Advanced Motion Control: Using the New 1500TF Processor and Siemens LAxis Library
•Als PPTX, PDF herunterladen•
6 gefällt mir•3,514 views
Presenter - Erin Meyer DMC recently developed a program for the 1517-TF PLC that utilized the Siemens LAxis function block library to control 15 axes of S120 servo motion. The features utilized included a Virtual Master axis, point to point motion, velocity motion, electronic gearing, and electronic camming. The drives were configured to utilize PROFISafe functions including STO and SS1 functionality. Topics covered will include: considerations made when selecting the 1500T platform, a summary of the new features on the 1500T, and an overview of the software design, implementation, and commissioning process utilized to successfully start up the machine in TIA Portal v14. This includes developing code using the LAxis library and Profisafe, using Starter to commission the drives, and testing and starting up the various axis configurations. Tips, tricks, and lessons learned will also be presented
Empfohlen
Weitere ähnliche Inhalte
Was ist angesagt?
Was ist angesagt? (20)
Andere mochten auch
Andere mochten auch (8)
Ă„hnlich wie Advanced Motion Control: Using the New 1500TF Processor and Siemens LAxis Library
Ă„hnlich wie Advanced Motion Control: Using the New 1500TF Processor and Siemens LAxis Library (20)
Mehr von DMC, Inc.
Mehr von DMC, Inc. (20)
KĂĽrzlich hochgeladen
KĂĽrzlich hochgeladen (20)
Advanced Motion Control: Using the New 1500TF Processor and Siemens LAxis Library
- 1. Advanced Motion Control Using the New 1500T Processor and Siemens LAxisCtrl Library Automation Summit Boca Raton, FL, June 26-28, 2017
- 2. DMC Overview Established in 1996, DMC serves customers worldwide from offices in Chicago, Boston, Denver, Houston, New York, and St. Louis employees & growing 120+
- 3. Siemens Expertise 31 Siemens Certified Engineers
- 5. Automotive Chemical & Food Processing Consumer Goods Defense Contracting Energy & Utilities Food & Beverage Packaging Pharmaceutical Printing & Textiles Semiconductor Special Machinery Telecommunications Test & Measurement Industries Served
- 6. Presenter Info • B.S. in Mechanical Engineering – Massachusetts Institute of Technology • With DMC since 2014 • Siemens Certified Professional Erin Meyer Systems Engineer (Boston)
- 7. Motion Control with the 1500T
- 8. 1. Intro to Motion Control 2. 1500T: What’s New? 3. Selecting a Platform 4. Case Study 5. Programming and Commissioning 6. LAxis Library
- 9. Intro to Motion Control Electronic Synchronization Mechanical Synchronization
- 10. A motor (slave) turns at a fixed ratio to another axis (master): • Another motor • An encoder • A virtual axis Gearing
- 11. A slave axis follows a profile that is a function of a master axis Camming Returning Cam Endpoint is the same as the start Incrementing Cam Endpoint is different from the start Master Position Slave Position Master Position
- 12. • Digital outputs that turn on/off based on position • Very fast response Output Cam
- 13. Siemens Motion Control PLC-Based Motion Control Architecture
- 14. Siemens Motion Control PLC-Based Motion Control Architecture SIMOTION D Motion Control Architecture
- 15. 1. Intro to Motion Control 2. 1500T: What’s New? 3. Selecting a Platform 4. Case Study 5. Programming and Commissioning 6. LAxis Library
- 16. Introducing the 1500T Siemens’ new Technology CPU! • Standard, safety, and motion control functions… all in one CPU! • Extended motion control functionality • Seamless TIA Portal Integration
- 20. • Enable/ disable axis • Torque limiting • Set axis speed • Set axis position (relative and absolute) • Superimposed positioning during motion • Output cams and cam tracks • Measuring inputs • Relative gearing 1500: Standard Capabilities
- 23. • Absolute gearing • Offset of leading value at the following axis • Synchronization to actual values of leading axis • External encoders, axes that are coasting down • Flying encoder switchover to 2nd -4th encoder • Camming 1500T: What’s New?
