 |
FSO210 Psychrometrics(FSO_210) |
<B>FSO 210 - Psychrometrics</B>
<P>A study of psychrometric properties of gases at standard and non-standard conditions, for the purpose of assessing a fan.
<P><B>Learning objectives:</B>
<UL><LI>Calculate air density;
<LI>Analyze density at non-standard conditions;
<LI>Read the relations between temperature, humidity, and dew-point on a psychometric chart;
<LI>Use FSAT software to calculate psychometric properties.
</UL>
<B>Includes pdf reference files for download:</B> Yes
<B>Run-Time:</B> 30 minutes
<B>Quizzes and activities:</B> 30-60 minutes
<B>Estimated course completion time:</B> 1-2 hours
<B>Days available to complete:</B> 6 months
<B>Course cost:</B> $79
<BR><I>Free introductory fans course from US Department of Energy is helpful but not required for this course.
<P>(free course: <a href="https://www.nterlearning.org/web/guest/course-details?cid=3779">https://www.nterlearning.org/web/guest/course-details?cid=3779</a>)</I> |
79.00 |
07/16/2015 |
12/29/2016 |
9 |
 |
FSO220 Fan Affinity Laws(FSO_220) |
<B>FSO 220 - Fan Affinity Laws</B>
<P>How to predict fan perfomance under varying conditions.
<P><B>Learning objectives:</B>
<UL><LI>Define the Affinity Laws;
<LI>Simplify those laws to make them easier for general use;
<LI>Calculate and chart fan performance using the affinity laws;
<LI>Compare fan performance as conditions change.</UL>
<B>Includes pdf reference files for download:</B> Yes
<B>Run-Time:</B> 30 minutes
<B>Quizzes and activities:</B> 30 minutes
<B>Estimated course completion time:</B> 1 hour
<B>Days available to complete:</B> 6 months
<B>Course cost:</B> $79
<BR><I>Free introductory fans course from US Department of Energy is helpful but not required for this course.
<P>(free course: <a href="https://www.nterlearning.org/web/guest/course-details?cid=3779">https://www.nterlearning.org/web/guest/course-details?cid=3779</a>)</I> |
79.00 |
12/18/2015 |
11/01/2017 |
9 |
 |
FSO221 Fan System Controls(FSO_221) |
<B>FSO 221 - Fan System Control</B>
<P>Analyzing and comparing techniques to control flow.
<P><B>Learning objectives:</B>
<UL><LI>Define and discuss various flow-control techniques;
<LI>Compare and contrast flow-control techniques based on system scenarios;
<LI>Analyze charts and calculations to choose appropriate flow-control techniques.</UL>
<B>Includes pdf reference files for download:</B> Yes
<B>Run-Time:</B> 45 minutes
<B>Quizzes and activities:</B> 30 minutes
<B>Estimated course completion time:</B> 1-2 hours
<B>Days available to complete:</B> 6 months
<B>Course cost:</B> $79
<BR><B>Prerequisite:</b> <I>FSO 220 - Fan Affinity Laws</I> |
79.00 |
03/24/2016 |
05/31/2018 |
9 |
 |
FSO250 Measuring Fan Systems(FSO_250) |
<B>FSO 250 - Measuring Fan Systems</B>
<P>The procedures and processes required to accurately assess a fan.
<P><B>Learning objectives:</B>
<UL><LI>Explain terms, concepts and equipment involved with measuring fan system performance;
<LI>Discuss ISO 5802 industrial fans performance testing in-situ measurement standards;
<LI>Discuss proper techniques for using measurement instruments.</UL>
<B>Includes pdf reference files for download:</B> Yes
<B>Run-Time:</B> 40 minutes
<B>Quizzes and activities:</B> 30 minutes
<B>Estimated course completion time:</B> 1-2 hours
<B>Days available to complete:</B> 6 months
<B>Course cost:</B> $79 |
79.00 |
05/02/2016 |
05/01/2017 |
9 |
 |
FSO305 Heat Recovery(FSO_305) |
<B>FSO 305 - Heat Recovery</B>
<P>Exploring opportunities to recover thermal energy in fan systems.
