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maersk Member 3


Joined: 17 Aug 2014 Posts: 891
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Posted: 26/10/2015 17:57 Post subject: SIMOTION ProjectGenerator easyProject |
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SIMOTION ProjectGenerator easyProject
https://support.industry.siemens.com/cs/document/51339107/simotion-projectgenerator-easyproject
The ProjectGenerator can be used to quickly and easily create SIMOTION SCOUT projects. This includes SIMOTION CPUs, SINAMICS topologies, configuration and interconnection of technology objects and handling of software modules according to machine equipment modules. Also libraries and modules in existing projects can be updated.
SIMOTION easyProject allows to quickly and conveniently integrate basic functions, which are required in every SIMOTION application, in an existing or new project. The requested components and functions are selected and configured via dialogs. Thus, time-consuming programming is no longer required, a consistent and standardized project setup is ensured and the number of possible errors reduced.
Existing basic functionalities are:
startup check
message handling
TCP/IP communication (LCom)
data acquisition and archiving e.g. torque curves, energy data
operating mode and state manager and machines data interface based on OMAC and Weihenstephan
axis function block
and technological functionalities e.g. of the branches packaging, printing converting, metal forming.
In addition the devices, technological objects and software belonging to a equipment module can be imported and parameterized. Also the complete SINAMICS topology can be created.
The module repository can be extended by the machine builder and also the configuration pages of the ProjectGenerator can be adapted. There is also the possibility to use the silent mode e.g. controlled with data in an EXCEL sheet without the need for manual inputs.
https://support.industry.siemens.com/cs/attachments/51339107/51339107_projectgenerator_v1_3.pdf
https://support.industry.siemens.com/cs/attachments/51339107/51339107_simotion_projectgenerator_parameter_manual_v1_3.pdf
https://support.industry.siemens.com/cs/attachments/51339107/51339107_simatic_projectgenerator_parameter_manual_v1_3.pdf
https://support.industry.siemens.com/cs/attachments/51339107/51339107_ChangeLog_ProjectGenerator_V1_3_3_1.pdf
https://support.industry.siemens.com/cs/attachments/51339107/51339107_ReleaseNotes_ProjectGenerator_V1_3_3_1.pdf
https://support.industry.siemens.com/cs/attachments/51339107/51339107_ProjectGenerator_V1_3_3_1.zip |
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gert Member 3


Joined: 02 Jan 2015 Posts: 645
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Posted: 13/01/2016 18:36 Post subject: Acyclic Data Exchange for SIMATIC S7-1200/S7-1500 and SIMOTI |
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Acyclic Data Exchange for SIMATIC S7-1200/S7-1500 and SIMOTION
The standard libraries LAcycCom for SIMATIC S7-1200/S7-1500 and LDPV1 for SIMOTION provide a collision-free coordination of communication resources in the CPU for acyclic data exchange via DPV1 services. Therefore the corresponding functions in these libraries have to be used in the application instead of the existing system functions for the communication with external devices.
A user application wants to communicate with external devices using acyclic data exchange e.g. to read the energy consumption value out of a device. There are limited resources available in the CPU for the communication handling via DPV1 services. If concurrent requests happen or the resources are exhausted then collisions and additional delays can occur. Because of this the communication throughput decreases. In addition the user has to evaluate the return values of the system functions and has to repeat the requests when the resources are available again. Therefore significant programming effort is necessary for the application engineer.
Solution
The libraries for acyclic data exchange via DPV1 services are intended to utilize the limited communication resources in SIMATIC and SIMOTION CPUs in an optimal way and also to avoid collisions in data transfer. As a result the communication to external devices is handled reliable and as fast as possible.
For this the SIMATIC standard library LAcycCom is available and for SIMOTION the standard library LDPV1.The resources for acyclic data exchange are arbitrated between the requesting instances in the SIMATIC and SIMOTION CPU. The libraries are divided into general resource management and several higher level functions for different external devices already using the resource management. Therefore a communication with e.g. ET200SP or SINAMICS devices is possible.
In addition functionality is provided to be able to use the resource manager also with user programmed blocks. This is strongly recommended when using any acyclic system functions like RDREC, WRREC and so on in the user application.
For easy handling of communication with drives conform to PROFIdrive higher level functions are provided. These are already prepared to use the resource management for the acyclic data exchange via DPV1.
The following functions are available for drives conform to PROFIdrive:
Read/Write parameters in the drive system
Activate/Deactivate complete drive objects
Activate/Deactivate components of drive objects
Saving of volatile RAM data into the retentive ROM memory (RAM2ROM)
Time synchronization of CPU and drive system to achieve a chronological order of alarms and messages
TIA Portal V13 SP1
https://support.industry.siemens.com/cs/attachments/109479553/LAcycCom_DriveBasedFunctionalities_SIMATIC_V1_0_en.pdf
https://support.industry.siemens.com/cs/attachments/109479553/LAcycCom_ResourceManagement_SIMATIC_V1_0_en.pdf
https://support.industry.siemens.com/cs/attachments/109479553/LAcycCom_V1_0_0.zip
https://support.industry.siemens.com/cs/attachments/109479553/LAcycCom_Example_V1_0_0.zip |
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gert Member 3


