Become a HVAC Professional – Part 1/3- Fundamentals & Basics

Become a HVAC Professional – Part 1/3- Fundamentals & Basics, available at $69.99, has an average rating of 3.2, with 63 lectures, 2 quizzes, based on 808 reviews, and has 2822 subscribers.

You will learn about 1. Basic Definitions of HVAC 2. Units in HVAC| Tonne and Kilo Watts 3. Components of AC Systems 4. Vapour Compression Cycle 5. Direct Expansion AC Systems 6. Chilled Water AC Systems 7. Types of Chillers Systems 8. Difference in VRF & VRV 9. Lock Rotor Ampere & Full Load Ampere 10. Intro to AHU's and Cooling Towers 11. Duct & Duct Types 12. Aspect Ratio Calculation in DUCT 13. Duct Fittings and types 14. Duct Accessories and types 15. Primary & Secondary Piping Systems 16. Condenser Piping System This course is ideal for individuals who are Engineering Students or Individuals Wish to Join MEP HVAC Field. or Industrial Engineers or Construction Managers or Civil Engineers or MEP Engineers or Building Service Engineers It is particularly useful for Engineering Students or Individuals Wish to Join MEP HVAC Field. or Industrial Engineers or Construction Managers or Civil Engineers or MEP Engineers or Building Service Engineers.

Enroll now: Become a HVAC Professional – Part 1/3- Fundamentals & Basics

Summary

Title: Become a HVAC Professional – Part 1/3- Fundamentals & Basics

Price: $69.99

Average Rating: 3.2

Number of Lectures: 63

Number of Quizzes: 2

Number of Published Lectures: 63

Number of Published Quizzes: 2

Number of Curriculum Items: 65

Number of Published Curriculum Objects: 65

Original Price: $99.99

Quality Status: approved

Status: Live

What You Will Learn

1. Basic Definitions of HVAC
2. Units in HVAC| Tonne and Kilo Watts
3. Components of AC Systems
4. Vapour Compression Cycle
5. Direct Expansion AC Systems
6. Chilled Water AC Systems
7. Types of Chillers Systems
8. Difference in VRF & VRV
9. Lock Rotor Ampere & Full Load Ampere
10. Intro to AHU's and Cooling Towers
11. Duct & Duct Types
12. Aspect Ratio Calculation in DUCT
13. Duct Fittings and types
14. Duct Accessories and types
15. Primary & Secondary Piping Systems
16. Condenser Piping System

Who Should Attend

Engineering Students
Individuals Wish to Join MEP HVAC Field.
Industrial Engineers
Construction Managers
Civil Engineers
MEP Engineers
Building Service Engineers

Target Audiences

Engineering Students
Individuals Wish to Join MEP HVAC Field.
Industrial Engineers
Construction Managers
Civil Engineers
MEP Engineers
Building Service Engineers

Welcome to�the HVAC course, this is the Part 1 of the series ”Become a HVAC Professional” |� in Part 1 you will able to learn Fundamentals & Basics of Air Conditioning Systems.

This is the only course taught by a Mechanical Engineer
After the completion of this course,you can get a Full-time job in the HVAC industry.
I will be permanently updating content so you can be Up-To date with the industry.
I was involved in the Design & installation of HVAC Systemsin United Arab Emirates (Dubai).�
This course is designed for complete Beginners, I tried to cover relevant topics in the industry.�

IN THIS COURSE YOU WILL ABLE TO LEARN TOPICS SUCH AS :

The Fundamentals of HVAC

ASHRAE Standards and Comfort Zones
Function of Air Conditioning
Societies involve in HVAC
Basic Physics Involve in HVAC
Units in HVAC (Ton & Kilo Watt)
Sensible and Latent Heats

Psychometric Analysis

Reading a Psychometric Chart
ASHRAE Psychometric Software
Properties of Air
Dry Bulb & Wet Bulb Temperatures
Relative Humidity & Humidity Ratios
Dew Point Temperature
Enthalpy of Air

Basic Components of Air Conditioning

Working of a Compressor
Working of a Condenser
Working of an Expansion Valve
Working of an Evaporator

Refrigerants in HVAC

Introduction to refrigerants
CFC Refrigerants e.g R12
HCFC Refrigerants e.g R22
HCF Refrigerants e.g R134a & R410a

Vapour Compression Cycle

Working of a Vapor Compression cycle
Working of Condenser & Evaporator
Working of Compressor & Expansion Valve.
Phase changing in Refrigerant

