Online HVAC and Refrigeration Training
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Complete HVAC/R Training Programs
Individual HVAC/R Technical Training Courses
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Mechanical / AC
An introduction to the HVAC fundamentals and terminology, and the applied physics concepts that are utilized in HVAC systems. Subjects include measurements, heat, pressure, gas properties, and air properties. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard180. This course is recognized for 18 hours of continuing education (CEHs) applicable to North American Technician Excellence (NATE) recertification.
The Modules Cover:
• Measurements
• Heat Energy
• Pressure
• Gas Works
• Air Works
• Introduction to the Industry
Expected End of Course Outcomes:
• Understand the methods and physics behind the movement of heat energy
• Understand the changes of refrigerant state in a refrigeration system
• Understand and visualize the effects of proper airflow
• Be able to identify key associations in the HVAC industry
This course will assist HVAC Technicians and others involved in the HVAC industry with a basic understanding of sheet metal. Sheet metal work is essential to HVAC work. An HVAC tech doing a furnace change out, for instance, will need to fit the new furnace to the plenum which may involve designing or building an adapter. The idea of taking a flat piece of metal and forming it into something useful, functional or decorative can be one of the fascinating aspects of HVAC work. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard180. This course is recognized for 18 hours of continuing education (CEHs) which apply to North American Technician Excellence (NATE) recertification.
The Modules Cover:
• Types of Sheet Metal and Their Uses
• Assembling, Connecting, and Fastening Sheet Metal Components
• Sheet Metal Tools and Their Uses
• Sealing, Insulating and Lining Sheet Metal Ductwork
• Specifications, Symbols, and Codes
• Introduction to Sheet Metal Duct Layout and Fabrication
• Methods of Layout and Development
Expected End of Course Outcomes:
• Identify metal ducting assemblies
• Understand the construction methodology of sheet metal ducting systems
• Learn how sheet metal ducting systems are laid out and assembled
Copper Works is different from all our other online courses because it was designed to provide specific guidance for students in a Copper Lab. It is rich with images and streaming videos that deliver the course content. If you are a technician who wants to improve your copper-working skills without going to a classroom, this course is right for you. This course is North American Technician Excellence (NATE) recognized for 18 hours of continuing education (CEHs) applicable to recertification.
The Modules Cover:
• Copper Tubing/Pipe and Fittings
• Cutting, Flaring, Swaging & Bending Tubing
• Torch Safety and Operation
• Soft Solder
• Silphos Braze
• Silver Braze
Expected End of Course Outcomes:
• Identify the uses of copper tubing assembly
• Learn to assemble copper piping using brazing and soldering techniques
• Learn methods of bending and forming copper tubing
This is an entry-level course in a single module designed for those who need a basic understanding of residential building construction assemblies, terms, and materials, as they pertain to HVAC installation and service work on a job site. The content of this course follows the recommended topics for the basic study of HVAC. With this introductory course, a student will have a better understanding of many of the basic building construction methods and materials. The content covered is keyed to the specified HVAC industry competency and curriculum guidelines published by several organizations concerned about education provided to HVAC technicians: NATE, ARI (Air conditioning and Refrigeration Institute), ACCA (Air Conditioning Contractors of America) and RSES. This course is NATE recognized for 3 hours of continuing education (CEHs) applicable to recertification.
Expected End of Course Outcomes:
• Learn the framing methods in use in residential and commercial buildings
• Understand the variances in flooring and slab system
• Identify and learn the framing variances in residential and commercial roofing systems
Presented in partnership with Blue House Energy. Construction Technology covers all the bases of today’s industry; building science, indoor air quality and healthy indoor environments, air sealing and insulation, and mechanical systems. Each of the fourteen online learning modules includes a downloadable study guide. There is a review and quiz at the end of each module to help you gauge your understanding of the topics covered. You can review any section or topic in any module as many times as you require. However, once you have completed all fourteen modules within the 60 day access allowance, you take the final test, which you may only take once. A grade of at least 70% earns you a Certificate of Achievement. An additional benefit is that you will continue to have access for review of the online modules for a full 12 months after you complete the course. This course is NATE recognized for 20 hours of continuing education (CEHs) applicable to re-certification.