- 24. Cam Editor in Portal * Also available standalone 1500T: What’s New
- 26. Selecting a Platform There are still some things we need Simotion for: • Cartesian path interpolation • Distributed synchronous motion
- 27. 1. Intro to Motion Control 2. 1500T: What’s New? 3. Selecting a Platform 4. Case Study 5. Programming and Commissioning 6. LAxis Library
- 28. 1500T – Selecting a Model
- 29. 1500T – Selecting a Model 10 axes 30 axes 128 axes S7- 1511T(F) S7- 1515T(F) S7- 1517T(F) All S7-1500Ts now also available with failsafe CPUs!
- 30. 1500T – Selecting a Model Motion resources: memory that can be flexibly assigned using technology objects • Quantity structure is identical for 1500 and 1500T
- 31. Selecting a Platform: 1500T vs Simotion $0 $2,000 $4,000 $6,000 $8,000 $10,000 $12,000 $14,000 0 20 40 60 80 100 120 140 ListPrice Max # Axes D4x5-2 1500T (+ CU320-2) Note: 1500T “pricepoints” shown include cost of one CU320-2 (list price: ~$1k) vs D425-2 D435-2 D445-2 D455-2 1511T 1515T 1517T
- 32. 1500 High-Speed I/O: TM Timer Down to 1μs resolution on measuring inputs and high- speed outputs (output cams) • ONLY when mounted on remote head module (ET200MP) • Same resolution as TM17 High Feature module, or D4x5-2 X142 interface
- 33. 1. Intro to Motion Control 2. 1500T: What’s New? 3. Selecting a Platform 4. Case Study 5. Programming and Commissioning 6. LAxis Library
- 34. Case Study • 15 axis machine (13 servo) • 8 axes with absolute gearing • 2 cammed axes • High-speed (50 μs required resolution) cam outputs
- 35. Case Study 10 axes 30 axes 128 axes S7- 1511T(F) S7- 1515T(F) S7- 1517T(F) D425-2: 16 axes D435-2: 32 axes D445-2: 64 axes D455-2: 128 axes
- 36. Case Study • 15 axis machine (13 servo) • 5 axes with absolute gearing • 2 cammed axes • High-speed (50 μs required resolution) cam outputs • Safety-critical functionality required
- 37. Case Study 10 axes 30 axes 128 axes S7-1511T S7- 1515T S7- 1517T(F) * At the time, 1517T was the only released F-CPU
- 38. Case Study TM Timer S7-1517TF PROFINET PROFIsafe Servo power cable DRIVE-CLiQ Hardwired I/O or encoder IRT Other Profinet Devices
- 39. 1500T – Selecting a Model
- 40. 1. Intro to Motion Control 2. 1500T: What’s New? 3. Selecting a Platform 4. Case Study 5. Programming and Commissioning 6. LAxis Library
- 41. 1500T PLC Programming TIA Portal – Axis Configuration
- 42. 1500T PLC Programming TIA Portal – Axis Configuration
- 43. 1500T PLC Programming TIA Portal – Axis Configuration
- 44. 1500T PLC Programming TIA Portal – Motion Control Programming • Motion Control programming using PLC Open Function Blocks
- 45. 1500T PLC Programming TIA Portal – Motion Control Programming • Motion Control programming using PLC Open Function Blocks • Technology objects processed by MC-Servo
- 46. TIA Portal – Safety Program Development 1500T Programming
- 47. TIA Portal – Safety Program Development Safety via PROFIsafe Safe Torque Off (STO): drive-integrated safety function, which safely brings a drive to a no-torque state Safe Stop 1 (SS1): causes a motor to stop rapidly and safely and switches the motor to exert no torque (STO is activated) 1500T Programming
- 48. 1500T Programming – Drive Configuration
- 49. 1500T Programming – Drive Configuration S120 Integration in Portal: StartDrive V14 S120 Integration Package is on restricted release!
