TECHNICAL TRAINING CLASSES AND ALL-DAY SELF-PACED WORKSHOPS
Click on Topic for Details
Programmable Automation Controllers
Conducted by National Instruments using LabVIEW
10:00 - 6:00, Continuous Self-Paced Training All Day
PLC Self-Paced Training
Conducted by Siemens & Walters Wholesale
10:00 - 6:00, Continuous Self-Paced Training All Day
In Situ NOx for Improved Ammonia Injection Grid Control
Tim Scott, Horiba Instruments
In-Line Viscosity and Density Measurements in Hazardous Areas
Brian Walsh, Anton Paar
Choosing the Appropriate Flow Measurement Technology for Common Industrial Applications
Jon Archenhold, Flow Technology Inc. / FLW
Control Valve Sizing & Selection
Bill Campbell, P.E., Blair-Martin
Gas Sensor Technologies: Strengths, Weaknesses and Applications
Al Lenning, M.E., MSA
Process Automation Trends: Developing the Control Systems of the Future
Romel Bhullar, P.E., Fluor Corporation
Wireless Technology and Process Automation
Greg Ochs, Accutech Control Microsystems / CFM San Diego
WirelessHART Technology
Tim Cushman, Emerson Process Management
Industrial Wireless Solutions - Recent Advancements, Applications, Real Value
Rob Henley, ioSelect
SCADA/RTU for the Water & Power Industries
Rob Henley, ioSelect
Wireless Ethernet on the Plant Floor
Chuck Clark, ProSoft Technology
Accessing Diagnostics and Parameters Contained in Smart Instrumentation
Warren Lennox, Rockwell / FDT Group
Solenoid Valve Sizing & Selection
Ray Herrera, Applied Valves
Safety Instrumented System (SIS) Integrity Levels (SIL) and Design Requirements
Joe Hohn, Dynalectric
NEC and NFPA Requirements for Signal Wiring and Circuit Protection
Joe Hohn, Dynalectric
Battery Powered Wireless Sensors
George Wolkowisky, AGX Controls

TECHNICAL CLASSES AND PRESENTATIONS
45-Minutes Each
Back to List of Classes
Control Valve Sizing and Selection
This generic discussion will provide the attendee with the tools needed to feel confident in control valve selection and sizing. If you are a person that might need to specify a control valve or approve a control valve selection done by someone else, this will be a good class. You will learn what information is needed for valve selection and what information is necessary to size a control valve. We will discuss the control valve body type, body materials, actuator selection, positioner selection and valve packing. We will also discuss what tools are available to assist in control valve sizing including ISA Standards and sizing formulas.
Instructor: Bill Campbell P.E. has experience from the "office side" of specifying control valves and the "construction side" of control valve commissioning. He has a BS in Mechanical Engineering from CSU Long Beach and is a Registered Professional Engineer.
Back to List of Classes
WirelessHART Technology
WirelessHART technology (IEC Approved Standard - IEC 62591Ed. 1.0) provides a robust wireless protocol for the full range of process measurement, control, and asset management applications. Based on the proven and familiar HART Communication Protocol, WirelessHART enables users to quickly and easily gain the benefits of wireless technology while maintaining compatibility with existing devices, tools, and systems.
The HART Communication Foundation, its member companies and the industry leaders developed WirelessHART technology to meet the unique requirements of wireless networks operating in process plants.
Instructor: Tim Cushman of Emerson Process Management can be reached at Timothy.Cushman@emerson.com or (619) 746-3356.
Back to List of Classes
Solenoid Valve Sizing & Selection (45 Min)
Solenoid valves are the most commonly used valves in process automation. From basic water shutoff valves to severe service petrochemical refining applications. Unfortunately, they are too often misapplied and cause process inefficiencies, upsets, and shutdowns. This program is intended to provide a comprehensive overview of the criteria used to properly size & select solenoid valves for both new and seasoned practitioners.
Video courtesy of I/C Expo 2009 held August 6, 2009, in San Diego.
