PES-IAS-PELS Fall Short Course - 1st Session: Variable Frequency Drives
Networked / Integrated Drives with Predictive Diagnostics
Today, IP-enabled microprocessors — the brains inside todays variable-frequency drives can seamlessly connect conventional automation equipment and I/O modules to the network.
Drives are not just a dumb breaker or dimmer switch like many still think………
What if off-site experts could reduce the impact of an aging workforce by analyzing a multimedia data stream, including instant messaging, voice or video to solve VFD problems?
Think if a handheld digital device in the factory could report the status of every VFD in the plant, giving personnel mobile access to real-time, actionable information?
Imagine if you could access “prognostics†along with diagnostics, so you’d know not only what’s happening to VFD’s in your plant, but also problems likely to arise soon?
Course Objectives:
1) Provide students with an overview of VFD and their operation.
2) Outline how to predict and diagnose failure with VFD equipment.
PDHs will be offered for this course.
Date and Time
Location
Hosts
Registration
- Date: 23 Sep 2014
- Time: 10:00 PM UTC to 12:00 AM UTC
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- 1230 W. Morris St
- Indianapolis, Indiana
- United States
- Building: Indianapolis Power & Light Engineering Building
- Room Number: Safety Room
Speakers
Mr. Roger Dorsel, Power Control Area Manager of Rockwell Automation
Biography:
As a Power Area manager in the Rockwell Indianapolis branch, Roger is responsible for the Medium and Low voltage Drive/MCC business and is a subject matter expert in these and related control areas.
Prior to joining Rockwell Automation, Roger has worked over two decades in technical sales and management roles with Emerson, Yaskawa and Reliance Electric.
Roger Studied Electrical Engineering at University of Cincinnati and is a member of IEEE.
Mr. Roger Dorsel, Power Control Area Manager of Rockwell Automation
Biography: