Automation Fair 2011
Hands-On Labs
Always a popular feature at Automation Fair, Hands-On Labs allow you to work directly with Rockwell Automation products.
Hands-On Labs Schedule
Wednesday & Thursday: 8:00am; 10:00am; 12:30pm; 2:30pm
Registration
Hands-on Labs allow you to work directly with Rockwell Automation products. You can now register for them before arriving at Automation Fair. Registering online for hands-on labs will save you time and help you plan your day more efficiently, giving you more time to take in all Automation Fair has to offer. Review the step-by-step procedure below or talk to your local Rockwell Automation sales representative or local distributor for more information.
- Step 1: Register for Automation Fair
Go to automationfair.com beginning Monday, August 1st to register to attend Automation Fair 2011 in Chicago, IL.
- Step 2: Register for Hands-on Labs
Online hands-on lab registration is closed. All seats available for online reservations have been taken. You will be able to register for hands-on lab seats once at Automation Fair on first come, first served basis.
- Step 3: Check-in for your Hands-on Lab Seats
Starting on Tuesday, November 1st; you will need to check-in to confirm all your hands-on lab seat selections. You will have until 11:00pm EST on Friday, November 10th to confirm your seat(s). If you do not confirm your seat(s) by the deadline, the seat will be released.
- Step 4: At Automation Fair
When you arrive at the Automation Fair, go to show registration to pick up your show badge along with your ticket(s) for the hands-on labs that you are registered for.
If you do not register for your hands-on labs ahead of coming to Automation Fair – you will still have the opportunity to register once onsite at the walk-up hands-on lab registration area.
Lab 1: Effective Design Methods for Integrating Safety Using Logix Programmable Automation Controllers
Instructor: Brad ProsakSee how Rockwell Automation has integrated safety products, features and functions into an environment that allows effective and efficient programming for your safety needs. Parallel safety processing, dedicated safety tasks in the PLC, certified safety function blocks and safety I/O handling work together allowing you to achieve your safety goals in a much simpler, straightforward manner.
Lab Presentation [PDF] | Lab Manual [PDF]
Lab 2: Integrating Ethernet-enabled Motor Control and Process Control Systems
Instructor: Kou VangExperience the ease of integrating CENTERLINE MCCs and their associated components with the Integrated Architecture via Ethernet. Simplify device configuration with Ethernet-enabled components and RSLogix 5000 software while learning how IntelliCENTER software combined with those devices enhances visibility throughout your enterprise.
Lab Presentation [PDF] | Lab Manual [PDF]
Lab 3: Turn Control System Data Into Improved Business Performance Leveraging FactoryTalk Products
Instructor: Andrew Ellis, Jen MoceriIntelligent control devices can deliver mountains of data about your operations. Can you quickly turn data into information to help make good business decisions? Can you correlate operational data to plant output? The FactoryTalk Product Suite helps you identify sources of machine down time, monitor Overall Equipment Effectiveness (OEE) and compare production yield to plan. In this lab you will collect data from disparate data sources and see how this information can be presented in a manner that helps you make timely and effective business decisions.
Lab Presentation [PDF] | Lab Manual [PDF]
Lab 4: Basic Drive Programming with PowerFlex 750 Series Drives
Instructor: Jeff TheisenLearn the basics of drive programming using the PowerFlex family of AC drives, including the latest PowerFlex 755 AC drives. Attendees will program these drives using both device programmers and PC software.
Lab Presentation [PDF] | Lab Manual [PDF]
Lab 5: Integrated Motion on EtherNet/IP; A Scalable Motion System on a Single Network
Instructors: Oliver HayaLearn how to apply Kinetix Integrated Motion, with Kinetix 350 and CompactLogix, to control a wide range of machines on standard EtherNet/IP. This new offering was designed to provide scalability by simplifying integration of the entire control solution on one network - including HMI, controller, motion, and I/O.
Lab Presentation [PDF] | Lab Manual [PDF]
Lab 6: Introduction to Motion Analyzer Design Software
Instructor: Michelle HoltLearn how to use Motion Analyzer software to help optimize your machine, minimize risk and decrease time to market by making it faster and easier to analyze, simulate and select motion control systems.
Lab Presentation [PDF] | Lab Manual [PDF]
Lab 7: Introduction to Logix Controllers
Instructor: Chad BrunnerLearn how to reduce development time, start-up and maintenance by designing, creating, downloading and testing a RSLogix 5000 program using a Logix Programmable Automation Controller.
