Transcript Dominique Daens

National Resonance Group
Dominique Daens
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GM2
11/2/2010
Objective CoNeT
(Cooperative Network Training)
(1)
• The general objective of CoNeT:
▫ Update the knowledge and skills of existing employees in
Ethernet-based systems and related areas in the field of
Industrial Automation:
 Realtime Ethernet in an Industrial environment as
Input/Output fieldbus
 Industrial Ethernet as communication platform for vertical
integration between production and administration floor
▫ produce independent training modules in Industrial
Ethernet based Network Systems
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Objective CoNeT
(Cooperative Network Training)
(2)
• The general aims of this project can be divided into five main
areas:
▫ To train automation engineers, maintenance engineers,
process workers and under- and postgraduates in modern
network technology applied to control operations and
automated solutions
▫ To develop hands-on training modules at different levels of
complexity aimed at students and company employees
▫ To assemble mobile laboratories
▫ To foment mobility between the companies, universities
and other organisations involved in the project
▫ To develop the general, vocational and social skills of the
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trainees and trainers involved.
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Practical training CoNeT Mobile Labs (CML)
• CML will be developed and assembled
• After the project period, these boxes can be easily
multiplied
• The equipment can be very easily extended, depending on
the local needs in future
• For the local needs we need to have input of the NRG
• Maybe, part of the equipment will be financed by the
participating companies.
• The materials will be developed in English and edited by a
native speaker before the first test phase
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Why CoNeT Mobile Labs?
• CML (=portable boxes equipped with industrial network
devices) can be exchanged between the partners as the
labs are small
• Laboratories can be brought to the companies where the
engineers and technicians can be trained on the floor
• All Laboratories can be brought to one place for training
(e.g. Intensive Programme (IP))
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Project position at this moment (1)
• Some topics in industrial network systems have been
identified as areas of need by the Consortium (GM1)
▫ We translate these topics in training modules
▫ Each of these modules stands alone, meaning that it
does not matter in which order they are followed by the
participants of the training programme, as long as they
have the right compentences to enroll in the module
▫ In GM1 per module a team leader and team members
were assigned
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Project position at this moment (2)
• A questionnaire was sent to the industrial partners
interested in trainings in the field (= First Input)
▫ Taking into account the comments from the needs
▫ Industrial partners can become member of the national
resonance group
▫ The comments from the needs analysis will be taken into
account while tuning the outlines
• Next Step: Local partner(s) organize a meeting with the
resonance group to discuss the needs (= Second Input)
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Objectives National Resonance Group (NRG)
• Each participating country will install a NRG
• NRG adapt the content of the modules in accordance with
the need analysis
▫ provide input to course design
▫ discuss the subjects covered by the training programme, the
training materials and mobile laboratories created
• NRG provide facilities for testing and evaluation
• The ECTS and competence files will be discussed in the NRG
▫ competence files should reflect the industry’s needs, therefore,
information should be obtained using the different NRG
▫ are the competences needed in the industry correctly covered?
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Proposal of modules
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Ethernet based IO systems
Profinet on Siemens platform
Profinet on Phoenix-Contact platform
Beckhoff EtherCat
Allen Bradley Ethernet IP
Realtime processes
Wireless
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Module 1: Ethernet based IO systems
• Objective: Basis principles (Theory) of ethernet based IO
systems in a practical context
▫ Industrial Ethernet Based network standards
▫ Basis principles of Ethernet and the difference between
an ‘Office LAN’ and an ‘Industrial LAN’
▫ Switching, routing etc.
▫ TCP/UDP /IP Items and text
Teamleader:
Yildiz (Galip Cansever)
Members:
AGH (Wojciech Grega)
TEI Crete(Giorgos Papadourakis)
FHD(Reinhard Langmann)
ENOSAD (Sedat Ömeroglu)
KdG (Dominique Daens) (reserve list)
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Module 2: Profinet on Siemens Platform
• Objective: Practical implementation of Profinet IO systems
(multi vendor) on a Siemens PLC
▫ PLC: Simatic S7 (Simatic S7 Manager)
▫ Implementation of Profinet IO (Phoenix Contact, Wago,
Beckhoff…) on Siemens PLC
▫ Profinet CBA
▫ Study of different Gateways
 Profinet/Profibus
 Profinet/Interbus
 Other
Teamleader:
Rousse (Maria Gerasimova Popova,
Antoaneta Dobreva))
Members:
LIMTEC (Benny Siemons)
FHD (Reinhard Langmann)
ENOSAD (Sedat Ömeroglu) (reserve)
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Module 3: Profinet on Phoenix Contact Platform
• Objective: Practical implementation of Profinet IO systems
(multi vendor) on a Phoenix Contact PLC
▫ PLC: Phoenix Contact (PC Worx)
▫ Implementation of Profinet IO Siemens / Wago / Beckhoff ….
in PC Worx
▫ Profinet CBA???
Teamleader:
▫ Study of different Gateways
FHD (Reinhard Langmann)
 Profinet/Profibus
Members:
 Profinet/Interbus
Yildiz (Galip Cansever)
 other
KdG (Dominique Daens)
LIMTEC (Benny Siemons)
Phoenix Contact (Antje Guese)
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Module 4: EtherCat on a TwinCat platform
• Objective: Practical implementation of EtherCat IO on a
Beckhoff PLC
▫ PLC: Beckhoff Controllers (TWIN CAT)
▫ Implementation of EtherCat IO (Beckhoff or other) in TWIN
CAT
▫ Study of different Gateways
Teamleader:
 EtherCat/Profibus
LIMTEC (Benny Siemons)
 EtherCat/Modbus TCP/IP
 other
Members:
KdG (Dominique Daens)
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Module 5: Ethernet IP on Allen Bradley platform
• Objective: Practical implementation of Ethernet IP Input
Output on an Allen Bradley PLC
▫ Allen Bradley
▫ Implementation of Ethernet IP in Allen Bradley
▫ Study of different Gateways
 EthernetIP/Device Net (Allen Bradley/Wago/Beckhoff)
 other
Teamleader:
AGH (Wojciech Grega)
Members:
Industrial partner Poland???
TEI Crete (Giorgos Papadourakis)??
LIMTEC (Benny Siemons) (reserve)
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Module 6: Real Time processes
• Objective: Develop of little realtime processes in witch the
several Ethernet IO and fieldbusses could be integrated
 Developing of practical exercises
 Processes will be connected to the PLC modules by using
several fieldbusses and Ethernet based IO by simple
replacement of the fieldbus module.
 Examples processes:
 Level Control, Temperature Control, mechatronics laboratory
models, pneumatic manipulators…
Teamleader:
TEI Crete (Giorgos
Papadourakis)
Members:
AGH (Wojciech Grega)
FHD (Reinhard Langmann)
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Module 7: Wireless Communication
• Objective: Practical implementation of Wireless
communication concepts in an industrial environment
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Wireless Ethernet, Access Point, Access Client
Bluetooth based wireless
Security: WEP, WAP, MAC filters etc.
GPRS???
Teamleader:
KdG (Dominique Daens)
Members:
TEI Crete (Giorgos
Papadourakis)
Phoenix Contact (Antje Guese)
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Conclusion
• As soon as the outlines of the modules are adapted to the
requirements of the local industry the development of the
training materials and the mobile laboratories can start
• The NRG collaborating with the academic partners will
provide input to course design and content
• NRG provide facilities for testing and evaluation of the
modules
• Each module will be tested and evaluated in work situations
and feedback of the NRG will be incorporated into the
materials
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