Instructor: Ray Herrera is President of The Valve Shop, Applied Valves & Controls, Inc. He has extensive experience with sizing & selecting valves for process control and automation. Prior to founding The Valve Shop, Ray worked as an Inside Engineer and Field Engineer for major Manufacture Rep Companies of Control Valves, Instrumentation, and Process Control products.
Back to List of Classes
Gas Sensor Technologies: Strengths, Weaknesses and Applications
Typical safety gas detection equipment used today throughout industry utilizes a particular group of sensor technologies. You will learn how those sensor technologies work, their strengths, weaknesses, and application limitations. Applications exist in virtually every industry -- industrial environments, hazardous areas or security applications among others. Sophisticated safety products typically integrate any combination of electronics, mechanical systems and advanced materials to protect users against hazardous or life-threatening situations.
Instructor: Al Lenning, M.E., has spent his entire career in the application of process instrumentation. A graduate of Drexel University, Al has been the Western Territory Manager for MSA for the past 14 years. MSA, a 96 year old manufacturer, is a world-recognized pioneer of gas detection products and systems as well as personal safety equipment. Al Lenning can be reached at Al.Lenning@msanet.com or (714) 271-1743.
I&C Expo 2011 Pre-Registration
-
I&C Expo 2011 Exhibitor Inquiries
-
I&C Expo Golf Tournament
Thursday-Friday, August 18-19, 2011, Town & Country Resort and Riverwalk Golf Club
Industrial Wireless Solutions - Recent Advancements, Applications, and Real Customer Value
This fast-paced presentation is intended to be an information-packed 'primer', providing the audience with a practical working knowledge of the terminology, landscape, and the vast array of wireless options available today, allowing users an opportunity to make better informed decisions and realize quick, tangible returns on their investments . Recent advancements in the technology will also be presented, along with the increasing productivity that they are providing across multiple industries and applications.
Technology advances on several fronts have opened the door to a new class of process monitoring architectures that have the potential to significantly change the rules for industrial automation. Wireless Monitoring is driven by the huge cost savings in installation and logistics, and provides dramatic improvement in the collection frequency, reliability, and distribution of key process and asset information. The future of many industries and organizations will depend on their ability to automate the decision process and provide customers, suppliers, and employees with reliable and timely information.
Instructor: Rob Henley is the president and founder of ioSelect Incorporated, a company focused on the implementation of innovative connectivity solutions that provide 'anywhere, anytime' access to equipment, process, and asset information for their customers and partners. He can be reached at ioSelect Incorporated, 9835 Carroll Centre Road, Suite 100, San Diego, CA 92126, (858) 537-2060 or email: rob.henley@ioselect.com.
Back to List of Classes
A Uniform Platform to Access All Smart Instrumentation Devices' Diagnostics and Parameters
The ISA103-FDT Technology committee formed in 2006 supports the acceptance and adoption of the developing IEC 62453 standard as an ISA standard. The standard will allow any fieldbus, device or sub-system specific software tool to be integrated as part of a universal life-cycle management tool of a plant automation system.
IEC 62453 is the proposed international standard for FDT Technology, pioneered by the FDT Group, a not-for-profit organization consisting of leading process and factory automation companies worldwide whose major purpose is to provide an open and non-proprietary interface for the integration of field devices with engineering, automation and asset management systems.
Installing smart instrumentation in new facilities has never been more of a 'nobrainer' these days, but what do you do with all that intelligence? Is there some way of accessing the diagnostics and device parameters without installing and maintaining multiple, proprietary software applications on a maintenance station or laptop? Learn how easy it is to have a common tool-set that accesses any manufacturers' device intelligence on a uniform platform. See how maintenance regimes are simplified and supplemented by a single software frame application...all of which are facilitated through globally-supported FDT Technology.
