Air Conditioning Basics: The Refrigeration Cycle

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Tim R De Stasio

2:18:18

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1. Introduction

1. Lesson 1 Air Conditioning and the Four Components of the Refrigeration Cycle.mp4

12:26

2. Lesson One Quiz.html

2. Lesson 2 Temperature, heat absorption and rejection, sensible and latent heat

1. Lesson 2 Temperature, heat absorption and rejection, sensible and latent heat.mp4

20:58

2. Lesson 2 Quiz.html

3. Lesson 3 Pressure and Temperature Relationships Part 1 Refrigerant Saturation

1. Lesson 3 Pressure and Temperature Relationships Part 1 Refrigerant Saturation.mp4

08:44

2. Lesson 3 Quiz.html

4. Lesson 4 Pressure and Temperature Relationships Part 2 with Refrigerant Piping

1. Lesson 4 Pressure and Temperature Relationships Part 2 with Refrigerant Piping.mp4

12:06

2. Lesson 4 Quiz.html

5. Lesson 5 Refrigerant Pressure and Conversion to Saturation Temperature

1. Lesson 5 Refrigerant Pressure and Conversion to Saturation Temperature.mp4

11:34

2. Lesson 5 Quiz.html

6. Lesson 6 Superheat

1. Lesson 6 Superheat.mp4

12:11

2. Lesson 6 Quiz.html

7. Section 7 Metering Devices

1. Lection 7 Types of Metering Devices.mp4

08:11

2. Lesson 7 Quiz.html

8. Lesson 8 Subcooling

1. Lesson 8 Subcooling.mp4

10:32

2. Lesson 8 Quiz.html

9. Lesson 9 The Complete Refrigeration Cycle

1. Lesson 9 The Complete Refrigeration Cycle.mp4

05:06

2. Lesson 9 Quiz.html

10. Lesson 10 The Effects of Outdoor Temperature

1. Lesson 10 The Effect of Outdoor Temperature.mp4

10:18

2. Lesson 10 Quiz.html

11. Lesson 11 The Effect of Indoor Heat Load

1. Lesson 11 The Effects of Indoor Heat Load.mp4

08:00

2. Lesson 11 Quiz.html

12. Lesson 12 Refrigerant Charge

1. Lesson 12 Refrigerant Charge.mp4

12:09

2. Lesson 12 Quiz.html

13. Course Review

1.1 r22-r410a pt chart.zip

1.2 Refrigeration Cycle Principles Page 1-2.pdf

1. Course Review and Final Thoughts.mp4

06:03

14. Final Exam

1. Final Exam.html

Description

A beginner's guide to the refrigeration cycle, air conditioning and refrigeration.

What You'll Learn?

Define the four components of the refrigeration cycle and the piping that connect these components.
Understand refrigerant pressure and temperature relationship.
Understand terms such as superheat, subcooling and saturation temperature.
Understand the effects that outdoor temperature, indoor heat load and refrigerant charge have on system operation.
Demonstrate how to connect analog and digital pressure and temperature probes to accurately measure pressures and temperatures in the refrigeration cycle.
Think in terms of temperatures rather than pressures in the refrigeration cycle.

Who is this for?

HVAC apprentices, installers, technicians, instructors, contractors and business owners who want to understand the fundamentals of the refrigeration cycle the correct way.

More details

Description
A Beginner'sÂ Guide
This course is designed as an introduction to the refrigeration cycle, which is the basis for air conditioning and refrigeration.Â It covers the (4) main components of the refrigeration cycle and their purpose.Â It explains how the refrigeration cycle absorbs and rejects heat, how it makes cold air to cool a space and what pressures and temperatures are required to accomplish this.

Who Can Benefit From This Course?
Beginners without any HVAC experience will greatly benefit from this course. Â It starts with a basic analogy to help the student learn what the refrigeration cycle is and what its main components do.Â It then goes into pressure and temperature relationships. Â Towards the end of the course, basic troubleshooting is considered.

HVAC apprentices will also benefit from this course as this knowledge will compliment what they are already learning. Â It also helps the student to learn the proper way to check, diagnose and think about the the refrigeration cycle so bad habits are not learned.

Experienced HVAC professionals can also benefit from this course to fill in gaps in knowledge and help them unlearn some bad habits and thinking processes that may impede progress.Â While this course does not include advanced diagnosis, it gives you a solid foundation to build your skills with accurate knowledge.

Lectures and Video Demonstration
The course includes a lecture with slides and visual aids that keep the student engaged. Â It also includes videos taken in the field to demonstrate how to take air temperature, refrigerant pressure and temperature readings and how to calculate superheat and subcooling.

Repetition For Emphasis
The course is design in a way that starts the student off with superficial knowledge. Â Each course repeats the refrigeration cycle, adding more understanding to details. Â This repetition sounds down the knowledge into the student.

Quiz After Every Lesson
Every lesson has a quiz including where the answer can be found in the course so the student can gauge his/ her own understanding before advancing to the next lesson.

Course Handouts
Included in this course are:
R410A Pressure/ Temperature Chart
Refrigeration Cycle Principles which summarize the course content into a single quick- guide that the student can use in the field.

Final Exam
The final exam questions are worded to reveal the depth of understanding the student as after taking the course.Â A 70% or more grade allows the student to pass the class.Â Answers to the exam can be found in or outside course content provided, similar to an HVACÂ professional seeking an answer in the field from any reliable source available to him/ her.
Who this course is for:
HVAC apprentices, installers, technicians, instructors, contractors and business owners who want to understand the fundamentals of the refrigeration cycle the correct way.

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HVAC

Tim R De Stasio

Instructor's Courses

My name is Tim De Stasio. I've been working with HVAC systems for over 25 years. I've been a technician, installer, designer, business owner and instructor. What I've learned in my time in the industry can help propel your HVAC career to the next level. Join me as we study the science of HVAC and break it down into practical knowledge that you'll use every day.

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