Classification of Air Conditioners

DX Direct Expansion AC Systems
Chilled Water AC Systems

Classification of DX Systems

Window AC Systems
Split AC System
Package AC System
Ductable Split AC System
VRV & VRF AC System

Classification of Chilled Water System

Water Cooled Chillers
Air Cooled Chillers

Components of Chilled Water System

Chillers
AHU’s
Cooling Towers

DUCT Systems & Aspect Ratios

Ducts Introduction
Types of Ducts
Flexible Ducts
Velocities in Ducts
Duct in HVAC Drawings
Aspect Ratios (A.R) in Ducts
Duct Fittings
Duct Accessories

Piping in HVAC

Primary Piping System
Secondary Piping System
Condenser Piping System
Reverse and Direct Return Systems
Pipes and Pipes schedules
Classification of pipes

Who was this course designed for:

This course was designed for anyone who wants to learn HVAC from Scratch
It is perfect for complete beginners, with zero HVAC Experience.
It is also for experienced MEP or HVAC Professionals who want to enhance their Skills in HVAC Field.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: what is M.E.P

Chapter 2: Basic Definition and Fundamentals

Lecture 1: What is HVAC ?

Lecture 2: Report From U.S. Department of Energy

Lecture 3: ASHRAE Human Comfort Zones

Lecture 4: Why we do Air Conditioning (Main Functions)

Lecture 5: HVAC Applications

Lecture 6: International Societies

Lecture 7: What is Heat ? its Units ?

Lecture 8: Explaination of BTU (British Thermal Unit)

Lecture 9: What is Ton of Refrigeration ?

Lecture 10: Sensible Heat & Latent Heat

Lecture 11: Heat Transfer Methods

Chapter 3: PSYCHOMETRIC ANALYSIS

Lecture 1: Introduction to Psychometry

Lecture 2: Properties of Air

Lecture 3: Dry Bulb Temperature – DBT

Lecture 4: Wet Bulb Temperature

Lecture 5: Relative Humidity

Lecture 6: Dew Point Temperature – DPT

Lecture 7: Humidity Ratio – HR

Lecture 8: Enthalpy

Lecture 9: Psychometric Chart – 1

Lecture 10: Psychometric Chart – 2

Lecture 11: Article

Chapter 4: Components and Working

Lecture 1: Components of AC

Lecture 2: Working of AC Components

Lecture 3: Refrigerants

Lecture 4: Notes

Chapter 5: Classification of Air Conditioning Systems

Lecture 1: Classification Introduction

Lecture 2: Window AC – Components and Working

Lecture 3: Split AC

Lecture 4: Duct able Split AC

Lecture 5: Package AC

Lecture 6: VRV / VRF AC

Lecture 7: Terminologies for DX systems

Lecture 8: Chilled Water AC Systems – 1

Lecture 9: Chilled Water AC Systems – 2

Lecture 10: Chiller Definitions

Lecture 11: Chilled Water AC – Advantages

Lecture 12: Air Cooled Chillers

Chapter 6: DUCTS

Lecture 1: What is a Duct ? Classifications

Lecture 2: Duct MAterials

Lecture 3: Classification – According to Shape

Lecture 4: Classification – According to Air type

Lecture 5: Classification – According to Velocity

Lecture 6: Classification – According to the HVAC Layouts Drawings

Lecture 7: Classification – Flexible Ducts

Lecture 8: Article : The height of Duct

Chapter 7: ASPECT RATIO

Lecture 1: Duct Aspect Ratio

Lecture 2: Article

Chapter 8: Fittings and Accessories in HVAC

Lecture 1: Introduction

Lecture 2: Fittings – (Elbows, Trouser, Reducers etc )

Lecture 3: Accessories – (VCD, Butterfly and Fire Dampers)

Chapter 9: Pipes in HVAC

Lecture 1: Primary and Secondary Piping

Lecture 2: Pipe Schedules

Lecture 3: Pipe Arrangements

Lecture 4: Direct Return Systems

Lecture 5: Reverse Return System

Lecture 6: Pipe Classifications

Lecture 7: Classification : According to the Manufacturing

Lecture 8: Classification : According to the Schdules

Lecture 9: Classification : According to the Location

Chapter 10: Upcoming Courses

Lecture 1: Upcoming Courses Related to HVAC

Instructors

Learnig Lab
Courses related to Mechanical Electrical Plumbing

Rating Distribution

1 stars: 61 votes
2 stars: 49 votes
3 stars: 198 votes
4 stars: 258 votes
5 stars: 242 votes

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