rparak/bar-motion-workshop

Workshop focused on motion control, visualization, digital-twin and augmented reality.

B&R Automation Workshop - Simple motion control with MappTechnology and PLCOpen

Requirements:

Software:

Automation Studio V 4.9.2.46, Scene Viewer V 4.1.0, Blender, Unity3D 2020.1.8f1, Vuforia 8.3.8 and later

Supported on the following operating systems:

Universal Windows Platform, Android

Software/Package	Link
Blender	https://www.blender.org/download/
Unity3D	https://unity3d.com/get-unity/download/archive
Vuforia Engine	https://developer.vuforia.com/downloads/sdk
Unity HDRI Pack	https://assetstore.unity.com/packages/2d/textures-materials/sky/unity-hdri-pack-72511
B&R Automation	https://www.br-automation.com/en/downloads/#categories=Software-1344987434933
SceneViewer B&R	https://www.br-automation.com/en/downloads/software/simulation/br-scene-viewer/
Visual Studio	https://visualstudio.microsoft.com/downloads/

Version 0:

Automation Runtime: C4.90 (PLC -> X20CP1584)
ACP10 ARNC0 (Motion): 5.12.2
mappView  : 5.12.1

Version 1:

Automation Runtime: C4.90 (PLC -> X20CP1584)
ACP10 ARNC0 (Motion): 5.12.2
MpAxis: 1.75.0
mappView  : 5.12.1

Version 2:

Automation Runtime: C4.90 (PLC -> X20CP1584)
mapp Motion: 5.12.2
mapp View  : 5.12.1
mapp Cockpit: 5.12.0

Project Description:

The workshop is focused on simple motion control using Mapp Technology and PLCOpen. The perfect combination of automation development solutions will be created by the additional connection of a visualization package (mappView) and software for digital/virtual twins (Scene Viewer).

The project is divided into several parts:

a) Version 0:

Simple motion control using PLCOpen libraries (MC_Power, MC_Home, etc.) The current version uses the package ACP10 for motion control without any mappMotion additional components. The functionality of the axis is tested using ACP10 Test Manager. The HMI visualization is controlled from the mappView.

Logical View:
[ AS Program   ] /Logical/axCtrl_T/
[ AS MappView  ] /Logical/mappView/
Physical View:
[ AS MappView  ] /Physical/X20CP1584/X20CP1584/mappView

b) Version 1:

The middle way, but very efficient and currently the most used. For motion control uses libraries like MpAxisBasic, MpAxisCyclicSet, etc., but it uses the ACP10 package as in the previous case. The functionality of the axis is tested using ACP10 Test Manager. The HMI visualization is controlled from the mappView.

Logical View:
[ AS Program   ] /Logical/axCtrl_T/
[ AS MappView  ] /Logical/mappView/
Physical View:
[ AS Mapp Axis ] /Physical/X20CP1584/X20CP1584/Motion/
[ AS MappView  ] /Physical/X20CP1584/X20CP1584/mappView/

c) Version 2:

The latest (newest) motion control with mappMotion using libraries like MpAxisBasic, etc. The functionality of the axis is tested using mappCockpit. The HMI visualization is controlled from the mappView.

Logical View:
[ AS Program   ] /Logical/axCtrl_T/
[ AS MappView  ] /Logical/mappView/
Physical View:
[ AS MappMotion  ] /Physical/X20CP1584/X20CP1584/mappMotion/
[ AS MappCockpit ] /Physical/X20CP1584/X20CP1584/mappCockpit/
[ AS MappView    ] /Physical/X20CP1584/X20CP1584/mappView/

d) Workshop_Template_Folder:

An empty project with necessarily installed versions (runtime, mappview package, etc.), and several files to create your own project (3D objects for SceneViewer digital twin, binding file, mappview theme, etc.)

Logical View:
[ AS Program   ] /Logical/axCtrl_T/

Workshop_Template_Folder:

Client-server communication via OPC UA, which is implemented in Unity3D (Server - B&R Automation PLC, Client - Unity3D). The application can be used for digital twins or augmented reality, both principles are in a folder.

Hardware Components:

Electric Switchboard/Motion Control:

Part Name	Link
PLC system (X20CP1584)	https://www.br-automation.com/en/products/plc-systems/x20-system/x20-cpus/x20cp1584/
ACOPOSmicro -> Inverter modules (80VD100PD.C000-01)	https://www.br-automation.com/en/products/motion-control/acoposmicro/inverter-modules/80vd100pdc000-01/?noredirect=1

7th Axis (Linear Conveyor):

Part Name	Link
LEJSH63NZA-800	https://www.smcusa.com/products/?id=126023&partNumber=LEJSH63NZA-800&type=Detail
LEFG40-S-800	https://www.smcusa.com/products/?id=139293&partNumber=LEFG40-S-800&type=Detail
8LVA synchronous motors (8LVA23.B1030D000-0)	https://www.br-automation.com/en/products/motion-control/8lva-synchronous-motors/standard-motors/8lva23b1030d000-0/?noredirect=1

HMI Visualization:

MappView:

IP Address (Simulation/Real HW):

http://localhost:81/index.html?visuId=axis_control or http://PLC_ADDRESS:81/index.html?visuId=axis_control

MappCockpit (Exclusively for MappMotion control):

IP Address (Simulation/Real HW):

http://localhost:8084/mappCockpit or http://PLC_ADDRESS:8084/mappCockpit

Digital Twin:

Scene Viewer:

Unity3D:

Augmented Reality:

Additional information:

MappTechnology:

Link: https://www.br-automation.com/en/products/software/mapp-technology/

Link: https://www.youtube.com/watch?v=poufs5F3xB8

B&R Automation - Free Webinars (CZ):

Link: https://www.br-automation.com/cs/akademie/webinare/

B&R Automation - Academy:

Link: https://www.br-automation.com/en/academy/dates-and-registration/

Contact Info:

[email protected]

Citation (BibTex)

@misc{RomanParak_Unity3D,
  author = {Roman Parak},
  title = {A digital-twins in the field of industrial robotics integrated into the unity3d development platform},
  year = {2020-2021},
  publisher = {GitHub},
  journal = {GitHub repository},
  howpublished = {\url{https://github.com/rparak/Unity3D_Robotics_Overview}}
}

License

MIT