eNewsletter

January 2008

In This Issue:

Contents For This Issue

This is the final installment of three E-Drive Newsletters dedicated to the products & technology being featured and discussed at the 2008 Motor, Drive & Automation Systems Conference. This two-day technical event will feature 37 presentations from today’s leaders in motion control / automation technology, an interactive exhibit hall and a full day of pre-conference motion control workshops!

Start your business year off right. Register today and secure your place at this leading technical conference! http://www.e-driveonline.com/motors_conf08_registration.php

INDUSTRY NEWS

  • Leading Motion Control Organizations & Companies to Host Pre-Conference Workshops at 2008 Motor, Drive & Automation Systems Conference (Space is Limited)

PRODUCT NEWS

  • New Apex Dynamics AL & ALR Series Power Pulley to Be Unveiled at Motor, Drive & Automation Systems Conference
  • New Software Tool for Motor Designers Showcased at 2008 Motor, Drive & Automation Systems Conference
  • Precise Automation Introduces Low-Cost, Pocket-Sized Vision-Guided Motion Controller
  • Amulaire Showcases Thermal Management Capabilities at 2008 Motors Conference
  • NEC Electronics America Expands NP Series with Robust Power MOSFETs
  • Yokogawa Showcases Complete Line of Power Analyzers at Motors Conference
  • Microchip Technology Adds Flash Data Memory to the Baseline PIC Microcontroller Architecture
  • Renco Introduces New RE200 Series Encoders
  • Series D Matrix Filter from MTE
  • Onvio Power Pully Well Suited for Linear Actuators
  • New Brushless DC Stellaris Reference Design Kit Provides Networked Motion Control OEMs with a Time-to- Production Edge
  • SIP Diode Bridge from SanRex

FEATURE

  • Bridging the Gap: Communicating Motor Reliability to Management
    By David McGuire, PdMA Corporation

EVENT LISTING

  • 2008 Motor, Drive & Automation Systems Conference
    February 14-15 • Omni Hotel • Atlanta, Georgia
    www.e-driveonline.com

 

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Advanced Energy Expands Motor & Drive Test Capabilities to Include a Wider Range of Products

Advanced Energy has broadened the range of our lab test capability from as large as 350 HP down to sub-fractional ratings. Contact David Berkowitz, Director of OEM Test Services at 919-857-9047 or via email at dberkowitz@advancedenergy.org to discuss your testing and scheduling needs.

Advanced Energy is a nonprofit based in Raleigh, N.C. that operates North America’s only independent motor test lab accredited by the National Voluntary Laboratory Accreditation Program (NVLAP) [NVLAP Lab Code 200081-0]. Increase your profits, product quality and customer satisfaction by partnering with experts who offer training, testing, research and consulting services.

Before you risk your hard earned reputation in the marketplace by trying a new motor or component from an unproven supplier, think of Advanced Energy. We have the equipment, experience, and most importantly the experts to help you make those decisions with confidence. Come by and visit us at Booth #102 at the 2008 Motors and Drives Conference; we look forward to speaking with you.

Come by and visit us at Booth #102 at the 2008 Motors and Drives Conference; we look forward to speaking with you.


Yokogawa WT3000 Precision Power Analyzer
Look to Yokogawa for your total solution for precision power measurements. Yokogawa offers a complete line of Precision Power Analyzers to meet your measurement applications in areas such as Energy Star®, Stand-by-Power, Inverter, Motor and Efficiency testing.   Products are available from single phase up to six phases, with accuracies as high as 0.02%.  For more information, contact Yokogawa Corporation of America.
http://promo.us.yokogawa.com/adpromo.asp?code=WS1810

Leading Motion Control Organizations & Companies to Host Pre-Conference Workshops at 2008 Motor, Drive & Automation Systems Conference

The upcoming 2008 Motor, Drive & Automation Systems Conference will be hosting an entire day of motion control-related pre-conference workshops on Feb. 13, 2008 at The Omni Hotel in Atlanta, Georgia. Space is limited. Register by January 18 th and take advantage of the early-bird discounted registration! Workshop offerings to include:

The Design of IPM and Other "Hybrid" Motors & Drives
PART I - "Hybrid" Motor & Drives: Overview, Performance & Analysis

Presented by Dr. George Holling, Technical Director, Rocky Mountain Technologies
February 13, 2008 • 8 a.m. - 12 p.m.
 