Modules included:
- Introduction to Construction Technology
- Building Components
- Moisture Management
- House as a System
- Indoor Air Quality
- Healthy Housing
- Fundamentals of Air Sealing
- Strategies for Air Sealing
- Fundamentals of Insulation
- Strategies for Insulation
- Fundamentals of Windows and Doors
- Fundamentals of Energy
- Mechanical Systems Overview
- Ventilation Requirements
An introduction to the basic hand, power and specialty tools used daily by the working HVACR technician.
The topics discussed include Installation, Service and Troubleshooting Tools. Instruction aligns with ACCA Quality Installation & Maintenance Standards. This course is recognized for 6 hours of continuing education (CEHs) applicable to NATE re-certification.
Two modules cover:
- Installation Hand Tools – Sheet Metal and Piping
- Electronic and Power Tools
This online course introduces blueprints used in construction specific to the heating, ventilation, and air conditioning systems that are likely to be found on the job site. HVAC Technicians need to understand how to read blueprints to perform their jobs and avoid errors. Subjects covered throughout this course include blueprint terms, symbols, interpretation and application of drawings; how to locate and identify the different components of a blueprint, scales of drawings, different measuring instruments; the meaning of different lines, markings, abbreviations, symbols, and keynotes; using gridlines to locate an area, caring for blueprints, and finally, how to measure for accuracy. This course is NATE recognized for 12 hours of continuing education (CEHs) applicable to NATE recertification.
The Modules Cover:
• Intro to Blueprints
• Components of the Blueprint and Scale
• Lines of Construction, Abbreviations, Symbols, and Keynotes
• Using Gridlines to Identify Plan Locations and Dimensions
Expected End of Course Outcomes:
• Using blue prints, understand the symbology used to identify HVAC system components
• Identify the symbols used in construction, plumbing and electrical drawings
• Able to use blueprints to identify and locate key building systems
Your introduction to HVAC comfort systems. In this course, we discuss heat energy, the conditions of human comfort, the psychrometric chart and plotting various air conditions upon it. Included is the top-rated eBook on the topic entitled, “Psychrometrics Without Tears” to help you digest the important concepts of air and how the various properties relate to each other. We complete the course by introducing the terms, concepts, measurements, and calculations of moving air. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180. This course is recognized for 18 hours of continuing education (CEHs) applicable to NATE recertification.
Prerequisites:
A strong understanding of HVAC fundamentals and have a working knowledge of those topics before enrollment into this intermediate course.
The Modules Cover:
• Heat Energy and Comfort
• Properties of Air
• Psychrometrics
• Total Heat in Air
• Measuring a Heavy Invisible Moving Volume
• Air Flow Measurement
Expected End of Course Outcomes:
• Be able to plot HVAC performance changes using the psychrometric chart
• Correlate human comfort to the effective operation of the HVAC system
• Visualize effects of heat energy on the performance of HVAC systems
Residential load calculations are a method to determine the heating and cooling BTU/H loads of structures before installing HVAC systems to meet those loads. You will need the required text: ACCA Manual J, 8th Abridged Edition (MJ8-AE). This manual provides thorough instructions for estimating heat loss and heat gain for residential structures and helps to simplify complicated procedures that are often used on a variety of home applications. Course 122 provides instruction for completing load calculations by hand, which is necessary before attempting any computerized load program. We focus on following the concepts of MJ8-AE while further simplifying the methodology emphasized in the manual. Students will utilize a “simple” residential structure and follow the steps to calculate both heat loss and heat gain for its location and outdoor design temperatures. This course also covers residential equipment selection focused on the heating and cooling equipment Btu/h loads of a structure. This course is recognized for 18 hours of continuing education (CEHs) applicable to NATE recertification.
Prerequisites:
A strong working knowledge of HVAC fundamentals before enrollment into this advanced course.
