HLR - High Load Rodless Linear Actuator
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HLR - High Load Rodless Linear Actuator

WARNING — USER RESPONSIBILITY FAILURE OR IMPROPER SELECTION OR IMPROPER USE OF THE PRODUCTS DESCRIBED HEREIN OR RELATED ITEMS CAN CAUSE DEATH, PERSONAL INJURY AND PROPERTY DAMAGE. • This document and other information from Parker-Hannifin Corporation, its subsidiaries and authorized distributors provide product or system options for further investigation by users having technical expertise. • The user, through its own analysis and testing, is solely responsible for making the final selection of the system and components and assuring that all performance, endurance, maintenance, safety and...

High Load Rodless Linear Actuator - HLR Overview 5 Product design 6 Technical Characteristics 8 Dimensions 9 Main dimensions 9 HLR070 xarriage A (short) 10 HLR070 carriage B (long) 10 HLR080 carriage A (short) 11 HLR080 carriage B (long) 11 Sizing of the Linear actuator 12 Accessorie

Parker Hannifin The global leader in motion and control technologies A world class player on a local stage Global Product Design Parker Hannifin has more than 40 years experience in the design and manufacturing of drives, controls, motors and mechanical products. With dedicated global product development teams, Parker draws on industry-leading technological leadership and experience from engineering teams in Europe, North America and Asia. Local Application Expertise Parker has local engineering resources committed to adapting and applying our current products and technologies to best fit...

High Load Rodless Linear Actuator - HLR Overview High Load Rodless Linear Actuator - HLR Overview Description HLR is a linear actuator specially designed for the use in OEM applications. The HLR is a belt driven/ linear guided drive system offering a very high load capacity with an extermely small form factor. Its compact outer dimensions und a variety of stroke steps make it ideal for a wide range of automation appplications. With its technical data, the HLR family meets the requirements in industrial applications. Combined with a wide choice of accessories it offers a very quick and easy...

High Load Rodless Linear Actuator - HLR Overview Product design 12. Centering sleeve 13. Lubrication access 7. Stainless steel cover strip 8. Sensor slot 4. Longitudinal slot 3. Support profile 1. Profile rail guiding 11. Carriage 10. Permanent magnet 6. Flange kit 7. Clamp collar 2. Synchronous belt/ pulley 5. Drive/ deflection station Profile rail guiding (1) The integrated square rail guide ensures precise and backlash-free linear motion with constant running characteristics and simultaneously high load capacity and travel speed. In conjunction with the synchronous belt (2) and the...

High Load Rodless Linear Actuator - HLR Overview 16. Toe clamp assembly 13. Pre-defined drive packages 15. Idler unit 18. Connection of additional components In addition to the two sizes of HLR linear actuators, Parker offers an accessory package not only for single-axis applications, but also for complete double or multi-axis systems. Pre-defined drive packages (13) Parker Hannifin also offers the complete drive and control packages for a wide range of applications to match the HLR linear actuators. By using the predefined drive packages, consisting of linear actuator, motor, gearbox and...

High Load Rodless Linear Actuator - HLR Technical Characteristics Axis size Drive type Toothed belt drive Guiding System Square rail guide Principle dimensions Axis cross section incl. carriage (width x height) Max. stroke Carriage A (Standard) Carriage B (Extended) Zero stroke with carriage A Zero stroke with carriage B Velocity & acceleration Max. travel speed Max. acceleration Loads & life times 2) Max. drive torque Idling torque M0 3) Max. Thrust force Fx_max 4) Max. Lateral force (Carriage A / Carriage B) | Fy_max Max. load force (carriage A / carriage B) | Fz_max Max. Tilting torque...

High Load Rodless Linear Actuator - HLR Dimensions Dimensions Main dimensions L01 L03 Idler axis with end plate on both sides (without drive/ deflection station) for double axis applications with center distances below 200 mm. Example order code for idler axis: HLR080A1000INNA (in bold: to be selected) 2) HLR070 has no separate limit switch slot. The limit switches can be mounted in the T-slot. 1) CAD data of the HLR linear actuators including accessories see: www.parker.com/eme/hlr Edges: Part No.: Tolerances: S.P. Tolerance: Finishing: Edges: Date Name Design 15.11.2016 AK64935 Drawn...

HLR070 xarriage A (short) HLR070 Läufer A High Load Rodless Linear Actuator - HLR Dimensions HLR070 carriage B (long) HLR070 Läufer B 1) Distance for mounting a cross beam (HLR070) on the carriage by means 791)of toe clamps 79directly 2) Axle distance of double axis sutiable for the cross beam for the 109connection of a Z-axis. 3) Lubrication nipples on both sides of the carriage plate 1) 2) Tolerances: S.P. Tolerance: Finishing: Edges: Date Name Design 03.05.2016 AK64935 Drawn 21.08.2018 Rissling Approved Revision State Date Name ECO No. Project Name: Project No.: 1,06 0232.031-02...

High Load Rodless Linear Actuator - HLR Dimensions HLR080 carriage B (long) HLR080 Läufer B Distance for mounting a cross axis (HLR080) direct to the carriage by toe clamps Axle distance of double axis sutiable for the cross beam for the connection of a Z-axis. 3) Lubrication nipples on both sides of the carriage plate Tolerances: S.P. Tolerance: Finishing: Edges: Date Name Design 08.08.2016 AK64935 Rissling Edges: Drawn 21.08.2018 RMS Finish: Approved Revision State Date Name ECO No. Tolerances: S.P. Tolerance: Finishing: Edges: 1,39 kg 0242.031-01 Description: HLR080 Carriage HLR080 short...

High Load Rodless Linear Actuator - HLR Sizing of the Linear actuator Check basic conditions for the use of the HLR axes in the desired application Before you carry out the detailed sizing of the HLR axis, please first check the general conditions for the use of the axis in the desired application using the technical data on page xx and select one of the HLR sizes: Accuracy and ambient conditions (temperature, humidity, protection class) Axle cross section and maximum travel range (stroke) Maximum velocity and acceleration The individual loads on the carriage (Fx, Fy, Fz, Mx, My, Mz)...