July 16, 2008 -- Siemens Energy & Automation will host a drive and motor technology event at exiderdome while it is docked at Navy Pier in Chicago. The event will include three different sessions focused on working with users to reduce their energy consumptions through drive and motor solutions.
WHAT: DRIVE AND MOTOR TECHONOLOGY EVENT
WHEN: JULY 25, 2008
WHERE: exiderdome, NAVY PIER, CHICAGO
URL:
The drive and motor event is one of the many technology events hosted in exiderdome. exiderdome is a traveling technology expo and learning laboratory, which will begin the U.S. leg of its world tour in Chicago on July 21. exiderdome is the biggest automation marketing campaign that Siemens has ever undertaken in the United States, the company's largest market.
The drive and motor event will begin on July 25, with tours of exiderdome at 8 a.m., followed by three workshops hosted by technology experts from Siemens and Bradshaw Consulting. Below is a brief agenda including information about the three workshops that will be held in Chicago.
8 a.m. - 12 p.m.
exiderdome tours
8:30-9:15 a.m.
DC Drives: How to future-proof your investment Andy Wojcik: Siemens DC Drives Expert . Save money on modernizations. Leave motors in place and upgrade to new DC drives, or replace only the control unit. Increase system response using fully digital, high performance DC drives that communicate directly with your control system
9:45-10:30 a.m.
Drive Smart: Lower your total cost of drive ownership Wolfgang Hilmer: Siemens Sinamics Expert . Lower total ownership cost through use of a common family of drives with common operation and programming . One software package for configuration, pre-integrated with Simatic . Reduce spares and maintenance costs . Decrease energy costs with regenerative systems
11 - 11:45 a.m.
Case Studies in Energy Efficiency: Improve your Bottom Line Matt Reay: Bradshaw Consulting . Monitoring and targeting energy use . Providing operational cost reduction solutions . Reducing energy and water consumption by implementing a systematic methodology of measurement and waste minimization
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