The Modules Cover:
• Fundamentals of Load Calculations
• Heat Loss of a Structure
• Heat Gain of a Structure
• Example Heat Loss and Heat Gain Calculation
• Fundamentals of Equipment Selection
• Regional Load Calculation Exercises
Expected End of Course Outcomes:
• Identify the needed elements of a heat load calculation
• Understand the benefits of heat load calculation
• Carry out simple high-level residential heat load calculations
123 Air Distribution begins with an in-depth discussion of the fundamentals of residential air flow, then turns the focus to residential duct design utilizing the ACCA Residential Duct Systems, Manual D (required textbook) and ACCA Manual T (optional textbook). System selection, system performance characteristics, duct materials, blower performance, airside devices and duct sizing procedures are covered in detail. This course is recognized for 18 hours of continuing education (CEHs) applicable to NATE recertification.
Prerequisites:
A strong working knowledge of basic HVAC fundamentals before enrollment into this advanced course.
The Modules Cover:
• Fundamentals of Air Flow
• Air Distribution Systems
• Fundamentals of ACCA Residential Duct Systems, Manual D
• Application of ACCA Residential Duct Systems, Manual D Duct Sizing Procedures
• Application of ACCA Air Distribution Basics for Residential and Small Commercial Buildings, Manual T
• Selection and Sizing of Supply Air Outlets and Return Air Inlets using the ACCA Manual T and Air Distribution Equipment Manufacturer Performance Data for an Example Residential Structure
Expected End of Course Outcomes:
• Visualize and comprehend the importance of the often-forgotten airflow component of HVAC
• Develop technique to carry out modern airflow diagnostics
• Be able to carry out air duct sizing of small systems
• Understand the elements of commercial airflow systems
HVAC Refrigeration 141 provides a thorough examination of the refrigeration cycle as it is applied to both air conditioning and refrigeration purposes, and presents a practical and systematic method to diagnose problems in the refrigeration cycle. If you understand the parameters governing the operation of the refrigeration cycle, you will be able to diagnose any piece of equipment. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180. This course is recognized for 18 hours of continuing education (CEHs) applicable to NATE recertification.
Prerequisites:
A good understanding of HVAC fundamentals, or have a working knowledge of them, before enrollment into this intermediate course.
The Modules Cover:
• Basic Refrigeration Cycle Physics
• Condensation and Condensers
• Expansion and Metering Devices
• Evaporation and Evaporators
• Compression and Compressors
• Measure the Normal Cycle
Expected End of Course Outcomes:
• Identify types and operations of HVAC related refrigeration systems
• Identify the components of HVAC refrigeration systems
• Identify troubleshooting steps for HVAC refrigeration systems
• Identify methods of measuring the refrigeration cycle
This course is a continuation and elaboration of HVAC Refrigeration I. Presentations describe the application of common accessories found in a system, piping arrangements, sizing considerations and system operation. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180. This course is recognized for 18 hours of continuing education (CEHs) applicable to NATE recertification.
Prerequisites:
Complete 141 HVAC Refrigeration I, or have a working knowledge of the content of that course before enrollment into this advanced course. Please refer to the 141-course description in the catalog for specific details.
The Modules Cover:
• Refrigerants
• Common Compressor Accessories
• Common High-Side Accessories
• Common Low-Side Accessories
• Piping System Sizing
• Common System Control Arrangements
Expected End of Course Outcomes:
• Identify types of advanced HVAC related refrigeration systems
• Identify the advanced components of multi-stage HVAC refrigeration systems
• Identify troubleshooting steps for advanced HVAC refrigeration systems
• Understand the piping system design for split systems
HVAC Economizer systems are an often misunderstood, yet essential component of successful energy efficiency and air comfort/quality strategies in commercial building applications. The goal of this course is to provide the working field technician and HVAC student with an understanding of the importance of correctly installed and operating economizers, what they are, how they work, and how the service technician can maintain, troubleshoot, and ensure the correct operation of these systems. This course applies to Title 24 in the State of California and adheres to the ACCA/ASHRAE Standard 180 Quality Maintenance protocols. This Economizers ADEC / Demand Control Ventilation (DCV) course is NATE recognized for 24 hours of continuing education (CEHs) applicable to NATE recertification.
Prerequisites:
A strong working knowledge of basic HVAC fundamentals before enrollment into this advanced course.