The Design of IPM and Other "Hybrid" Motors & Drives
PART II - "Hybrid" Motor & Drives: Tools for Design & Analysis
Presented by Dr. George Holling, Technical Director, Rocky Mountain Technologies
February 13, 2008 • 1 p.m. - 5 p.m.

Optimization of Servo Control Systems using Frequency Domain Analysis: A Mechatronic Approach
Presented by Dr. Razvan Panaitescu, R&D Consulting Systems Engineer, Siemens E&A
February 13, 2008 • 10 a.m. - 5 p.m.

 Motor Control: From Basic to Advance Techniques
Presented by the Motor Control Group, Renesas Technology America, Inc.
February 13, 2008 • 8 a.m - 12 p.m

Sensorless Field-Oriented Control (FOC) for Brushless DC (BLDC) Motors and
Permanent Magnet Synchronous Motors (PMSMs)
Presented by Mark Reynolds, Field Applications Engineer, Microchip Technology Inc.
February 13, 2008 • 1 p.m. - 5 p.m.

A Comprehensive Review of the Basic Design Elements of the Brushless PM Motor and Drive and Its Use in World Markets (An SMMA Motor & Motion College Course)
Presented by Dan Jones, President, Incremotion Associates, USA
February 13, 2008 • 8 a.m. to 12 p.m.

Motor Control, AC Drives and Servo Systems - An SMMA Motor & Motion College Course
Presented by Dr. Dal Ohm, President, Drivetech, Inc.
February 13, 2008 •
1 p.m. - 5 p.m.

Design & Control Techniques for the Mitigation of Torque Ripple (And Cogging) Produced By PM Synchronous Machines - An SMMA Motor & Motion College Course
Presented by Dr. Steven D. Pekarek, Associate Professor, Purdue University,
February 13, 2008 •8 am to 12 pm

How to Improve Electric Motor Power Efficiency - An SMMA Motor & Motion College Course
Presented by Richard Welch Jr., Sr. IEEE Member
February 13, 2008 •1 pm to 5 pm

Introduction to Motion Control - 8 a.m.
Presented by Charles Bartel, AiME Certified Motion Control Instructor
February 13, 2008 •
8 a.m. - 11:30 a.m.

Motion Control Devices and Components
Presented by Charles Bartel, AiME Certified Motion Control Instructor
February 13, 2008 •
12 p.m. - 4 p.m.

Creative Technical Sales Proposal Writing
Presented by Charles Bartel and Fred Sitkins, AiME Certified Motion Control Instructors
February 13, 2008 • 4 p.m. - 7:30 p.m.

For workshop details and pricing information visit - http://www.e-driveonline.com/motors_conf08_workshops.htm
Register to Attend Online - http://www.e-driveonline.com/motors_conf08_registration.php

The following companies will either be giving presentations or showcasing their products at the upcoming 2008 Motor, Drive & Automation Systems Conference taking place February 14-15 at the Omni Hotel in Atlanta, Georgia! Register today to secure your place at this industry leading conference focused on the latest advancements in electric motor, drive & automation systems technology!
REGISTER -
http://www.e-driveonline.com/motors_conf08_registration.php


New Apex Dynamics AL & ALR Series Power Pulley to Be Unveiled at Motor, Drive & Automation Systems Conference

Apex Dynamics has introduced the new ultra compact integrated geared pulley drive - AL& ALR series. The AL inline and ALR right angle design eliminates the need for couplings and or additional bearings, in turn, reducing cost, increasing performance and reducing parts and engineering time from the system.