Instructor: Warren Lennox of Rockwell Automation is originally from South Africa where he began his career in industrial automation over 15 years ago as an instrument technician. Warren later moved to the UK where he worked in a variety of industries including oil and gas, water/wastewater, pharmaceutical and power generation. While in the UK, he acquired a BS in Computer Science and has been working for Rockwell Automation for 5 years as a Technical Consultant specializing in PLC, SCADA and Software solutions. Warren can be reached at (714) 938-9038 or (714) 292-0118.
For more information, please see the video and documents at the FDT Group Website or contact FDT Group at 8221 Crabtree Drive, Austin, TX 78750, 512-428-4979. www.ftdgroup.org.
Video courtesy of I&C Expo 2009 held August 6, 2009, in San Diego.
Back to List of Classes
Choosing the Appropriate Precision Flow Measurement Technology for Common Industrial Applications
There are many ways to measure flow and it can be quite confusing and difficult when trying to choose between them. I will cover eight different high precision flow technologies, how they work, the differences between them and how to choose the best flow meter for a particular application. This presentation is suitable for owners, engineers, consultants and technicians.
Instructor: Jon Archenhold has a degree in Electrical Engineering and Electronics from The University of Salford, UK, and twenty years of experience with the manufacturing of instrumentation and control products. He has been with Flow Technology for three years and as Industrial Marketing Manger, is responsible for industrial, automotive and marine markets in the Western United States and Asia. Jon can be reached at Flow Technology, Inc, at (619) 319-7769 or via the website www.ftimeters.com.
Back to List of Classes
Safety Instrumented System (SIS) Integrity Levels (SIL) and Design Requirements
While it is clear that Safety Instrumented Systems (SIS) and Safety Integrity Levels (SIL) are risk management tools, there are design and implementation issues surrounding the standards that may be less clear. This is particularly the case when equipment choices are constrained by plant standards or when an existing safety system must be reevaluated for compliance with a target SIL rating. During this session the presenter will introduce primary design and implementation considerations from a risk perspective, provide an overview of the several national and international standards and suggest best practices for instrumentation, valves and the logic solver.
Instructor Joe Hohn is an I&C engineer with Dynalectric in San Diego and has over 25 years of experience in the application, commissioning and troubleshooting of instrumentation. Among Joe's recent projects was the 16,000 point Biogen Idec (now Genetech) plant in Oceanside, California, where he served as design lead for instrumentation and valves. Joe is a 1977 graduate of the University of Maryland. He is an instructor in the ISA Los Angeles PE review course a number of times and is an exam writer for the ISA CAP exam. Joe has also taught ISA seminars, including "Field Buses and the Controls Technician," an overview of the more common buses, their applications, troubleshooting techniques, configuration and diagnostic tools and best practices for maintaining both the bus infrastructure and the instruments, valves and I/O that are routinely connected to the buses.
Back to List of Classes
SCADA / RTU for the Water & Power Industries
Instructor: Rob Henley is the president and founder of ioSelect Incorporated, a company focused on the implementation of innovative connectivity solutions that provide 'anywhere, anytime' access to equipment, process, and asset information for their customers and partners. He can be reached at ioSelect Incorporated, 9835 Carroll Centre Road, Suite 100, San Diego, CA 92126, (858) 537-2060 or email: rob.henley@ioselect.com.
Back to List of Classes
NEC and NFPA Requirements for Signal Wiring and Circuit Protection
Instructor: Joe Hohn is an I&C engineer with Dynalectric in San Diego and has over 25 years of experience in the application, commissioning and troubleshooting of instrumentation.
Among Joe's recent projects was the 16,000 point Biogen Idec (now Genentec) plant in Oceanside, California, where he served as design lead for instrumentation and valves. A graduate of the University of Maryland, Joe is a regular instructor of the review course for the Control System Engineer License Exam for ISA Los Angeles, and is an exam writer for the ISA CAP exam.
Back to List of Classes
Inline Viscosity and Density Measurement in Chemical, Biotechnology and Fuel Applications Using a Novel New Technology
(45 Min)
Inline viscometers can be installed directly inline or on a by-pass to continuously measure and display viscosity at the process temperature and reference temperature. Inline monitoring allows 24 hour continuous monitoring of process liquids. A novel new technology for inline measurement will be presented which compares favorably with results from widely used laboratory viscometers.