The Modules Cover:
• Introduction to Economizers
• Applied Economizers
• Air Properties and Psychrometrics
• Applied Psychrometrics
• Economizer DDC Operations – Honeywell
• Economizer Operations – Trane
• Belimo – ZIP Economizer
• (DCV) Demand Control Ventilation
Expected End of Course Outcomes:
• Identify the types of advanced economizer control system available
• Correlate the effects of outside air introduction to human comfort
• Exposure to at least 3 current digital economizer control systems
• Understand the purpose and effects of demand controlled ventilation
This course intends to give maintenance staff a feel for the equipment present in their buildings. With this understanding, you will be better able to perform and handle service issues when required. The course begins with a basic introduction of the layout of the various components of an HVAC system utilized in large and small commercial facilities. Then the modules expand into the specifics of chilled water, refrigeration, and heat rejection systems. The course continues with a focus on the central chiller, fan coils, and chilled beam systems. Moreover, the course finishes up with a discussion on Demand Controlled Outside Air (DCOA), packaged and variable refrigerant flow systems. This course is recognized for 12 hours of continuing education (CEHs) applicable to NATE recertification.
Prerequisites:
A strong working knowledge of HVAC fundamentals before enrollment in this course.
The Modules Cover:
• Introduction and Airside Chilled Water, Refrigeration and Heat Rejection
• Central Chiller, Fan Coil, and Chilled Beam Systems
• Packaged and Variable Refrigerant Flow Systems
Expected End of Course Outcomes:
• Identify the elements of design and construction of high efficiency cooling systems
• Identify the advanced control components of high efficiency HVAC systems
• Identify troubleshooting steps for high efficiency HVAC refrigeration systems
• Introduction to chilled water-cooling systems
This course intends to give maintenance staff a feel for the equipment present in their buildings. With this understanding, you will be better able to perform and handle service issues when required. This course focuses upon Ventilation Systems in commercial buildings. An overview of the science and background of indoor air quality is first; then the course modules expand into the specifics of the components utilized in the operation of modern commercial building ventilation systems. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180. This course is recognized for 9 hours of continuing education (CEHs) applicable to NATE recertification.
Prerequisites:
A strong working knowledge of HVAC fundamentals before enrollment in this course.
The Modules Cover:
• Indoor Air Quality Overview
• Ventilation Systems I
• Ventilation Systems II
Expected End of Course Outcomes:
• Identify types of air ventilation systems
• Identify the advanced components of ventilation systems
• Identify troubleshooting steps for ventilation systems
• Introduce and understand the nature of indoor air quality maintenance through ventilation
You already know it is your job to provide services related to the comfort of air temperatures inside your clients’ buildings. However, temperature management is not the only thing you need to know. This course will help you better understand the various elements of air quality, introduce the science of air quality, and give you some tips on how to identify and address the potential dangers of poor indoor air quality. The course does not address issues of allergies or chemically sensitive clients outside the basics of indoor air quality. You will learn indoor air properties, air flow, ventilation, moisture, and air filtration systems. This course is recognized for 18 hours of continuing education (CEHs) applicable to NATE recertification.
The Modules Cover
• IAQ Basics
• Properties of Air
• Air Flow Basics
• Ventilation
• Moisture Management
• Air Filtration
Expected End of Course Outcomes:
• Identify types of indoor air improvement systems
• Identify the components of HVAC air quality systems
• Identify troubleshooting steps for indoor air quality risks
• Further understanding of the elements of human comfort
This is an entry-level course in a single module designed for those who need a basic understanding of drive belts and how they are utilized in residential and commercial HVAC systems. Types of drive belts, their selection, installation, and maintenance are discussed in detail. The content of this course follows the recommended topics for the basic study of HVAC. This course is NATE recognized for 3 hours of continuing education (CEHs) applicable to recertification.
Expected End of Course Outcomes:
• Identify the varied types of blower drive belts
• Identify troubleshooting steps for blower drive systems
This course is provided to instruct the entry-level HVAC technician in the common service procedures performed on conventional residential/light commercial cooling systems. These include electrical circuits, mechanical compression refrigeration cycle, necessary components in a cooling system, and more. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180. This course is recognized for 18 hours of continuing education (CEHs) applicable to NATE recertification, and BPI recognized for 9 continuing education units (CEUs).
Prerequisites:
This course requires a good understanding of the refrigeration cycle. You will want to have completed 141 HVAC Refrigeration I or have a working knowledge of the content of that course before enrollment into this advanced course. Please refer to the 141-course description for the specific details.
