riconfigurabile dei PAC di National Instruments avanzato: esempi applicativi nel settore

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1 L acquisizione dati e l architettura riconfigurabile dei PAC di National Instruments per la misura ed il controllo industriale avanzato: esempi applicativi nel settore alimentare Lodovico Menozzi District Sales Manager National Instruments Italy

2 Modern Machine Builder s Diverse Requirements HMI Logging, Database Modern Machine Sensors and Signal Conditioning Mechanical Design Networking Discrete and Sequential Logic Embedded System Design Motors and Actuators Machine Condition Monitoring Machine Vision Motion Control Design

3 The Hidden Costs of Machine Design Increasing Design Complexity and Risk Low-Cost, International Competition Multiple HW Platforms Required for Control, Monitoring, and Logging Smaller Development Teams, Longer Smaller Development Teams, Longer Development Cycles

4 The Hidden Costs of Machine Design Increasing Design Complexity and Risk Low-Cost, International Competition Multiple HW Platforms Required for Control, Monitoring, and Logging Smaller Development Teams, Longer Development Cycles

5 Trends to Reduce Development Time Sequential Design Concurrent Design Physical First Prototype Virtual First Prototype Separate Design Tools Integrated Design Tools

6 The Hidden Costs of Machine Design Increasing Design Complexity and Risk Low-Cost, International Competition Multiple HW Platforms Required for Control, Monitoring, Logging Smaller Development Teams, Longer Smaller Development Teams, Longer Development Cycles

7 Protecting Against Low-Cost Competition Unprotected IP Secure IP Control Only Single Interaction with Customer Control + Monitoring and Logging Building Customer Loyalty

8 The Hidden Costs of Machine Design Increasing Design Complexity and Risk Fierce International Competition Multiple HW Platforms Required for Control, Monitoring, Logging Smaller Development Teams, Longer Smaller Development Teams, Longer Development Cycles

9 Addressing the Need for Multiple HW Platforms Combination of SBCs and PLCs PACs Custom HW FPGAs Multi-Box Solution Single-Box Solution

10 Traditional Machine Control Platforms Single-Board Computer (SBC) Programmable Logic Controller (PLC) Custom Hardware

11 Traditional Machine Control Platforms Strengths SBC Embedded computers PC architectures Many form factors PLC Highly reliable Standard control Ladder logic Industrial networks Custom Hardware Totally flexible Control of COGs Exact fit

12 Traditional Machine Control Platforms Challenges SBC Require HW and SW integration Lack packaging PLC Not as flexible Not very powerful software Not very fast I/O Custom Hardware Significant development effort Hard to maintain

13 The Ideal Machine Control Platform Highly reliable Integrated HW/SW Fast time to market Powerful and flexible Low cost manufacturing Easy to maintain, upgrade Combined Control, Monitoring and Logging SBC PLC Programmable Automation Controller (PAC) Custom Design

14 PAC Capabilities for Machine Designers High-speed measurements Advanced math and analysis Standard networking Graphical User Interfaces Custom HW performance with FPGAs

15 Next Point on the NI Deployment I/O I/O System Flexibility and Pric ce PXI RIO PCI RIO CompactRIO Processor CompactRIO Integrated FPGA Single-Board RIO Number of Systems Deployed I/O Custom I/O LabVIEW

16 The NI PAC Difference Integrated Measurement and Control Platform Machine Monitoring platform PC SCADA Embedded Vision System HMI USB WiFi Ethernet Modbus EtherCAT Profibus Third-party product Machine Control Paltform Machine Data Logging platform Embedded Vision Sensors

PC-Based FireWire System & Vision Builder AI

robotizzato di caricamento di spicchi di

confezionatrice termoformatrice, effettuando

Eliminare una mansione troppo ripetitiva e

17 PC-Based FireWire System & Vision Builder AI in Packaging LA SFIDA Fornire un sistema robotizzato di caricamento di spicchi di formaggio grana su una macchina confezionatrice termoformatrice, effettuando il prelievo dal trasportatore di alimentazione che li presenta in ordine sparso. Eliminare una mansione troppo ripetitiva e consentire vantaggi in termini di costo ed igiene del prodotto. Product Used: PC-Based and 825x board LabVIEW + Vision tool

18 Connect LabVIEW to Any Industrial Network Connect LabVIEW to Any Industrial Network and PLC

19 The Hidden Costs of Machine Design Increasing Design Complexity and Risk Low-Cost, International Competition Multiple HW Platforms Required for Control, Monitoring, Logging Smaller Development Teams, Longer Smaller Development Teams, Longer Development Cycles

20 The Knowledge Gap I deal Engineer Mechanical Electrical Design Mechatronics Design Design Engineer Embedded Control Software Design Design Multi-domain know ledge Expert in design automation technology Leads prudent design tradeoffs I nfluences entire development cycle

Italiana di Assemblaggio) e la partecipazione dell Università di Udine Alcune

21 Automazione Avanzata per i Costruttori di Macchine Seminario gratuito sulle tecniche di progettazione meccatronica Con il patrocinio di AIdA (Associazione Italiana di Assemblaggio) e la partecipazione dell Università di Udine Alcune delle date: 6 novembre - Firenze 11 novembre - Padova 13 novembre - Bologna

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