AMCA announces Level 2 Fan-Applications-Engineering seminar
ILLINOIS, USA, 14 March 2025: Air Movement and Control Association (AMCA) has announced the return of its seminar, “Fan and Blower Applications Engineering II: Troubleshooting and Efficiency.” Making the announcement through a Press Release, AMCA said the Spring 2025 edition of “Fan and Blower Applications Engineering I: Foundations”, the first installment in the series of online technical seminars, taught by Ron Wroblewski, President, Productive Energy Solutions, and William Howarth, President, Ventilation and Fan Consulting Service International LLC, is under way.
AMCA said the seminars are a combination of live virtual instruction and self-paced online learning. The Spring 2025 edition of “Fan and Blower Applications Engineering II: Troubleshooting and Efficiency” will be held on April 4, April 11, April 17 and April 25, respectively, from 9am to 12pm CDT. The association added that students who complete all programme requirements will receive 18 professional development hour (PDH) credits.
“Fan and Blower Applications Engineering II: Troubleshooting and Efficiency” comprises the following modules:
· Selecting and Specifying the Best Fan for an Application
· Diagnosing and Identifying Sources of Fan Problems
· Psychrometrics for Fan Systems
· Fan-System Troubleshooting
· Heat Recovery in Industrial and Commercial Fan Systems
· Bearings in Fan Systems
· Balance Quality and Vibration
· Introduction to FEI
· Calculating FEI
· System Effect in Fan Systems
· Belts and Couplings
· VFDs in Fan Systems
AMCA said that in addition to course-specific workbooks and notes, students will receive digital copies of ANSI/AMCA standards, standards handbook, Balance Quality and Vibration Levels for Fans and AMCA Publication Troubleshooting.
AMCA said the cost to enroll in “Fan and Blower Applications Engineering ll: Troubleshooting and Efficiency” is USD 899 for AMCA members, USD 1,199 for non-members and USD 399 for students (proof of enrollment required). AMCA added that the class size is limited to 35 students.