The Modules Cover:
• Cooling System Service Overview
• Cooling Service Tools/Equipment, Safety, and Quality
• Cooling System Components
• Cooling System Air Flow
• Cooling System Electrical Troubleshooting Basics
• Cooling System Mechanical Troubleshooting Basics
Expected End of Course Outcomes:
• Able to identify the components of the refrigeration system and troubleshoot their failures
• Introduction to electrical troubleshooting techniques common to HVAC systems
When you have completed this course, you will receive a certificate of completion that complies with many equipment manufacturers’ policies requiring safety and service “certification” before purchasing equipment containing R-410A refrigerant. You will also receive a uniform patch and a wallet card for your use. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180. This course is recognized for 18 hours of continuing education (CEHs) which apply to NATE recertification. International Comfort Products, LLC has approved this course.
Prerequisites:
A strong working knowledge of basic HVAC fundamentals before enrollment into this advanced course.
The Modules Cover:
• R – 410A Refrigerant Background
• R – 410A Refrigerant Regulatory Requirements
• R – 410A Refrigerant Basics
• R – 410A Refrigerant Safety, Handling, and Service Equipment
• R – 410A System Components, Retrofitting, and Charging
• R – 410A System Operation and Troubleshooting
Expected End of Course Outcomes:
• Identify the physics and unique properties to R-410A
• Troubleshooting R-410A performance issues
• Identify high-pressure refrigerants and other safety issues
This comprehensive course will help technicians move through a procedure to follow safety guidelines, identify the source of problems in HVAC systems, use diagnostic tools, and to address the problem properly. Often
technicians start their investigation with only the customer’s call, “It died yesterday!” Instruction aligns with
ACCA Quality Installation and ACCA/ ASHRAE Standard 180. This course is recognized for 21 hours of continuing education (CEHs) applicable to NATE recertification, and BPI recognized for 10.5 continuing education units (CEUs).
Prerequisites:
Strong working knowledge of basic HVAC fundamentals before enrollment into this advanced course.
The Modules Cover:
• Electrical Troubleshooting
• Troubleshooting Controls
• Troubleshooting Instrumentation
• Troubleshooting Air Side
• Troubleshooting Refrigeration
• Troubleshooting Combustion
• Troubleshooting Hydronics
Expected End of Course Outcomes:
• Identify advanced troubleshooting techniques specific to HVAC systems
• Review the steps required to undertake specific advanced troubleshooting steps
• Interpret and undertake repair from the findings of troubleshooting outcomes
The US Clean Air Act and the Environmental Protection Agency is phasing out ozone-depleting refrigerants like R22. As a result, technicians will be handling other refrigerants like hydrocarbons. This course introduces you to hydrocarbons as refrigerants, covers the associated regulations and standards, and gets you familiar with their properties and how to handle them safely. In addition, there is a summary of the refrigerant cycle as it relates to hydrocarbon refrigerants, system components, and the proper safe servicing procedures of hydrocarbon refrigerant systems. Course content was provided by RSES. This course is NATE recognized for 3 hours of continuing education (CEHs) applicable to recertification.
Prerequisites:
A strong working knowledge of HVAC fundamentals prior to enrollment into this course.
The Modules Cover:
• Introduction to the use of Hydrocarbons as Refrigerants
• HC Regulations and Standards
• Refrigerant Properties and Safety
• The Refrigerant Cycle
• System Components
• Servicing Procedures
Expected End of Course Outcomes:
• Proficient with EPA regulations that apply to refrigerant handling
• Learn EPA refrigerant handling compliance
• Identify and practice compliant refrigerant handling technique
Chillers
This course is designed to introduce students to the concepts and terminology of hydronic heating. The main focus will be on residential/small commercial installations. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180. This course is recognized for 18 hours of continuing education (CEHs) applicable to NATE recertification.
Prerequisites:
A strong working knowledge of HVAC fundamentals before enrollment in this course.
The Modules Cover:
• What is Hydronic Heating?
