPP1 K39 MPP115 K35 Parker MPP92/MPJ92 K37 Parker MPP1/MPJ1 K39 Parker MPP115/MPJ115 K41 Parker MPP142/MPJ142 K5 Parker HDY55; MPL15XX (Allen Bradley) K51 AKM3X-AN (Kollmorgen) O ALW ARW DAL DAR MBL MBR K52 SGMAH-4 (Yaskawa) K53 SGMAH-8 (Yaskawa) K54 MKD41 (Indramat) K55 AKM4X-AN (Kollmorgen) K56 MKD7 (Indramat) K57 MKD9 (Indramat) *Single stage ratios: 3, 4, 5, 8, 1; Dual stage ratios: 12, 15, 16, 2, 25 # Limit/Home Switch Option LH No Limit Switch Assembly LH3 Three NPN Prox Switches, 1-3 VDC LH4 Three PNP Prox Switches, 1-3 VDC Belt Driven Irwin, Pennsylvania 239