| Specifications | Programming Manual, 12.2004 Edition SIMOTION MCC Motion Control Chart 1900-0AF32-0BA0 A&D SE EWF MS |
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| Specifications | Programming Manual, 12.2004 Edition SIMOTION MCC Motion Control Chart 1900-0AF32-0BA0 A&D SE EWF MS |
| Business section |
| Specifications | Programming Manual, 12.2004 Edition SIMOTION MCC Motion Control Chart 1900-0AF32-0BA0 A&D SE EWF MS |
| Outline | SIMOTION MCC Motion Control Chart Preface Contents 1 Overview 1.1 Introduction to MCC (Motion Control Chart) 1.2 Programming principles 1.3 Procedure for programming 2 User Interface in the MCC Editor 2.1 Representation of the MCC chart and MCC source file in the Workbench 2.2 Operator input options 2.3 Settings for the MCC editor 2.4 Calling up the online help 3 MCC Source Files and MCC Charts 3.1 General 3.2 Inserting and managing MCC source files 3.2.1 Inserting a new MCC source file 3.2.2 Opening an existing MCC source file 3.2.3 Transferring and compiling an MCC source file 3.2.4 Closing an open MCC source file 3.2.5 Cutting, copying, and deleting an MCC source file 3.2.6 Inserting a cut or copied MCC source file 3.2.7 Know-how protection for MCC source files 3.2.8 Exporting and importing an MCC source file 3.2.9 Properties of an MCC source file 3.2.10 Selecting compiler options |
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| Content | Command Description A-352 Siemens AG, 2004. All rights reserved SIMOTIONMCC MotionControlChart, 12.2004 Edition Reference pointHere, you select the reference point for gearing. Gearing takes place relative to axis zero point (default value) Absolute gearing: The linear coupling of the slave value to the master set- point refers each time to the axis zero point of the axes involved. Any offset between the master setpoint and the slave value at the start of gearing is compensated for during synchronization. For some of the choices, an offset can be specified in the Start of syn- chronization field in the Synchronization tab (Start of synchronization). This value is retained as a constant phase shift between slave value and master setpoint after conclusion of the synchronization operation. Other- wise, the phase shift is equal to 0. Gearing takes place relative to the starting position Relative gearing: The linear coupling of the slave value to the master set- point refers each time to the position value of the axes involved at the start of gearing. Any offset between the master setpoint and the slave value at the start of gearing is not compensated for during synchronization. This offset is retained as a constant phase shift between slave value and master set- point after conclusion of the synchronization operation. In addition, for some of the choices, an offset can be specified in the Start of synchronization field in the Synchronization tab (see TableA-130): This value acts as a constant phase shift between slave value and master setpoint after conclusion of the synchronization operation. Last programmed reference point Preassigned value See Table4-1 in Subsection4.1.11. System variable for preassigned value: userDefault.syncProfile.syncProfileReference Table A-129Overview of parameters for Gearing on – Tab: Parameters, continued Field / buttonExplanation / instructions |
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| Following Datasheets | micro_automation_set_testcode_01_en (6 pages) micro_automation_set_testcode_02_en (5 pages) micro_automation_set_testcode_03_en (5 pages) micro_automation_set_testcode_04_en (5 pages) micro_automation_set_testcode_05_en (6 pages) micro_automation_set_testcode_07_en (6 pages) micro_automation_set_testcode_08_en (6 pages) micro_automation_set_testcode_09_en (6 pages) micro_automation_set_testcode_10_en (6 pages) micro_automation_set_testcode_12_en (6 pages) |
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