• Materials and Tools
• Boilers
• Pumps
• Heat Transfer Units
• System Accessories
Expected End of Course Outcomes:
• Identify types of hydronic heating systems
• Identify the advanced components of hydronic heating systems
• Identify troubleshooting steps for advanced hydronic systems
• Understand the piping system design for hydronic heating systems
This course intends to give maintenance staff a feel for the equipment present in their buildings. With this understanding, you will be better able to perform and handle service issues when required. The course focuses upon Commercial Central Chiller Systems, with a basic introduction as to the layout of the various components utilized in large and small commercial facilities. Then the modules expand into the specifics of chilled water systems and the required maintenance and record keeping to ensure efficient operation of the Chiller Systems. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180. This course is recognized for 6 hours of continuing education (CEHs) applicable to NATE recertification.
Prerequisites:
A strong working knowledge of HVAC fundamentals before enrollment in this course.
The Modules Cover:
• Central Chiller Maintenance – Daily and Weekly
• Central Chiller Maintenance – Monthly and Annual
Expected End of Course Outcomes:
• Identify types of advanced chiller related refrigeration systems
• Identify maintenance requirements and methods of small chiller systems
• Identify troubleshooting steps for chiller systems
• Understand the piping system design for chiller systems
This course intends to give maintenance staff a feel for the equipment present in their buildings. With this understanding, you will be better able to perform and handle service issues when required. The course focuses upon Commercial Cooling Tower Systems, with a basic introduction as to the layout of the various components utilized in large and small commercial facilities. Then the modules expand into the specifics of cooling towers and the required maintenance to ensure efficient operation of the cooling tower systems. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180. This course is recognized for 6 hours of continuing education (CEHs) applicable to NATE recertification
.
Prerequisites:
A strong working knowledge of HVAC fundamentals before enrollment into this course.
The Modules Cover:
• Cooling Tower Overview – Daily and Monthly Maintenance
• Cooling Tower Overview – Annual and Seasonal Maintenance
Expected End of Course Outcomes:
• Identify types of cooling tower systems
• Identify the minimal components of cooling tower systems
• Troubleshooting cooler tower performance
• Identify minimum cooling tower maintenance tasks
This course intends to give maintenance staff a feel for the equipment present in their buildings. With this understanding, you will be better able to perform and handle service issues when required. The course focuses upon Commercial Air Handlers and Roof Top Units, with a basic introduction as to the layout of the various components utilized in large and small commercial facilities. Then the modules expand into the specifics of each type of system and the required maintenance to ensure efficient operation of Air Handlers and RTU. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180. This course is recognized for 6 hours of continuing education (CEHs) applicable to NATE recertification.
Prerequisites:
A strong working knowledge of HVAC fundamentals before enrollment in this course.
The Modules Cover:
• Air Handler Maintenance
• Maintenance of Roof Top Units
Expected End of Course Outcomes:
• Identify types air handlers used in chiller and remote refrigeration (split) systems
• Identify the components of air handler systems
• Identify troubleshooting steps for air handlers
Heating
This course introduces the concept of combustion in basic terms. The focus is on the current direct-vent systems and the traditional high-pressure gun burner. It will prepare technicians to install, maintain, and repair residential and small commercial burner systems up to 400,000 BTUs/hour. We explore all the mechanical, electrical, and accessory devices commonly found in modern fuel oil heating systems. With this knowledge, you will build troubleshooting skills and identify applicable codes as they pertain to the installation and use of these systems. The NORA Oil Heat Manual ebook is provided as a downloadable file. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180. This course is recognized for 18 hours of continuing education (CEHs) applicable to NATE recertification.
Prerequisites:
A strong understanding of HVAC fundamentals and have a working knowledge of those topics before enrollment into this intermediate course.
The Modules Cover:
• Characteristics of Fuel Oil and Principles of Combustion
• Types and Construction of Oil Burners
• Oil Burner Anatomy (part one)
• Oil Burner Anatomy (part 2)
• Fuel Oil Tanks and Piping
• Complete Heating Systems
Expected End of Course Outcomes:
• Identify types and operations of oil burners
• Identify the construction of oil tank systems
• Identify fuel oil delivery piping and control systems
• Understand the overall assembly of an oil heat system
This course provides knowledge and skills required to become a highly skilled technician who will install, maintain, and repair residential and small commercial Gas Heat Systems. We explore all the mechanical, electrical, and accessory devices commonly found in the modern gas heating systems. With this knowledge, you will build troubleshooting skills and identify applicable codes as they pertain to the installation and use of these systems. Also, extremely important is the focus on the safety of the technician, the building, and its occupants. This course is recognized for 18 hours of continuing education (CEHs) applicable to NATE recertification.
