References: 1. hp://www.gartner.com/smarterwithgartner/gartners-top-10-technology-trends-2017/ 2. Adapted from: Forsberg, Kevin, Hal Mooz, and Howard Coerman. Visualizing Project Management. John Wiley & Sons. Hoboken, NJ. 2005. A Cybernet Group Company Low-Risk Virtual Commissioning Performing machine-level integraon tesng with a model-driven Digital Twin MapleSim: 75% 50% - 100% Reducon in integraon me Lower project cost overruns 1 2 Develop beer control strategies HOW IT WORKS ACTUATE & ANALYZE VIRTUAL COMMISSIONING Import CAD data for ready-made, validated mechanical components Iterate Quickly to Improve the Design Create the mechanism using drag-and-drop, customizable components Define moon profiles Funconal verificaon Motor sizing Vibraon analysis Parameter opmizaon Export the model to a Funconal Mock-up Unit (FMU) Use the FMU in common automaon soﬅware (such as B&R Automaon Studio) Deploy to the PLC with greater confidence during commissioning Test and validate PLC code with the FMU BUILD THE MECHANISM IN MAPLESIM 1- 2- 3- Make Virtual Commissioning your Reality www.maplesoﬅ.com ASK US HOW Go Beyond Virtual Commissioning with MapleSim Reduce sensor requirements with model-based controllers Online diagnoscs that yield beer insight into issues Deploy purpose-built applicaons for opmizing machine performance WITHOUT CAD MODEL WITH CAD MODEL

HOW IT WORKS · References: 1. 2. Adapted from: Forsberg, Kevin, Hal Mooz, and Howard Cotterman

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Page 1: HOW IT WORKS · References: 1. 2. Adapted from: Forsberg, Kevin, Hal Mooz, and Howard Cotterman

References:1. http://www.gartner.com/smarterwithgartner/gartners-top-10-technology-trends-2017/2. Adaptedfrom:Forsberg,Kevin,HalMooz,andHowardCotterman.VisualizingProjectManagement.JohnWiley&Sons.

Hoboken,NJ.2005.A C y b e r n e t G r o u p C o m p a n y

Low-RiskVirtual Commissioning

Performingmachine-levelintegrationtestingwithamodel-drivenDigital Twin

MapleSim:

75% 50% - 100%Reduction in

integration timeLower project cost overruns

12 Develop better

control strategies

HOW IT WORKS

ACTUATE & ANALYZE

VIRTUAL COMMISSIONING

Import CAD data for ready-made, validated

mechanical components

Iterate Quickly to Improve the Design

Create the mechanism using drag-and-drop,

customizable components

Define motion profilesFunctional verification

Motor sizing

Vibration analysis

Parameter optimization

Export the model to a Functional Mock-up Unit

(FMU)

Use the FMU in common automation software

(such as B&R Automation Studio)

Deploy to the PLC with greater confidence during

commissioning

Test and validate PLC code with the FMU

BUILD THE MECHANISM IN MAPLESIM1-

MakeVirtualCommissioningyourReality

www.maplesoft.comASK US HOW

Go Beyond Virtual Commissioning with MapleSim

Reducesensorrequirementswithmodel-basedcontrollersOnlinediagnosticsthatyieldbetterinsightintoissuesDeploypurpose-builtapplicationsforoptimizingmachineperformance

WITHOUT CAD MODEL WITH CAD MODEL