The AL & ALR series utilize a fixed planet design, which allows the output housing of the gearbox to drive the pulley versus a standard shaft driven systems. This new technology and design allows the pulley to be centered in between two high capacity bearings which increases stiffness and radial load capacities.

The true helical gear design increases tooth-to-tooth contact ratio by more than 33 percent versus the standard spur gearing geometry. The helix angle is optimized and produces smooth and quiet operation at extreme speeds. (Less than two arc-min, less than 56 dB, up to 10,000 rpms input).

The product is offered in seven sizes (70 mm thru 280 mm) and is equipped with standard single & double stage ratios (2,3,4,5,6,7,8,9,10,15,20,25,30,35,40,45,50,60,70,80,90). Covered by a five-year tip to toe warranty, delivery is guaranteed with in two weeks or it’s free.


New Software Tool for Motor Designers Unveiled at 2008 Motor, Drive & Automation Systems Conference

Vector Fields’ Machine Design Environment, released with OPERA version 12, is a comprehensive software tool for motor designers. It addresses a range of machines – brushless d.c., induction, switched reluctance and permanent magnet DC motors. Recently, an additional module for synchronous generators and motors has also been added that will be demonstrated for the first time at the 2008 Motor, Drive & Automation Systems Conference. Each module allows the user to create a machine cross-section using parameterized interactive dialogs, constructs the finite element mesh for electromagnetic simulation and performs the necessary analysis to obtain common design characteristics. The unique feature is that it is “open” for modification by the user. Modules are written in macro-language and can be enhanced by the designer to meet the needs of a particular organization – adding extra parametric or material data and automatically analyzing additional simulations. Models are also retained for calculating additional results using the OPERA-2d Post processor.

For more information visit www.vectorfields.com


Precise Automation Introduces Low-Cost, Pocket-Sized Vision-Guided Motion Controller

 Can a 4-axis motion controller with built-in drives fit in the palm of your hand? Precise Automation’s vision-guided motion controllers make it possible. Guidance Controllers feature multi-axis coordinated motion, integrated servo motor drives, network communications, machine vision and more. All of these features are available in a design small enough to fit in your hand, yet powerful enough to drive room size gantries. The small size enables the controller to fit inside a robot’s structure, eliminating the need for controller cabinets, long, expensive cables and costly connectors. Multiple controllers can be connected over Ethernet to allow for 32 axes of coordinated motion and control of nearly any robot configuration. Combined with Precise’s powerful programming language and extensive multi-axis kinematics library, Guidance Controllers are well suited for a wide range of industries and applications.

For more information visit www.preciseautomation.com


Amulaire Showcases Thermal Management Capabilities at 2008 Motors Conference

Amulaire, a thermal management company based in San Diego, Calif., offers heat-dissipation products that effectively solve customers’ thermal challenges, for both commercial and military applications. With Amulaire’s products, and supported by its technical capabilities, design services and high-volume manufacturing processes, system designers can do things not possible before.

Amulaire tackles growing heat problems by:

  • Offering custom and catalog heat-dissipation products, including liquid-cooled cold plates for power semiconductor modules, such as insulated gate bipolar transistors (IGBTs) and Metal-Oxide Semiconductor Field-Effect Transistors (MOSFETs) and desktop PCs, as well as heat sinks for air-cooled thermal solutions
  • Delivering technical capabilities for forming materials (copper and others) into almost any shape and with dense or complex fin arrays, which gives system designers unprecedented design flexibility and maximum thermal performance.
  • Supporting customers with design services including mechanical design, modeling, and thermal characterization
  • Applying efficient, high-volume manufacturing and in-house tooling capabilities so that previously exotic and expensive heat-dissipation solutions become practical, cost-effective and quick to market.