<P><B>Learning objectives:</B>
<UL><LI>Study fan systems for optimization opportunities outside the fan's performance;
<LI>Review strategies for optimizing fan systems beyond fan performance;
<LI>Analyze how process and fan system design contributes to heat recovery strategies.</UL>
<B>Includes pdf reference files for download:</B> Yes
<B>Run-Time:</B> 1 hour
<B>Quizzes and activities:</B> 30 minutes
<B>Estimated course completion time:</B> 2 hours
<B>Days available to complete:</B> 6 months
<B>Course cost:</B> $79 |
79.00 |
05/03/2016 |
12/29/2016 |
9 |
 |
FSO202 Sizing Ducts(FSO_202) |
<B>FSO 202 - Sizing Ducts</B>
<P>Some fan system design considerations.
<P><B>Learning objectives:</B>
<UL><LI>Review duct system design parameters;
<LI>Calculate ductwork friction;
<LI>Comparing clean air to air with suspended solids;
<LI>Analyze how duct size proportion and direction changes affect friction.</UL>
<B>Includes pdf reference files for download:</B> Yes
<B>Run-Time:</B> 30 minutes
<B>Quizzes and activities:</B> 30 minutes
<B>Estimated course completion time:</B> 1-2 hours
<B>Days available to complete:</B> 6 months
<B>Course cost:</B> $79
<BR>
<I>Free introductory fans course from US Department of Energy is helpful but not required for this course.
<P>(free course: <a href="https://www.nterlearning.org/web/guest/course-details?cid=3779">https://www.nterlearning.org/web/guest/course-details?cid=3779</a>)</I> |
79.00 |
10/13/2016 |
06/11/2018 |
9 |
 |
FSO255 Calculating Flow Rate(FSO_255) |
<B>FSO 255 - Calculating Flow Rate</B>
<P>Use field performance test data to calculate fan performance.
<P><B>Learning objectives:</B>
<UL><LI>Calculate or establish the density at the measurement plane;
<LI>Estimate the average air velocity, and calculat ethe flow rate at the traverse;
<LI>Calculate the flow rate and velocity pressures at teh other measurement planes;
<LI>Determine the average power, process required pressure, and as-is pressure;
<LI>Calculate the fan efficiency.</UL>
<B>Includes pdf reference files for download:</B> Yes
<B>Run-Time:</B> 3-4 hours
<B>Quizzes and activities:</B> N/A
<B>Estimated course completion time:</B> 3-4 hours
<B>Days available to complete:</B> 6 months
<B>Course cost:</B> $149
<BR><B>Prerequisites:</b> <I>FSO 202 - Sizing Ducts, FSO 210 - Psychrometrics, FSO 250 - Measuring Fan Systems.</I> |
149.00 |
12/19/2016 |
12/26/2017 |
9 |
 |
FSO225 Advanced Affinity Laws(FSO_225) |
Use of fan laws with varying compressibility factor, and calculating compressibility |
79.00 |
09/12/2017 |
06/11/2018 |
9 |
 |
FSO150 Fan Power Law(FSO150) |
Calculating efficiency, and estimating electrical power using the fan power law |
79.00 |
09/13/2017 |
06/18/2018 |
9 |
 |
MOT100 Introduction to AC Induction Motors(MOT100) |
In this module, we will examine basic motor terminology, learn how to calculate efficiency and costs of motor systems, understand NEMA standards and they relate to motors, and be able to identify and define some of NEMA’s designations.
We have 7 learning objectives in this module:
1. Review parts of motor;
2. Identify critical motor specifications;
3. Develop motor vocabulary;
4. Identify the motor attributes which affect efficiency;
5. Calculate motor operating costs;
6. Review NEMA frame designations;
7. Differentiate between NEMA motor designs. |
19.00 |
10/30/2017 |
12/26/2017 |
7 |
 |
AMCA 208 Introduction to the Fan Energy Index(AMCA 208) |
This qualitative introduction to FEI (Fan Energy Index) is meant for
Code officials
Utility energy efficiency program planners
Building owners and operators
other professionals
Upon completion, participants will be awarded a credit of 1.5 professional development hours. |
119.00 |
06/26/2018 |
07/03/2018 |
9 |
