Software Driven Engineering 4

transcript

Comprehensive solutions are our responsibility.

Efficient engineering is our mission.

Optimised engineering processes are our promise.

Software Driven Engineering 4.0Requirements in the context of industry 4.0

Software Driven Engineering 4.0 - EPLAN & Japan | Haluk Menderes | 15.04.2015 1

Agenda

Introduction – Software Driven Engineering 4.0 1

Three main levers...2

Implementation and summary3

EPLAN is part of an internationally successful group

F.L.G. global group:

� More than 11,500 employees worldwide

� 78 International subsidiaries

Friedhelm Loh Group (F.L.G.)

Friedhelm Loh, Owner of the Friedhelm Loh Group

As a TOP employer, F.L.G offers a multitude of positions worldwide

EPLAN Software & Service

� More than 700 employees worldwide

� More than 45,000 customers and 110,000 installations

� Software in 17 languages and 50 countries

� In Japan since January 2014 with own Subsidiary

"Software Driven Engineering 4.0":Evolution&Revolution!

Software Driven Engineering 4.0 - EPLAN & Japan | Haluk Menderes | 15.04.2015

The use of existing elements in new combinations enables Industry 4.0

Mechatronics

Completesoftware solutions

Inexpensive actuators, sensors,

Industry 4.0

Intelligent embedded systems

the "ingredients" are already there...:

Evolution…

...but a completely new "mixture" with...

� … very high benefit potential:

� …previously unseen business models and/or flexibility, as well as a significant increase in automation

…Revolution!

QualityTime

…and…

Agenda

Three main levers...2

Mechatronicsa.

Integrated value chainb.

PDM/Big Datac.

PDM/Big Data

a. Networking with neighbouring engineering disciplines: Mechatronics

b. Networking along the value chain across the whole life cycle: Integrated value chain

c. Combination with the relevant product data: PDM/Big Data

Three main levers...

...each with extremely high potential

Work preparation

Construction/engineering

Order entry

Production

Operation/service

Mechatronics will be enabled by a joint PDM / PLM system

Data exchange CAD/authoring systems – PDM as first step

Siemens NX EPLAN PTC Creo EPLAN EPLANMCAD ...

EPLANVault

� Status, documentation and workflow management� Product synchronisation� Creation and updating of BoM

� Project administration� Change management� Version control

Siemens PTC SAP/PLM Autodesk

In the first step, the PDM systems could develop into a "hub for mechatronics

PLC collaboration also extremely relevantECAD – PLC software date exchange

PLC/BUS configuration� PLC component data� Rack design - BUS structure� Wiring

Designation lists� Layout of PLC connections� Function texts� PLC addresses

Bidirectional data exchange

Strategic Cooperation with

EPLAN supports Mitsubishi FA products information

Easy to check : Line connection, interference

Easy to calculation : Line length

Support of label exchange between EPLAN and iQ Works(Development:2015-2016)

Advance : Design efficiency, Quality

EPLAN iQ Works（GX Works3）

Signal name can be exchanged between EPLAN and iQ Works

EPLANElectrical

iQ Workssystem configuration

Auto generation of system configuration(I/O assignment, Network Parameter) in iQ Works

Advance : Design efficiency

MitsubishiFA

Productsmacro

Importmacro data

Agenda

Important main starting points2

Mechatronicsa.

PDM/Big Datac.

Integrated value chain – "downstream potential"

Planning & configuration

Detail engineering

Upstream

Technology engineering

Production planning

Manufacturing & assembly

Operation & service

Downstream

Over the product life cycle

Consistency

Example : The F.L.G value chain

From engineering to manufacturing of control cabinets

AverexAverex

Rittal production knowledge

Rittal product knowledge

1. Breaking open of housing

2. Installation with components

3. Automatic wiring

Perforex

Fully automated value chain from engineering to production of controlcabinets

Integrated value chain

Planning & configuration

Detail engineering

Upstream

Technology engineering

Production planning

Manufacturing & assembly

Operation & service

Downstream

Seamless flowof data

Over the product life cycle

Example: Configuration of components

� Web configuration by EPLAN data via Endress+Hauser homepage

� Endress + Hauser Configurator integrated into EPLAN data portal

� Generation of EPLAN data with the EEC (commercial data, macros, data sheets

Web-based product configuration

Configuration of complex component combinations can be web-based and automated

Agenda

Important main starting points2

Mechatronicsa.

PDM/Big Datac.

Seamless information flow in product lifecycleSuccess factor – Digitalisation and virtualisation

Fluid & electro-engineering

Mechanical engineeringMechanical engineering

Preliminary planning

ERP/PPS

Item dataItem data

Technology engineeringTechnology engineering

PLC programming

Thermal design

ProductionProductionTest - operation -

serviceTest - operation -

service

Appropriate component data necessary for all steps during product development lifecycle

Success factor: Completeness of component data

ECADMCAD PLC

EPLAN Data Portal ensures consistency

Agenda

Three major levers2

Summary "Software Driven Engineering 4.0":

1. Complete end-to-end virtual product development with full virtual prototyping

2. High level of flexibility via building blocks and st andardization even for „unit of one“

3. Cross-manufacturer and cross-system consistency

4. Use of engineering data throughout complete product life cycle – design to service

5. Ever increasing intelligence via network and self-le arning and self-communicating systems

Thank you!

Software Driven Engineering 4

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