For more information visit www.amulaire.com


NEC Electronics America Expands NP Series with Robust Power MOSFETs

NEC Electronics America, Inc. has introduced a new family of 24-trench power MOSFETs with enhanced capabilities. The new devices in the company's NP series feature improved ruggedness with respect to avalanche capability and channel temperature. The combination of improved ruggedness with low on-state resistance (RDS(on)) and input capacitance (Ciss) makes this family suited for meeting the performance, reliability and low power requirements in a range of automotive and industrial systems applications, including engine cooling fans, HVAC blower motor drives, electric power steering systems and integrated starter generators.

The improved ruggedness is achieved by the recently developed UMOS-2R process, an enhancement of NEC Electronics' UMOS-2 trench process with a 0.5-micron design rule. This process results in a maximum repetitive avalanche energy rating of 1000 megajoules (mJ) and supports a maximum channel temperature of 200°C. Typical values for RDS(on) range from 2.9 milliohms (mW) to 5.8 mW and from 5500 picofarads (pF) to 9500 pF for Ciss. The devices also feature 40-volt (V) and 55V VDSS (voltage drain source short) ratings, two ID (drain current) (DC) ratings of 90 and 100 amperes and logic-/non-logic-type gate drives.

The NP series is part of NEC Electronics America's lineup of low-voltage switching devices that provides efficient power management of power supplies, automotive systems, motor controllers, office equipment, robotic devices and uninterruptible power supplies. All 24 new devices are fully AEC-Q101 qualified and RoHS compliant. The family includes devices with two VDSS ratings (40 V and 55 V), two ID (DC) ratings (90 A, 100 A) and logic/non-logic gate drive types are available in three popular packages, TO-220, TO-262 and TO-263ZP.

For more information visit www.am.necel.com 


Yokogawa Showcases Complete Line of Power Analyzers at Motors Conference

Yokogawa offers a complete line of precision power analyzers to provide a total solution to meet measurement applications in areas such as electric motor, variable speed drives and efficiency testing. The company will be showcasing its flagship Model WT3000 at the 2008 Motor, Drive & Automation Systems Conference. The WT3000 is designed with an advanced feature set to meet the needs of design, development and production test engineers. It provides the high precision and stability, with a basic power accuracy of 0.02 percent, to meet the requirements specified in motor testing standards.

Yokogawa Corp. of America, the North American unit of Yokogawa Electric Corp., is a global manufacturer and supplier of test & measurement instruments. Yokogawa’s products include power analyzers, digital oscilloscopes and communications analyzers.

For more information visit www.yokogawa.com/tm/top/tm-welcome.htm


Microchip Technology Adds Flash Data Memory to the Baseline PIC Microcontroller Architecture

Microchip Technology Inc., a provider of microcontroller and analog semiconductors, has announced the first two Baseline 8-bit Flash PIC microcontrollers with non-volatile Flash Data Memory (FDM) in 8- and 14-pin packages. These additions supplement the variety of integrated low pin count microcontrollers in the Baseline PIC microcontroller family. With the availability of 64 bytes of data memory, combined with an 8 MHz internal oscillator, a Device Reset Timer (DRT), up to three channels of 8-bit Analog-to-Digital Conversion (ADC), and up to two comparators, engineers now have a diverse feature set to select from when integrating digital intelligence in low-cost applications.

Design engineers are constantly looking for cost-effective ways to increase functionality, without having to add complexity to their designs. Through the integration of FDM and analog functionality onto its Baseline 8- and 14-pin microcontrollers, Microchip’s PIC12F519 (8-pin) and PIC16F526 (14-pin) provide a cost-effective option for many design engineers to store configuration and calibration data, counters or small look-up tables without external non-volatile memory.  Additionally, designers can replace discrete analog components with the digital intelligence and re-programmability of a microcontroller.

For more information visit www.microchip.com


Renco Introduces New RE200 Series Encoders and Improved Website

Renco Encoders, Inc. has introduced its all new web site, featuring online ordering. The new site offers registered customers the capability to purchase the RE200 series encoders (HEDS compatible) as well as the RCML15 at the touch of a button. The site is supported by a powerful infrastructure that provides for secure transactions for all on-line orders.

