HVAC & Refrigeration Solutions for the PE Exam
4.7 (42 ratings)
Course Ratings are calculated from individual students’ ratings and a variety of other signals, like age of rating and reliability, to ensure that they reflect course quality fairly and accurately.
99 students enrolled

HVAC & Refrigeration Solutions for the PE Exam

85 Solved Practice Problems to Prepare You to Pass
Bestseller
4.7 (42 ratings)
Course Ratings are calculated from individual students’ ratings and a variety of other signals, like age of rating and reliability, to ensure that they reflect course quality fairly and accurately.
99 students enrolled
Created by Dan Molloy
Last updated 9/2018
English
English [Auto]
Price: $199.99
30-Day Money-Back Guarantee
This course includes
  • 7.5 hours on-demand video
  • Full lifetime access
  • Access on mobile and TV
  • Certificate of Completion
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What you'll learn
  • How to approach and correctly solve 90% of the problems commonly encountered on the Mechanical HVAC & Refrigeration PE Exam
Requirements
  • A Basic Understanding of the Fundamentals of HVAC & Refrigeration
Description

In this course, you will reinforce and deepen your ability to apply the fundamentals of HVAC & Refrigeration to practice problems in preparation for the test. We will discuss the general and the specific through hours of examples, until you are confident you can approach and correctly solve 90% of the problems you encounter. Are you ready to take your studying to the next level?

Who this course is for:
  • Aspiring Mechanical HVAC PE Candidates that are ready to get serious about their preparation
Course content
Expand all 88 lectures 07:14:33
+ Solved Problems
85 lectures 07:08:22
Sensible And Latent Heating And Cooling Process Lines On The Psychrometric Chart
03:13
Calculating The U-Factor For A Wall
07:48
Combined Gas Law For Ideal Gases Applied To A Compression Process
03:38
Recognizing Sub-Cooling And Superheating In A Refrigeration Cycle
05:02
Calculating COP For A Refrigeration Cycle With R-123
11:10
Entropy Of Saturated Water Using The Steam Tables
03:04
Types Of Cycles
01:02
Calculating The Condensation Resistance Factor
03:42
Maximum Theoretical Efficiency With The Carnot Cycle
03:13
Latent Heat Of Vaporization Of Steam For A Heating Application
05:03
Cost Of Electricity For Running A Chiller
03:01
Dehumidification Methods
03:39
Considering Sensible And Latent Loads When Sizing An Air Handling System
02:41
Determining Discharge Air Conditions Using Apparatus Dew Point & Bypass Factor
05:13
Absorption Refrigeration
03:02
Stack Effect In Buildings
05:42
Gauge Pressure And Hydrostatic Pressure
03:16
Finding The Humidity Ratio By Applying The Sensible Heat Ratio
06:21
Finding Return Air Conditions Based Using Sensible Heat Ratio
04:56
Calculating Reheat Load
07:51
Sizing A Refrigeration System For Freezing Pork
05:57
Power For An Air Conditioning System With Reheat Using EER
09:38
Sizing A Humidifier
05:39
Understanding Humidification By Applying The Enthalpy To Humidity Ratio
07:27
Dehumidifying A Swimming Pool Area With Outside Air
06:12
Sizing A Humidifier For A Hospital
08:24
Calculating Discharge Velocity Of A Pump With The Bernoulli Equation
07:05
Formula For Calculating Pressure Loss
02:42
Calculating Discharge Pressure Of A Pump
06:26
Selecting Heaters To Handle Heating Load
04:21
Heat Load Through Glass
06:12
Radiant Temperature Using Angle Factor
05:49
Evaporation Rate Of A Pool
13:37
Saturation Efficiency Of An Evaporative Cooler
03:42
Analyzing A Recirculating Hot Water System
08:09
Dew Point And Condensation On Windows
08:54
Latent Heating Of Air Through A Cooling Tower
03:10
Cooling Tower Efficiency
04:15
Cooling Tower Fundamentals
02:11
Cooling Coil Efficiency
03:33
Applying The Coil Efficiency
05:04
Controls Fundamentals
03:52
Refrigeration Cycle Fundamentals
05:09
Time Constant For A Control Valve
07:13
Fan Law Applications
02:54
Pitot Tube Explained
07:11
Pump Affinity Laws 1
03:34
Chiller Selection
00:53
Mixing Steam And Water In A Deaerator
10:00
Steam Production Rate Of A Boiler
05:06
Code Classification Of A Furnace
02:06
Control Valve Flow Coefficient
06:30
Pump Affinity Laws 2
03:28
Application Of A Reversing Valve
02:29
Compressor Discharge Piping
02:24
Schedule Number For Steel Pipe
02:16
Net Positive Suction Head
06:47
Energy Performance Standards
04:33
Ventilating A Transformer Vault
02:48
Sheet Metal Gage For Rectangular Ductwork
03:31
Flammability And Toxicity Of Refrigerants
00:50
Thermal Comfort For Humans
03:27
Outside Air Ventilation Rate Procedure
06:40
Outside Air For A Supermarket
03:10
Throw Ratio Of A Sidewall Grille
02:38
Diffuser Selection
01:58
Underfloor Air Distribution With CRAC Units
09:51
Equivalent Diameter Of A Duct
01:42
Equal Friction Method
02:14
Static Pressure Loss Through A Fitting
06:58
Static Pressure Drop Through A Balancing Damper
05:08
Three Phase Power And Energy Saving With A Time Clock
07:46
Outside Air And Electric Preheat
10:34
Heat Pump Capacity And Supplemental Electric Heat
02:42
ASHRAE Ventilation Standards
03:41
Defining Effectiveness For Heat Recovery
02:10
Vibration Isolation
07:17
HVAC Acoustical Criteria
01:31
Sound Pressure Level
03:25
Repair Or Replace Heating System Based On Efficiency And Payback
07:17
Economics Of A New Boiler
08:11
Calculating Monthly Payment For A Loan
03:10