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FIELDBUS Configuration
and Application Factors: DeviceNet™, PROFIBUS, INTERBUS
FIELDBUS systems are moving out of trial evaluations
into mainstream use. There are differences between the major bus systems such as
INTERBUS, DeviceNet™, and PROFIBUS DP, that can be significant depending on
your application. This seminar provides an overview of: • All three buses and
application factors to consider when applying a FIELDBUS System. • Evolution
of industrial networks and automation wiring approaches. • System layout and
design factors, installation and start- up factors.
Web- based HMI
Hands- on experience with Web HMI.
Learn about factory automation using the latest Web technologies. Gain an
understanding of the latest OPEN factory floor standards.
Experience real- time web- enabling communications, powerful alarm
management tools and Multimedia alarming. View remote trending and historical
data. Access databases, logging and reports.
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Application
of Wireless Networking Technology on the Factory Floor
Developments in wireless technology have opened the
door for cost effective, reliable solutions for use in typical control systems
and factory environments. This has motivated control system design personnel to
look for new technologies that reduce cost, while increasing up- time. Learn how
wireless technology for DeviceNet™ and Ethernet can be applied, how the use of
wireless technology dramatically increases installation flexibility on the plant
floor, and how to reduce the overall cost to commission today’s more complex
control and information systems.
Industrial
Ethernet Application Factors
The use of Industrial Ethernet is rapidly growing based
on new technologies and the availability of Ethernet Infrastructure components.
This seminar provides an overview of: • Major application factors to consider
when applying Industrial Ethernet Systems• The need and use of Industrial
Ethernet Infrastructure components• Use of Ethernet and Device Level Networks
Modular
Distributed Control with Ethernet
The increasing demands for faster deliveries and lower
costs, of highly customized material handling systems could not be met with
traditional control schemes. The challenges, overall hardware & software
solution and operating results of a modular, "Plug and Play", Ethernet
based control solution will be covered.
PC-Based
Control Strategies
An overview of the latest PC- based control
alternatives and strategies with a focus on the needs of machine builders.
Included in this examination will be a brief look at IEC- 61131 programming
languages as the emerging global standard, as well as PLC- like features that
can capture the best of PC and PLC technologies. MachineLogic software and CTC's
new "Slot PLC" control architecture will be presented as part of this
session.
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Integrating
FIELDBUS with Existing Controls Significantly Reduces Component Costs and System
/ SW Expansion Times
Learn how retrofitting existing PLC and Relay panel
systems with FIELDBUS technology can reduce component costs, startup and down
time. Using an Automotive Stamping Press line and INTERBUS as an example,
specific results documenting how this technology significantly lowers the System
and Software engineering times for subsequent system expansions will also be
presented.
New
Developments in Real Time Ethernet Standards
Ethernet protocol standards are rapidly emerging that
will allow the interoperability of Ethernet devices in plant floor control
applications. The ETHERNET/ IP and IDA initiatives have joined forces under the
guidance of IAONA, to create a standard and avoid the "FIELDBUS Wars"
of the past. The President of IAONA North America, will describe the approach,
benefits, and status of these protocol standardization efforts.
Machine
Safe Guarding
This
session will present the latest in Safety Standards for industrial machine
applications.
Topics Covered:
Proper guarding of pinch points, nip points, and rotating parts.
OSHA regulations and employers responsibilities. ANSI and NFPA79, Risk
assessment procedures, basics of safety relays and methods of machine guarding.
Flowchart
Programming for Web Enabled Automation
To understand the basics of flowchart programming in an
NT runtime environment and connection to distributed I/ O systems. Learn how PC-
based flow chart control can be seamlessly linked into enterprise- wide flexible
manufacturing systems to increase plant floor productivity.
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A
Clear View Of Vision Sensors
As machine vision technology has matured; new vision
products called Vision Sensors have emerged. Explore how Vision Sensors can be
used to solve complex sensing and inspection applications as well as provide
process control and even position feedback. Learn what type of functionality and
vision technology is available and how this technology can raise quality levels
while providing a low cost, easy- to- use alternative to high- end machine
vision solutions.
"A
Need for Speed" Adopt 20 New Ways to Optimize and Reduce Installation Cost
With Today’s Major PLC’s
Why does it take so long to wire up a PLC I/ O card?
Together with labor shortages, reduced design time requirements, and the need
for higher fabrication throughput, every panel builder and system integrator is
looking for ways to do cabling and wiring faster. This session will offer time,
space, and labor saving alternatives and offer hands- on evaluation of the
solution examples being presented.
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Wireless
Analog and Digital Signals
This presentation will cover the physics governing the
performance of spread spectrum wireless products and how that relates to their
tolerance of heavy industrial interference. This session will focus on how
frequency-hopping techniques are used in conjunction with the redundant nature
of analog and discrete signals to reliably update mission critical signals. A
brief overview of in- plant propagation antennas and installations will also be
included.
Advancements
in Low Cost/ High Performance Vision Systems
This session will introduce the latest advancements in
low-cost machine vision systems, illustrate capabilities of CCD and CMOS vision
systems. Inspection examples will show packaging, automotive, plastics, and
semiconductor applications.
Can
You Spell RFID "Radio Frequency Identification"?
