“Guide to Passing the Michigan HVAC Contractor’s Licensing Exam”

Completely up-to-date through 2017

G Contractor’s Licensing Exam”


I guarantee you will pass your HVAC license exam, or your money back!"


This copyrighted home study HVAC licensing course teaches and explains the provisions of the Mechanical Code, Fuel Gas Code. Manuals J and N load calculations, Manual D duct design and business principles.  it is designed to assist you in understanding the tough stuff; the stuff many examinees struggle with on the exam.



WHAT YOU WILL LEARN WITH OUR GUIDE



Below Is a sample of what you may encounter on the exam.



Students who have used this guide book have a higher passing rate than students who take a classroom course. WHY? Because people who READ the material retain much more than people whom are TOLD the material, and the Guide is always next to them as a reference to refer to later.


      












We make learning easy


Once you've read our sections on load calculations and duct design you'll be looking for a butt kicking machine for not ordering our course earlier. There is simply no easier method for fully understanding these manuals.


Because many states are now adding business questions to their HVAC exams, we have included a section on business practices and math. It is written in a language, we in the trade understand.  You no longer have to have the skills of a Philadelphia lawyer, mathematician and a CPA to help prepare for the exam. 


BELOW IS AN EXCERPT FROM THE GUIDE TAKEN FROM OUR SECTION ON MANUAL J  (load calculations)




R-Value

This is a number indicating the ability of a substance to resist the flow of heat. The higher the R value, the better it acts as an insulator.

Typical R-values of building components can be found in Manual J or go to: http://www.coloradoenergy.org/procorner/stuff/r-values.htm for a free listing of R-values.

U value

(Learn and understand U value. It is the foundation of a load calculation.)

The U value is the number of BTUs that pass though one square foot of substance in one hour’s time when there is one degree temperature difference. The U value is the reciprocal* of the R value. A U-value can to said to be the rate of conduction

U=1/R

*A reciprocal of a number is 1 divided by the number. The reciprocal of 20 is 1/20 or .05.

Suppose you had a six-inch thick, R- 19 fiberglass insulation batt, and you wanted to know how much heat will pass through it. First, determine the U value.

U= 1/R

U= 1/19

U=.0526

Therefore, .0526 BTUs pass through 1 square foot of the batt each hour when there is one degree temperature difference.

If the batt measured 2’ x 8’ we would have a total area of 16 sq. ft. We could then say that .8414 BTUs (16 sq. ft. x .0526 BTUs). Pass through the entire batt in one hour when there is one degree temperature difference.

Carrying our example just one step further, if the temperature on one side of the batt is 20 degrees and on the other side it is 70 degrees, then we would have a 50-degree temperature difference (70–20). Therefore, 42.08 BTU's (.8414 BTU's x 50 degrees) would pass through the batt in one hour.

Simply stated, use the following formula to determine the amount of heat gained or lost through any substance:

BTUH = U x TD X AREA

=.0526 x 50 X 16'

= 42.08

Once you know the U value, the square footage and the temperature difference, you can calculate the BTU heat loss or gain per hour through a substance. However, walls, floors and ceilings are not made up of just insulation. A wall may be made up of brick, sheathing, insulation and sheetrock, each of which has its own R value. The R value of each component must be added together to obtain the total R value. Then we simply take the reciprocal (1/R) and get the total U value of the wall. For a list of R-values, locate a table titled "R Values of Common Building Materials" in Manual J8, or go to:

http://www.coloradoenergy.org/procorner/stuff/r-values.htm



John,

I would like to inform you that I passed my exam (Master of HVAC).  Your internet system was very good, I think your knowledge and quick responses were a part of my success. From here, I would like to shake your hand.

 

Thanks again;

Arvin A. K.


 AN EXCERPT FROM THE GUIDE TAKEN FROM OUR SECTION ON THE FUEL GAS CODE

Single appliance -Table 504.2(1) Sizing vents

What size B vent is needed for a 160,000 BTUH, naturally ventilated appliance if the total vent height is 18’ and the lateral 2’?

Under the height column you have to choose either 15’ or 20’. Remember this. The taller the vent the more capacity it has, therefore, if the 20’ row is used the vent may be under sized. Always use the shorter height. In this case use 15’. Now use the 2’ lateral and select a vent size under NAT. A 5” vent will handle only 150,000 BTUH, while a 6” vent will handle 225,000 BTUH, therefore select a 6” vent.

 


“YOU WILL LEARN MORE FROM THIS GUIDE THAN FROM ANY FORMAL CLASSROOM COURSE AND IT IS ONLY $149”


My Guarantee


YOU WILL LEARN MORE FROM THIS BOOK THAN FROM ANY CLASSROOM COURSE AND YOU WILL PASS YOUR EXAM OR WE WILL REFUND YOUR PURCHASE PRICE IMMEDIATELY.  JUST SEND US AN E-MAIL WITHIN 8 WEEKS OF YOUR PURCHASE AND SAY "GIMMIE MY MONEY BACK"

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 Mechanical Code Course   -   Fuel Gas Code course   -  Manual J Course    

Manual D Course   -  Manual N Course  -    Business Course     

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HVAC licensing prep course

"If you don't do it now, what will you be doing five years from now?"


Click here to take a sample practice HVAC exam

After spending hours in a cram course, listening to an instructor rushing to explain the provisions of all the code books, plus teaching you how to perform load calculations and size ducts, vents and piping and then covering business and accounting principles, the average attendee will come out of the class with one thought on his mind; "What did he say?" I know, as I have been on both sides.


 Believe me, the Guide is the way to go!




About your instructor


John White has been teaching plumbing and mechanical for over 40 years. He has a BSBA degree in Business Administration, holds an electrical, plumbing and HVAC licenses. He has taught at both, universities and community colleges, has presented seminars throughout the nation and has even created licensing exams like the one you are about to take. John’s son took over his mechanical contracting business in 2006, allowing him to devote his energy to his consulting company, Energy Marketing Services, which develops and conducts plumbing and HVAC exam prep courses and is also an approved provider of continuing education.



#1 self study HVAC course

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John White

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