The new RENCO RE200 series encoders improve upon typical read-head style products by providing over eight different connector configurations. The RE200 series encoders use readily available low cost industry standard connector systems with integral connector interlocks. Each connector option comes in either a vertical or axial orientation. The innovative design of the RE200 allows OEM’s to further customize the encoder to meet their unique requirements.

The RE200 series encoder provides single ended A and B channels standard in resolutions up to 4096, with available reference mark. Line-driver outputs are also available.

For more information visit www.renco.com


Series D Matrix Filter from MTE

MTE Series D Matrix Filters meet the most stringent IEEE 519 requirements (5 percent THID) of removing harmonic current distortion on virtually any kind of six pulse rectifier supply. These power supplies are commonly found in three phase electronic equipment such as adjustable speed motor drives, welders, battery chargers, servo drives and other electronic equipment. Harmonic distortion has become an increasing concern for power companies, industrial and residential users of electrical (especially electronic) equipment and specifying engineers alike. Harmonics reduce equipment life, electrical system reliability, system efficiency and equipment productivity.

For more information visit www.mtecorp.com


Onvio Power Pully Well Suited for Linear Actuators

Onvio LLC is a manufacturer of high precision speed reducers including zero backlash cycloidal reducers, planetary gearboxes and timing belt pulleys.

In addition, Onvio offers a unique Power Pulley which incorporates high precision planetary gears inside of a timing belt pulley making it well suited for high speed gantry systems and linear actuators.

The Power Pulley incorporates two angular contact ball bearings, centered in the pulley, providing three times more bearing capacity than traditional gearbox designs.

Other features include: compact size, fewer system components, high reliability, grease filled for life, sealed for wash-down environments, and an optional stainless steel pulley.

For more information visit www.onviollc.com


New Brushless DC Stellaris Reference Design Kit Provides Networked Motion Control OEMs With a Time-to-Production Edge

Luminary Micro has introduced the immediate availability of a new Stellaris Reference Design Kit, the Stellaris Brushless DC (BLDC) Motor Control Reference Design Kit (RDK-BLDC) with Ethernet and CAN. Brushless DC motors offer efficient operation, excellent torque characteristics and durability, and are particularly suited for use in factory automation, medical instruments, robotics, electric vehicles and mobility devices, pumping and ventilation systems, and small appliances. With built-in Controller Area Network (CAN) and Ethernet interfaces, the RDK-BLDC represents an industry benchmark in the integration of motion control with network-based communication, command and control.

The Brushless DC Motor Control Reference Design Kit (RDK-BLDC) is a four-quadrant controller for three-phase brushless DC motors rated at up to 36 V, 500 W, and 60,000 RPM. Key features of the RDK include complete CAN and Ethernet network interfaces, a powerful 32-bit Stellaris microcontroller with 256 Kbytes of single-cycle internal flash memory, and embedded software to optimally control a wide range of motors in diverse applications. Reference design kits (RDKs) from Luminary Micro accelerate product development by pairing ready-to-run software and hardware with an included motor, and providing comprehensive documentation with all software source code and hardware design files. Designers without prior motor control experience can successfully implement a sophisticated motor control system using the BLDC RDK. Integrated CAN and Ethernet ports connect the RDK-BLDC to an array of network options—from dedicated industrial networks to worldwide control and monitoring over the Internet.

For more information visit www.luminarymicro.com


SIP Diode Bridge from SanRex

SanRex Three Phase Rectifier Bridge DF20/30NA (20A, 30A, 800/1600V series is designed for applications requiring flat and compact  designs. The new DF-NA series features a rectifier bridge in a compact transfer mold SIP package. This advantage typically reduces the needed connecting parts and manufacturing costs. It also contributes to high efficiency and reliability. Thanks to the SIP package design, the DF-NA series is PC mountable and can be connected with IGBT or MOSFET in a DIP package at the same height. The modules are isolated for easy mounting with other components or a common heatsink. In addition, the new SanRex devices have environmentally friendly, lead-free plating finishes for the directive on RoHS required by the European Union. The new DF-NA series can be used for power supplies, motor controls, welding/plasma cutting machines, battery chargers or home appliances.
 