Density measurement of the highest accuracy and repeatibility using the Stabinger oscillating u-tube technique will also be explained. This portion of the presentation will explain how one type of compact and powerful online density transducers is ideally suited for wide variety of applications from chemical, biotechnology to fuels.
Instructor: Brian Walsh is the West Regional Process Instruments Technical Specialist with Anton Paar USA, and has over 20 years of experience in the instrumentation market. Anton Paar is the established technological leader in the fields of rheology, viscometry, density and concentration. Brian can be reached at Anton Paar USA, 10215 Timber Ridge Drive, Ashland, VA 23005, (804) 550-1051, brian.walsh@anton-paar.com . Website: www.anton-paar.com.
Back to List of Classes
Process Automation Trends: Developing the Control Systems of the Future
Those interested in what industries will dominate the field in the near future should attend this presentation. This insider's overview of the current state of control systems in various industries will be followed by a discussion of where the process industries are realistically expected to head in the next 5-20 years. Mr. Bhullar's presentations are always standing room only, so be sure and pre-register to reserve your seat.
Speaker: Romel Bhullar, P.E., will present an insider's overview of the current state of control systems in various industries, followed by a discussion of where the process industries are realistically expected to head in the next 5-20 years. Those interested in what industries will dominate the field in the near future should attend this presentation. Mr. Bhullar's presentations are always standing room only, so be sure and get there early for a seat.
Video courtesy of I&C Expo 2009 held August 6, 2009, in San Diego.
Romel Bhullar is Technical Director and Technical Fellow at Fluor Corp and was Keynote Speaker at I&C Expo 2009. Mr. Bhullar can be reached at 3 Polaris Way, Aliso Viejo, CA 92698, or by email at
romel.bhullar@fluor.com
.
Back to List of Classes
Battery Powered Wireless Sensors - Absolutely No Wires
Learn how to easily adapt new or existing remote systems with wireless transmitters. The user has only to connect the external wiring to the pluggable terminals.
Process monitoring with wireless web-based sensors can be applied to existing remote tanks and other types of remote measurements for level and inventory management, wireless alarm systems and other monitoring functions. Learn how wireless RF sensors and 4-20 mADC RF transmitters can be used to display the sensors values on a PC or on the WEB.
Instructor: George Wolkowisky is president and founder of AGX Controls / Alpha Wireless. ATG provides remote wireless tank level and inventory management and a wireless alarm system. Our wireless RF sensors and 4-20 mADC RF transmitters display the sensors values on a PC or on the WEB. Mr. Wolkowisky can be reached at
georgew@RemoteTank.com
, (877) 292-8700 or (310) 488-4249 at Alpha Wireless ATG, 1122 S. Robertson Blvd Unit # 8, Los Angeles, CA 90035. Website: www.RemoteTank.com.
Back to List of Classes
Wireless Technology and Process Automation
Wireless technology is a topic of high interest in the field of automation. New products and the entry of major suppliers to the industrial wireless market have signaled solutions for many applications. The proliferation of devices and networks has also created a lot of confusion about what is the best use of wireless technology and availability of license-free bandwidths.
The presentation will include a brief overview of the drivers for consideration of wireless products in process monitoring and controls, as well as an overview of various network topologies and their strengths and weaknesses. Applications with real world solutions will illustrate validated use of wireless technology for safety, environmental and process measurement.
Instructor: Greg Ochs is Technical Support Manager for Accutech Control Microsystems. He has 25 years experience in the process control industry with the past 5 years being spent in wireless sensors and transmitters. Control Microsystems is a manufacturer of SCADA systems for the Upstream Production, Process Control and Water and Wastewater. For additional information about wireless products in process industries, please contact Fahim Shirazee at CFM San Diego at dhasan@cfmsd.com or (760) 434-8829.