Lab Presentation [PDF] | Lab Manual [PDF]
Lab 8: Integration of VFDs into the Logix Programming Environment
Instructor: Justin OrofinoImagine a PLC programming environment where the programming software not only knows what information is available from an intelligent device, but will also give it a descriptive tag name for you to use in your program. Learn how to seamlessly integrate your PowerFlex drives with RSLogix 5000 into the Logix environment - Premier Integration. A single software solution that simplifies programming and saves configuration time. If you have ever spent long hours searching drive manuals to find the information you need to write your code, this lab is for you.
Lab Presentation [PDF] | Lab Manual [PDF]
Lab 9: Basic PLC Programming with Micro 800 controller - UPDATED
Instructors: Bill BernhardtThis introductory lab will cover the basic capabilities and applications of micro Programmable Logic Controllers (PLCs). A brief presentation provides an overview of PLCs and PLC programming. This is followed by programming the Allen-Bradley Micro810 controller using the front panel keypad. Next, receive an introduction to the Connected Components Workbench software that you will use to create a "stop light" program on the Micro 830 controller.
Lab Presentation [PDF] | Lab Manual [PDF]
Lab 10: Advanced PLC Topics for Micro Controllers
Instructors: Leonard Osma, Rick SykoraLearn how to more readily create a simple speed control or positioning control application using our new competitively priced Micro800 PLC. After a short review of the basics, you'll be shown how CCW application aids make your implementation easier and how you can customize it by creating your own instructions. If your application has a need for fast response to a specific event or timing, we will also show how to quickly respond using Micro800 event or timed interrupts. Finally, this lab will also show how to create a simple structured text program to readily do complex math and other logic more readily than using relay ladder programming.
Lab Presentation [PDF] | Lab Manual [PDF]
Lab 11: Advanced Features and Functions for Logix Systems - UPDATED
Instructor: Rod ShearerDiscover how you can improve the performance of your Logix system, reduce development time required for third party device integration, increase system availability, reduce recurring engineering costs, and implement change management in your application.
Lab Presentation [PDF] | Lab Manual [PDF]
Lab 12: Process System Tour for Operators, Control Engineers and Maintenance; A PlantPAx Overview
Instructor: Rob MunkTour the capabilities of the PlantPAx system through the eyes of a plant operator, control engineer and maintenance engineer. We will discuss the PlantPAx architecture and terminology assume a role then interact with a simulated plant application. Learn how PlantPAx helps ease day-to-day functions for these roles. Then add new control and visualization elements to the existing application.
Lab Presentation [PDF] | Lab Manual [PDF]
Lab 13: Advanced Safety Techniques for Logix Controllers
Instructor: Bill WaltzIn addition to the standard control applications performed by programmable controllers, complex safety applications can also be performed that would be far more difficult and expensive using hardwired devices. This session will review the considerations and techniques for programming safety devices to address safety and productivity issues in complex applications, including analog safety applications.
Lab Presentation [PDF] | Lab Manual [PDF]
Lab 14: PlantPAx Process Automation System: Field Device Interface and Asset Management
Instructor: Brian Root, Lorenzo MajewskiInterested in driving consistency, reliability and flexibility in the integration of smart field devices? Learn how the PlantPAx integration tools and FactoryTalk AssetCentre help reduce deployment time while fully utilizing device information for asset management. Use pre-engineered Add-on-Instructions and FactoryTalk View SE and PanelView faceplates. Gain insight into smart instrument integration by identifying and monitoring device parameters, viewing on-line diagnostics and performing device calibrations. Learn about the broad portfolio of connectivity options available through PlantPAx that help support a more scalable offering.
Lab Presentation [PDF] | Lab Manual [PDF]
Lab 15: NEW Features and Extensions Using FactoryTalk View ME v6.10 and PanelView Plus 6
Instructor: Wil MattheisThis lab showcases new capabilities and extensions such as custom graphic animation, email, remote/mobile monitoring, web-based visualization with FactoryTalk ViewPoint and live video built into the PanelView Plus 6 electronic operator interface terminal. For OEMs, get a first-hand look at how to leverage ActiveX controls and Symbol Factory graphics to design rich, flexible, open machine solutions. For both OEMs and end users, witness how mobile tablet solutions based on Apple (iPad), Android (Xoom) and Windows 7 (Slate 500) technology are penetrating the maintenance automation market.
Lab Presentation [PDF] | Lab Manual [PDF]
Lab 16: Applying EtherNet/IP in Real-Time Applications
Instructor: Josh MatsonUsing EtherNet/IP solutions allow you to realize real-time communication between your industrial and non-industrial networks. Learn about these techniques, best practices and products to optimize your plant network. A prior understanding of general Ethernet concepts, or attendance of the Fundamentals of EtherNet/IP session, is recommended for attendees.
Lab Presentation [PDF] | Lab Manual [PDF]