- 50. In the meantime… stick with Starter PROFIsafe: Starter Configuration 1500T Programming – Drive Configuration
- 51. 1. Intro to Motion Control 2. 1500T: What’s New? 3. Selecting a Platform 4. Case Study 5. Programming and Commissioning 6. LAxis Library
- 52. Siemens LAxisCtrl Library Library of function blocks for controlling the basic functionality of a single axis Included in LAxisCtrl_SyncAxisCamming
- 53. Siemens LAxisCtrl Library Library of function blocks for controlling the basic functionality of a single axis Requirements • 1500 or 1500T CPU with FW V2.0+ • TIA Portal V14
- 54. Siemens LAxisCtrl Library Library of function blocks for controlling the basic functionality of a single axis Requirements • 1500 or 1500T CPU with FW V2.0+ • TIA Portal V14 PROS: • Wrapper for PLC Open blocks • Source code is available (SCL) • Speeds development • Fully tested: quicker commissioning and testing • Well documented
- 55. Siemens LAxisCtrl Library Library of function blocks for controlling the basic functionality of a single axis Requirements • 1500 or 1500T CPU with FW V2.0+ • TIA Portal V14 PROS: • Wrapper for PLC Open blocks • Source code is available (SCL) • Speeds development • Fully tested: quicker commissioning and testing • Well documented CONS: • Complex UDTs • Significant ramp-up time
- 56. Siemens LAxisCtrl Library Available Motion Blocks *1500T Only *
- 57. Siemens LAxisCtrl Library Other Blocks • LAxisCtrl_GetAxisStatusWord • LAxisCtrl_GetAxisWarningWord • LAxisCtrl_GetAxisErrorWord • LAxisCtrl_BrakeControl
- 58. Questions?
- 59. End Presentation
Hinweis der Redaktion
- We are Siemens Solutions partners with the Factory Automation Group and with WinCC OA and as WinCC Specialists. We are certified with the Control Systems Integrators Association.
- Here are some of DMC’s customers
- Our diverse experience in technology, industry and processes allows us to bring best practices from many areas. We deliver solutions not available from singularly focused organizations. Our experience is broad and deep. We have a proven track record in a wide range of industries.
- In the example, the slave carousel has to rotate at a 2:1 ratio to the master carousel to keep the cans flowing through.
- Returning cams are analogous to the valve lifting cam in an internal combustion engine. Incrementing cams continue to move with every cycle. Something that is very difficult to duplicate mechanically.
- Example : filling a bottle. Position is watched, when it reaches a certain position,
- Still need Simotion for: Path interpolation (give motion commands in Cartesian coordinates) Distributed synchronous operation (master source + synchronized axes on separate controllers)
- Still need Simotion for: Path interpolation (give motion commands in Cartesian coordinates) Distributed synchronous operation (master source + synchronized axes on separate controllers)
- Still need Simotion for: Path interpolation (give motion commands in Cartesian coordinates) Distributed synchronous operation (master source + synchronized axes on separate controllers)
- Still need Simotion for: Path interpolation (give motion commands in Cartesian coordinates) Distributed synchronous operation (master source + synchronized axes on separate controllers)
- Still need Simotion for: Path interpolation (give motion commands in Cartesian coordinates) Distributed synchronous operation (master source + synchronized axes on separate controllers)
- Still need Simotion for: Path interpolation (give motion commands in Cartesian coordinates) Distributed synchronous operation (master source + synchronized axes on separate controllers)
- Still need Simotion for: Path interpolation (give motion commands in Cartesian coordinates) Distributed synchronous operation (master source + synchronized axes on separate controllers)
- Still need Simotion for: Path interpolation (give motion commands in Cartesian coordinates) Distributed synchronous operation (master source + synchronized axes on separate controllers)