Back to List of Classes
Wireless Ethernet on the Plant Floor
This presentation will provide you with an understanding of wireless technology utilized in the Industrial market. This session will explore the latest in wireless technologies and applications for plant automation, SCADA systems and plant network access. Topics will include benefits of wireless, technologies, redundancy, security and diagnostics. Displaying RF diagnostic information in HMI's via OPC, and wireless I/O using EtherNet/ IP will also be discussed. Wireless technology in the Industrial market has become increasingly popular so don't miss out on this informative presentation.
Instructor: Chuck Clark covers the Southwest Region for ProSoft Technology and has an extensive Industrial Automation background of 20 years in various positions in the automation industry with Rockwell and other major companies in the automation field. Chuck's experience also includes 12 years working in the Air Traffic Control field while serving in the United States Marine Corp. He was an electronics instructor for Radar and Communication systems at the U.S. Navy Air Traffic Control School. Chuck is a Microsoft Certified Professional and holds an FCC General Radiotelephone Operator License. Chuck Clark can be reached at ProSoft Technology, 5201 Truxton, 3rd Floor, Bakersfield, CA, 93309, at (661) 716-5100 or by email at cclark@prosoft-technology.com.
Back to List of Classes
In Situ NOx for Improved Ammonia Injection Grid Control
Endusers are often confronted with the question: extractive or in situ? In this talk, we will start that discussion. The discussion will leverage our experience developing an in situ NOx/O2 analyzer and making comparisons to more conventional extractive technologies. Example data from real world field testing on the economizer and SCR units of a coal-fired power plant will be presented. The relevance of this work may help end users guide their decisions for their specific applications.
If time permits, we will open the floor to discussions surrounding the challenges and opportunities for monitoring in regulated environments.
Instructor: Tim Scott. Since HORIBA carries both monitoring approaches, we are well positioned to discuss the pros and cons of each.
Back to List of Classes
ALL-DAY HANDS-ON WORKSHOPS
Measurements, Automation, and Control Hands-On Training Featuring NI LabVIEW Programmable Automation Controllers
Self-Paced, All Day, 10:00am - 6:00pm
Presented by National Instruments
Learn how you can take advantage of the latest technologies, including graphical programming and FPGA-based PAC hardware, to lower the cost of measurement, automation, and control. This training explores National Instruments LabVIEW graphical development tools and NI CompactRIO programmable automation controller (PAC) systems. Discover first-hand how to design, prototype, and deploy applications such as process automation, machine control, laboratory automation, and life sciences instrumentation using LabVIEW Real-Time and LabVIEW FPGA programming tools and CompactRIO hardware.
What you will learn:
See how you can use LabVIEW to design control systems with field-programmable gate arrays (FPGAs), real-time operating systems, and industrial I/O
Learn how to develop LabVIEW Real-Time and LabVIEW FPGA applications for better code reuse and easier debugging
Explore best practices for control, automation, or data-logging applications
Conduct hands-on exercises with NI CompactRIO, including data flow and parallelism, network communication, and data visualization
See how you can use LabVIEW for motion control, custom communication, and closed-loop control.
Who Should Attend
This training is designed for engineers and technicians who build, design, or implement embedded control or monitoring systems. Engineers using programmable logic controllers or single-board computers, or those designing custom control systems will benefit from this training.
Back to List of Classes
PLC Programming Workshop
Self-Paced, All Day, 10:00am - 6:00pm
Continuous self-paced PLC hands-on training will be available on a first-come, first-served basis beginning at 10:00am and ending at 6:00pm.
Students will work independently to complete a series of individual training modules, typically 1-1/2 to 2 hours depending on the level of skill.
Typically the best time to get a seat is early or late. A waiting list will be kept so that you can cruise the show or take other classes while waiting.
Video courtesy of I&C Expo 2009 held August 6, 2009, in San Diego.
Instructor: Charles Black of Walters Wholesale. Special thanks to Siemens for supporting this training workshop.

Please check back. Additional info will be posted here about more classes and raffle prizes (42-inch TV, etc.) as they are added.
In the meantime, check out some