Perhaps you’ve heard of the technology known as RFID
(Radio Frequency Identification), or wondered what it is. Within the realm of
automated identification, tracking and tracing, RFID is establishing itself as a
powerful technical resource adding new dimensions to immediately accumulate or
report information about products, pallets and people. Learn more about this
advancing data capture capability.
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Connectivity
– Single Axis vs. Multiple Axis Fieldbus and Ethernet Motion Systems
The session will outline the differences in
implementation between a single axis and a multi- axis motion system on a
Fieldbus. Examples will be used to highlight the advantages of each approach for
certain applications. The session will also review the use of Ethernet as an
alternative to Fieldbus and the advantages and disadvantages of this open
protocol. Future Ethernet protocols, which are needed to fuel its growing
popularity, will also be discussed.
Technology
Evolution of PLCs
The role of programmable logic controllers has changed
dramatically over the years. Trends like increased connectivity, simplified
maintenance, platform flexibility, compact design, and PC integration have led
to developments of new PLC form factors and concepts that are changing the way
that PLCs are perceived and applied. This seminar provides a brief history of
PLCs, where the technology is today, and what to expect in the future.
Open
Loop Vector vs. Closed Loop Vector vs. Servo Control
As today’s AC drive technology increases and the cost
of servo systems continue to decrease it is becoming increasingly difficult to
determine if applications require the accuracy of servo’s or AC Inverters.
This seminar will give you the tools to make the determine which
technology fits your application.
The
Future of Control Cabinets, "Wiring and Configuration Optimization"
This presentation discusses increasing density in
connection systems, the miniaturization of interface electronics, and how
reduced power requirements are saving panel real estate. It will look at
terminal block solutions that are redefining the control panel, as we know it.
This presentation will teach designers and technicians how to eliminate
redundant wiring, integrate more function into standard terminations, and reduce
the overall size of the control cabinet.
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Optimizing
Your Engineering Time From Concept to Implementation
From the initial concept to the final drawing, this
seminar provides a fast, efficient method for designing, implementing, and
documenting rail assemblies. This presentation will explain how to save time in
the development of a rail assembly for a control cabinet. An easy approach to
terminal block selection and marking options is presented and error-free
documentation of terminal blocks, terminal connection, diagrams, wire lists, and
bill of materials is demonstrated using electrical CAD software.
Modular
Automation System Integrates Control, I/ O, and Advanced Functions
New Functional and Networking options of modular I/ O,
central and distributed control architectures – reducing control panel costs.
To show the flexible network capabilities of fieldbus I/ O, embedded control
capabilities, and the integration of safety relay and pneumatic functions.
“A
Hot Topic” Don’t Lose Your Cool With Power Supplies…Applications
and Standards
The switch- mode power supply is slowly becoming a de-
factostandard in the industrial control sector. Deciding between a switch- mode
or linear power supply can be based on weight, size, or heat loss. These and all
other factors will be discussed. Reliability, efficiency, and important global
standards will be reviewed. The future trends and benefits of switch- mode power
supplies also form the basis of the discussion.
Analog
Sensors: Understanding The Newest Measurement Technologies
In this session we will examine three of the leading
analog sensor technologies available today; inductive, optical, and
magnetostrictive. Learn how these technologies work and understand how each one
can benefit your applications. Traditionally, data from sensors has been simple
on- off discrete information, but times are changing. Today, sensors are called
upon to deliver much more information.
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EMC
Compatible Enclosure Design
This session will provide insight into the impact of
EMC compliance and design implications as they apply to enclosures. Learn why
EMC is a concern, the impact of EMC directive, your responsibilities, what you
really need, and enclosure options.
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Effective
Enclosure Cooling
This seminar provides background on the process which
is used to properly size and select enclosure cooling. Critical factors, common
mistakes, special conditions, and pros/ cons of various cooling options are
discussed. Rittal’s Thermo sizing software is also demonstrated and advanced
thermal modeling using cfd- based programs is discussed.
"Where’s
the Control?" Machine Mounted Control Elements Streamline Design
Distributed machine- mounted logic, motor control and
I/O with integrated diagnostics. To show how highly distributed, machine-
mounted architecture, combined with intelligent, networked control elements can
improve machine design.
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POWER
RAIL Hands - on Seminar
This workshop delivers concise information on
selection, design, and implementation of cabinet power distribution systems. You
will have the comfort of knowing you selected the right components to do the job
right the first time. • Efficiently terminate and protect power and low
voltage wiring. • Select and size secondary circuit protection devices. •
Where to apply surge suppression devices to power lines and low voltage
distribution systems. • Implement redundant power supply systems. • The
impact of UL 508 when selecting power supplies. • Three efficient, cost
effective ways to distribute power in your control cabinet.
I/O Rail
Hands - on Session
This hands- on introduction to Analog and digital I/O
techniques provides insight to signal isolation, conversion and connection
techniques. • Select and connect I/ O devices for signal conversion. • Work
with DIN- rail mountable solutions.
AC
Drives— How They Work and the Benefits of Using Them
This course will go over all aspects, including
construction and control technologies, of AC drives. Pro's and Con's of each
type of control method will be discussed. We will also cover many different
applications and issues that can come up when you apply AC drives. There will
also be a comparison of AC drive technology to other methods of speed control
such as DC drives.
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