For more information visit www.sanrex.com

Bridging the Gap: Communicating Motor Reliability to Management
By David McGuire PdMA Corporation

“It’s not the motor!” just doesn’t cut it anymore in today’s highly advanced maintenance reliability world. From reliability technicians and engineers to reliability supervisors and management, a common communication protocol should be in place to optimize the communication of a troubleshooting effort. This protocol can deliver common terminology to each of the stakeholders involved in order to reduce the mean time to repair (MTTR). Reducing the MTTR will maximize the availability of a system resulting in a higher overall equipment effectiveness (OEE) and put more money in the pockets of the employees and stockholders.

Statements like “It’s not the motor!” are often the result of poor training or poor resources. I often present the evidence that a facility is asking their electrical reliability technicians to save the world with a megohmeter. How often have you heard that the motor tripped, but has a resistance to ground reading of >2000Megohm, so it must be mechanical. By the way, the phrase it must be mechanical is a derivation of “It’s not the motor!”

Ten to fifteen years ago if I attended a motor maintenance seminar a large majority of the attendees were mechanical. Today these same seminars are filled with a majority of electrically inclined and trained personnel. Certainly the focus has shifted from a primarily mechanical analysis approach to a now balanced approach utilizing a variety of advanced mechanical and electrical tools. Power analysis, current demodulation and spectral analysis, precision digital resistance measurements, start-up/in-rush current analysis, polarization index and other insulation tests, inductance/impedance based analysis, thermal imaging, partial discharge, vibration, ultrasonics, oil analysis, and the list goes on and on. Today’s top performing facilities have dedicated personnel applying a host of technologies in the name of reliability.

A major addition to the troubleshooting scene today is the presence of variable frequency drives (VFD’s). A common argument fifteen years ago in a troubleshooting scenario would be whether the problem was isolated to the pump or the motor. I would argue that the more common focus of today’s troubleshooting scenario is whether to focus on the motor or the drive. VFD technology has increased significantly for the good of power quality and motors. Silicon Controlled Rectifier (SCR) drives offered little to the benefit of power quality, often increasing the distribution system voltage distortion levels near the limits listed in the IEEE 519 standard. The earliest pulse width modulation (PWM) drives when applied to aged insulation presented such a high rate of change in the voltage that it destroyed the insulation systems on the motor in a short period of time. Today the drives are better controlled and the insulation systems are better equipped. It is still wise to verify that a motor is inverter duty before converting it from across the line to a VFD application.

When it comes to troubleshooting electric motors and trying to communicate the best action to take or direction to go to improve motor reliability, a technician’s credibility is often a strong variable in the decision-making. For an analyst who has many years at a facility and a lot of troubleshooting hours under his/her belt, credibility is often easier to come by. Having a full head of gray hair doesn’t hurt either. However, for those who have not developed a level of credibility through experience or natural causes, another approach may be necessary to ensure an efficient use of personnel and test resources through a troubleshooting or reliability effort. Fault Zone Analysis, the successful approach developed by PdMA Corp. as a communication tool is one approach. Fault Zone Analysis breaks down a system into zones related to common fault mechanisms. This allows a technician/analyst to isolate more quickly the source of the fault, or in a preemptive effort to better perform a failure modes and effects analysis (FMEA).

