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General| Software Type | Engineering Software |
|---|---|
| PLC Programming Languages | LAD, FBD, STL, SCL, GRAPH |
| Version | V14 |
| Motion Control | Yes |
| Safety Programming | Yes |
| Operating System | Windows 7 (64-bit), Windows 8.1 (64-bit), Windows 10 (64-bit) |
| Hardware Requirements | 8 GB |
| Editions | Basic, Professional |
| Compatible Controllers | SIMATIC S7-1500, S7-1200, S7-300, S7-400 |
| License Type | Floating License |
Lists the key characteristics of a technology object, including software encapsulation and uniform configuration.
Introduces technology objects available for SIMATIC S7-1500 and S7-1500T controllers.
Introduces various technology objects specifically designed for motion control applications in SIMATIC.
Describes the TO for precise axis position detection using external switching signals.
Explains the cam disk TO for defining non-linear transfer functions between axes, exclusive to S7-1500T.
Introduces technology objects for implementing PID control loops in SIMATIC.
Presents technology objects used for counting and measurement tasks, such as high-speed counters.
Details the fundamental hardware components required for a SIMATIC motion control application.
Explains the cascading control loops (current, speed, position) within a motion control system.
Discusses the critical role of isochronous data exchange for stable control loop communication.
Outlines the motion control resource consumption for various technology objects.
Describes the speed axis TO for simple axis control, focusing on speed setpoints.
Explains the positioning axis TO for precise control and feedback of axis position.
Details the synchronous axis TO for master-slave axis synchronization.
Introduces the external encoder TO for detecting actual positions from external drives.
Explains the measuring input TO for high-precision axis position detection via external signals.
Introduces cam/cam track TOs for precise output of switching signals based on axis or encoder position.
Explains distance output cams defined by start/end positions relative to axis.
Describes time-based cams defined by start position and switch-on duration.
Explains the TO_OutputCam for influencing individual cam outputs via instructions.
Introduces the TO_CamTrack for managing up to 32 individual cams as a cam track.
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