Joined: 02 Jan 2015 Posts: 645
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Posted: 13/01/2016 19:00 Post subject: SIMATIC Library "Library Motion Control SINAMICS" |
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SIMATIC Library "Library Motion Control SINAMICS" LMCSINA
https://support.industry.siemens.com/cs/document/109479491/simatic-library-library-motion-control-sinamics-%E2%80%93-lmcsina?dti=0&pnid=13204&lc=en-WW
The library Library Motion Control SINAMICS LMCSINA provides the control of the DCB extension based synchronism applications available for SINAMICS S120 as well as for the applications Flying Saw and Cross-cutter.
The SIMATIC library Library Motion Control SINAMICS provides a convenient control of the comprehensive Motion Control functionalities available with SINAMICS S120. It supports the DCB Extension based synchronism applications for SINAMICS S120 as well as the technological applications for flying saws and cross-cutters.
The library can be used with SIMATIC S7-1500 and SIMATIC S7-1200. The communication is possible via PROFINET or PROFIBUS-DP.
The necessary acyclic access for application parameters is realized externally with the library LAcycCom:
https://support.industry.siemens.com/cs/ww/en/view/109479553
The library is available for the following application examples:
SINAMICS S120 Flying Saw with DCB-Extension
| Code: | Real leading axis /measuring wheel
Virtual leading axis/test operation
Measuring wheel correction
Mode for non-specified format length
Software limit switch
Hardware limit switch
Traversing to maintenance position
Jogging
Various operating modes for cuts
Creating a gap
Clamping function
Cut counter
Flying homing for following axis and real leading axis
Homing for following axis and real leading axis
Print mark correction on the leading axis side
Positioning for the real leading axis as well as autonomously, for the following axis
Dead time compensation
Following error monitoring
Speed/torque precontrol |
https://support.industry.siemens.com/cs/document/109477745/sinamics-s120%3a-linear-flying-saw-application-with-dcb-extension?lc=en-ww
SINAMICS S120 Cross-cutter with DCB-Extension
Real leading axis /measuring wheel
| Code: | Virtual leading axis/test operation
Measuring wheel correction
Traversing to maintenance position
Single cut
Test cut
Continuous cutting
Cutting curve
Jogging
Flying homing for following axis and real leading axis
Homing for following axis and real leading axis
Print mark correction on the leading axis side
Multi-knife systems
Positioning for the real leading axis as well as autonomously, for the following axis
Dead time compensation
Following error monitoring
Speed/torque precontrol |
https://support.industry.siemens.com/cs/document/109477746/sinamics-s120%3a-cross-cutter-application-with-dcb-extension?lc=en-ww
SINAMICS S120 Camming with DCC
| Code: | Real leading axis
Virtual leading axis
Master value switchover
Catching up/stopping
Engaging/disengaging operation
Electronic gear
Switchable Cams
Synchronization to master value
Absolute and relative offset input
Print mark correction on leading and following axis side
Flying homing for following axis and real leading axis
Homing for following axis and real leading axis
Positioning for the real and virtual leading axis as well as autonomously, for the following axis
Deadtime compensation
Following error monitoring |
https://support.industry.siemens.com/cs/document/72839979/sinamics-s120-camming-with-dcc?lc=en-ww
SINAMICS S120 Gearing and Positioning with DCC
| Code: | Real leading axis
Virtual leading axis
Catching up/stopping
Engaging/disengaging operation
Electronic gear
Synchronization to master value
Absolute and relative offset input
Print mark correction on leading and following axis side
Flying homing for following axis and real leading axis
Homing for following axis and real leading axis
Positioning for the real and virtual
Deadtime compensation
Following error monitoring |
https://support.industry.siemens.com/cs/document/72850879/sinamics-s120-gearing-with-dcc?lc=en-ww
SINAMICS S120 1:1 Synchronism with DCC
| Code: | Real leading axis
Virtual leading axis
Synchronization to master value
Absolute and relative offset input
Flying homing for following axis and real leading axis
Homing for following axis and real leading axis
Positioning for the real and virtual
Deadtime compensation
Following error monitoring |
https://support.industry.siemens.com/cs/document/72840622/sinamics-s120-1%3a1-synchronism-with-dcc?lc=en-ww
SINAMICS S120 Positioning with DCC
| Code: | Flying homing
Print mark correction
Homing
Absolute and relative Positioning
Jogging |
https://support.industry.siemens.com/cs/document/72849730/sinamics-s120-positioning-with-dcc?lc=en-ww
https://support.industry.siemens.com/cs/attachments/109479491/109479491_LMCSINA_V2.2_en.pdf
https://support.industry.siemens.com/cs/attachments/109479491/109479491_LMCSINA_library_V2.2.0.zip
https://support.industry.siemens.com/cs/attachments/109479491/109479491_Script_XML_and_TXT_Exports.zip |
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