The electric motor fault zones consist of power quality, power circuit, ground insulation, stator windings, rotor and air gap. For each fault zone numerous fault mechanisms exist as well as standards available for comparison and trending. Electric motor fault zone analysis is not only designed to provide a systematic approach to troubleshooting an electric motor, but also to provide a communication protocol between the analyst and management to hasten their understanding of the troubleshooting process, which will assist in a quicker response and decision making. An electrical analyst in a troubleshooting scenario limiting his call to “It’s not the motor!” better have a lot of credibility. Likewise a mechanical analyst better have a lot of credibility if after a single vibration test on a compressor, suggests that the motor needs to be replaced. These types of broadly applied recommendations with limited information to back them up can quickly erode any credibility that the analyst has developed over the years. Additionally, in a newly established or young asset reliability program, it can set the whole reliability effort back due to a loss in confidence. The beauty of the fault zone analysis approach is that the supervision and management don’t have to rely on credibility. They can rely on a process and protocol.

Electric motor reliability is a critical element of any successful operating equipment asset management program. Although the large majority of maintenance performed in a worldclass program should be of the predictive nature, it is imperative to have a standard process and communication protocol in place to support the increasingly rare, but still expensive, unscheduled outages. Minimizing the time required to troubleshoot, isolate, and repair or replace a system failure responsible for an unscheduled outage can play a huge role in minimizing the MTTR and increasing the unit availability. Finally, troubleshooting can be exciting and create a feeling of accomplishment, but at a high cost in an outage situation. Know your system fault zones, and apply a communication protocol to reduce the impact of a failure.

For More Information Visit www.PDMA.com

Don’t Miss PdMA Corporation’s Presentation at the 2008 Motor, Drive & Automation Systems Conference!

2008 Motor, Drive & Automation Systems Conference
February 14-15 • Omni Hotel • Atlanta, Georgia

Taking place February 14-15 at The Omni Hotel in Atlanta, Georgia, this two-day technical conference will focus on the latest advancements in motor, drive and automation systems technology for a variety of industries and application. Attendees will have access to more than 40 technical presentations, pre-conference workshop opportunities, an interactive exhibit hall and numerous networking opportunities.

www.e-driveonline.com

  Upcoming Industry Events - Click here to view full Calendar

 January 2008
    27-30
     Lab Automation,
Palm Springs, Calif.

    29-31
    MD&M West, Anaheim, Calif.
    ATX West, Anaheim, Calif.

 February 2008
   14-15
   MOTOR, DRIVE & AUTOMATION SYSTEMS CONFERENCE

   Atlanta, Georgia
    Contact Jeremy Martin for more info.


ATX West 2008
January 29-31, 2008
Anaheim Convention Center, Anaheim, CA

Your Total Resource for Automation Technology

January 29-31, 2008, Anaheim Convention Center, Anaheim, CA

Register Today for FREE Expo Hall Admission  

Attend ATX West to find the innovative products and technologies you need. ATX West features:
The latest advances in automation including adhesives/dispensing equipment, assembly systems, custom automation, control software/hardware, materials handling, motion control, robotics, sensors, vision inspection systems, and much more.
Technical experts in every booth who are ready to discuss your product specifications and requirements. Match their expertise and capabilities with your needs.
Seven industry-relevant co-located shows:
Your ATX West badge also provides free admission to MD&M West, WestPack, Pacific Design & Manufacturing, PLASTEC West, Electronics West, PTX West, and Green Manufacturing Expo.


March 18-20. 2008
Dallas Convention Center

Dallas TX
www.AviationIndustryExpo.com

The Premier Event for Line Services for Over a Decade!

Aviation Industry Expo is the aviation industry’s ONLY event for line services. Whether you’re charged with fueling operations, running an FBO, worried about safety and costs, or looking for the latest information on ground support techniques and equipment, this show is for you!

The event is host to the National Air Transportation Association’s (NATA) 2 nd annual FBO Leadership Conference, the AMTSociety’s First-Ever Annual Aircraft Maintenance Summit, the U.S. Department of Defense Joint Panel on Aviation Support Equipment’s (JPAVSE) annual gathering, the 3 rd annual Career Center and a wide variety of conferences and on-floor presentations by industry leaders.

Join us in Dallas, March 18-20, 2008, at the Dallas Convention Center. Register today for FREE ($25 value) at www.AviationIndustryExpo.com!
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