CMER Blog


 

AutoSoutheast Automotive Manufacturers & ATN staff gather at Southern Automotive Conference

L to R: Alan Hill, Alabama Productivity Center Director; Steve Fair, Shelton State Community College;  Nic Loyd, UAH-ATN Center Director; Brad James, Thomasville ATN Center Director; Jeff Siniard, ATN Lean Management Advisor.

 

 

 

2013-10-03 16.26.16   UAH – Alabama Technology Center booth @ Southern Automotive Conference #SAC2013  #automotivemfg #uahatn

NEMA Motor Master+ Software – End User Workshop

NEMA Motor Master+ Software – End User Workshop

DOE motormaster+ software  8 30 2013

 

End User Workshop For NEMA MotorMaster+ Software

NO CHARGE

Encourage  ALL Team Members to Attend

September 13 or September 20, 2013

About the Workshop

Participants in this workshop will learn how to use National Electrical Manufacturers Association (NEMA) Premium Motor Master+ software, an energy efficient motor selection and management tool, which includes a catalog of over 20,000 AC motors.

This tool features motor inventory management tools, maintenance log tracking, efficiency analysis, savings evaluation, energy accounting, and environmental reporting capabilities.

The workshop includes an enhanced user manual with new reporting methods and efficient predictive maintenance practices.

Who Will Benefit from Attending

  • Engineers and managers at facilities that use motors
  • Plant maintenance, operation, purchase and engineering staff
  • Motor system consultants
  • Anyone involved in electrical motors maintenance, purchases, repair, management or systems operations

What You Will Learn

  • Identify inefficient and oversized facility motors and compute desired savings with more energy efficient models
  • Apply an integrated motor management tool to optimize motor repair-versus-replace decisions
  • Calculate the savings and simple payback period for premium-efficiency motors versus standard efficiency motors
  • Improve maintenance systems and motor system reliability with predictive testing and using continuous energy improvement (CEI) strategies

Agenda

  • Motors system management
  • Electronic variable speed drives overview
  • Power factor correction
  • Motor system maintenance
  • Motor repair
  • Guidelines and methods to evaluate repairing versus replacing
  • Introduction to using Motor Master+
    • Overview of software capabilities
    • Motor selection decisions

Instructor

Gil McCoy, PE
Senior Energy Systems Engineer, Washington State University Energy Extension Center
He provides technical assistance and energy auditing services to industrial and public sector clients. McCoy’s areas of expertise include optimization of industrial systems (motor/drive, compressed air, steam, combined heat and power, and pumping).
He served as lead engineer for development of software products including MotorMaster+ (motor energy management), International Motor Selection and Savings Analysis, AirMaster+ (compressed air system assessment) and BallastMaster (lighting system/ballast selection) software.
McCoy is a U.S. DOE Qualified AIRMaster+ Specialist and a Qualified Steam Tools and Process Heating Specialist. He holds a Bachelor of Science degree in metallurgical engineering from the University of Washington and a Master of Science degree in engineering from the University of California, Berkeley.

Two Workshop Locations in Alabama

Calera, Alabama
Friday, September 13
8:30 am – 4:30 pm
AL Power Technology Applications Center
General Services Complex
Bldg. 7B
744 County Road 87N
Calera, AL 35040
Decatur, Alabama
Friday, September 20
8:30 am – 4:30 pm
Decatur Utilities
1002 Central Parkway SW
Decatur, AL 35601

Registration Information

For Information OR to reserve a Seat @ either Training Session

Contact:  Dana Stone, (205) 348-4168 or click to email Dana

Save Energy – Save Money

Over 70% of the electrical energy used for manufacturing, and over 90% in process industriesis consumed by electric motor systems. Electric motor retrofits, breathable frequency drive applications, and other energy efficient strategies have been receiving encouraging attention. However, two areas are often overlooked for energy efficiency opportunities: maintenance and reliability.

 

According to the Electrical Power Research Institute (EPRI), the efficiencies of the mechanical equipment in general can be typically increased 10 to 15% through proper maintenance. In particular, predictive and preventive maintenance can help avoid motor failures, enable proactive maintenance or replacement, and improve the energy efficiency of motor systems in general.

 

Although energy costs alone do not always justify a motor maintenance program, a motor management program can justify itself almost immediately when energy saving considerations are combined with loss of productivity and associated reliability costs.

Click here to learn more on Motor Master+

This workforce solution is supported by the U. S. Department of Energy under Award Number DE-EE004782/000.

 

UAHuntsville

 DOE Logo 8 30 2013

Alabama E3 Logo

CMER Green Manufacturing Specialist Graduate Shares Importance of Sustainability in Manufacturing

CMER Green Manufacturing Specialist Graduate Shares Importance of Sustainability in Manufacturing

U.S. Army Engineer Greg Harris,  a UAH CMER graduate of  the Green Enterprise Development Workforce Training program,  recently discussed with The Fort Campbell Courier  his efforts to work with the Army and manufacturers within the Army supply chain to use a systems engineering approach to sustainability.  Scroll down to read an excerpt from his Fort Campbell Courier interview.

SME Green Manufacturing Specialist Graduate - Greg Harris - US Army

SME Green Manufacturing Specialist Graduate – Greg Harris – US Army  (on left ) with Anthony Holden – AL E3 Project Coordinator

Engineer pushes environmental approach in processes

Posted: Thursday, May 30, 2013 6:00 pm

by Heather R. Smith, AMRDEC Public Affairs, The Fort Campbell Courier

REDSTONE ARSENAL, Ala. –Words like green and sustainability are often used to refer to recycling, taking better care of the Earth and new or alternative forms of energy, such as solar – or wind-power.

Army engineer Gregory Harris would say it’s much more than that and is working to make that point to the Army and to manufacturers involved in developing the latest military technology.

Harris takes a systems engineering approach to sustainability, which he said includes not just energy, the environment, production and the product, but also sustainability in the work force, technology and product lifecycle.

“When people think of green they think of the environment and energy, but it’s much, much more,” Harris said.

Harris is an engineer in the U.S. Army Research, Development and Engineering Command’s aviation and missile center. He is part of the Manufacturing Science and Technology Division, Engineering Directorate of the Aviation and Missile Research Development and Engineering Center where he supports sustainability, supply chain management, model-based enterprise and manufacturing readiness initiatives.

Before joining AMRDEC, Harris was director of the Center for Management and Economic Research and the Manufacturing Extension Partnership Center at the University of Alabama-Huntsville. It was in this role that Harris first started exploring the idea of sustainability.

“The key is to integrate sustainability into everything you’re doing, both the product and the process,” Harris said.

He recently completed coursework in Purdue University’s Green Enterprise Development Workforce Training Program to become credentialed as a Green Manufacturing Specialist.

Developed by the Society of Manufacturing Engineers and Purdue University, the program provides training in the latest green manufacturing practices and ideas through a series of in-depth training modules. After completing 56 hours of classroom instruction and a comprehensive final exam, students have a thorough understanding of the many topics that comprise sustainable manufacturing.

The program, Harris said, encourages manufacturers to change their way of thinking to actively look for ways to incorporate more sustainable, environmentally friendly improvements that have a positive effect on the bottom line.

MORE….

 

 

 

3 Things To Consider This Friday


 

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