Prerequisites:
A good understanding of HVAC fundamentals and have a working knowledge of those topics before enrollment into this intermediate course. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180.
The Modules Cover:
• Fuel Gas Composition
• Pressure Regulators, Burners, and Heat Exchangers
• Standing Pilot Systems
• Electronic Ignition
• High Efficiency Furnaces
• Troubleshooting Gas Burner Systems
Expected End of Course Outcomes:
• Identify types and operations of gas burners and fuel delivery systems
• Identify the elements of electronic and standing pilot systems
• Identify troubleshooting steps for gas heating systems
• Identify the elements of high efficiency furnaces
An introduction to reverse-cycle heat pumps used in residential and light commercial applications. The course covers the components and operational differences of a heat pump vs. a straight air conditioning system, troubleshooting, and solutions. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180. This course is recognized for 21 hours of continuing education (CEHs) applicable to NATE recertification.
Prerequisites:
A strong working knowledge of basic HVAC fundamentals before enrollment into this advanced course.
The Modules Cover:
• What is a Heat Pump?
• Heat Pump Installation and Quality Criteria
• The Heat Pump Cooling Mode
• The Heat Pump Heating Mode
• The Heat Pump Defrost Mode
• Heat Pump Components
• Heat Pump Troubleshooting
Expected End of Course Outcomes:
• Identify the components specific to the heat pump
• Identify the refrigerant flow changes in the heating and cooling modes
• Identify the changes in the heat pump during the defrost cycle
• Identify elements specific to troubleshooting the heat pump
You will gain an introduction to geothermal heat pumps as one of the most efficient heating and cooling technologies available today. The course focuses on geothermal (water source) heat pumps utilized for residential and light commercial applications. This course is recognized for 18 hours of continuing education (CEHs) applicable to NATE recertification.
Prerequisites:
A strong working knowledge of basic HVAC fundamentals and a good understanding of the refrigeration cycle before enrollment into this advanced course.
The Modules Cover:
• Introduction to Geothermal Heat Pumps
• Geothermal Heat Pump Mechanics
• Ground-Water (Open-Loop) Systems
• Closed-Loop Systems
• Equipment Selection Criteria and Economics
• Installation Setup, Startup, and Troubleshooting
Expected End of Course Outcomes:
• Identify the difference between air source versus geothermal heat pump systems
• Identify ground loop systems in use today
• Describe the elements and application of equipment selection
• Identify the elements of troubleshooting geothermal heat pump systems
This online course provides an introduction and advanced training on the topic of Electric Heat and Electric Heating components relative to the HVAC systems that are likely to be found by a technician in residential and light commercial applications. Subjects covered in this course include electric heat terms and identification of the basic components utilized, types of electric heat systems, as well as advanced theory and servicing of Electric Forced Air Furnaces. This course is NATE recognized for 15 hours of continuing education (CEHs) applicable to NATE recertification.
Prerequisites:
A good understanding of HVAC fundamentals and Electrical, or have a strong working knowledge of those topics, before enrollment into this advanced course.
The Modules Cover:
• Introduction to HVAC Electric Heat Systems
• Troubleshooting and Servicing Electric Furnaces I
• Troubleshooting and Servicing Electric Furnaces II
• Blower Motors and Troubleshooting Electrical
• Airflow Using Ohm’s Law
Expected End of Course Outcomes:
• Identify the applications of electric heating systems
• Identify the types of heating elements available and their applications
• Troubleshooting steps for electric heating systems
• Identify the components of electric heating furnaces
An introduction to the concepts and terminology of heating and power boilers, focusing on commercial and industrial boilers. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180. This course is recognized for 18 hours of continuing education (CEHs) which apply to NATE recertification.
Prerequisites:
A strong working knowledge of HVAC fundamentals before enrollment in this course.
The Modules Cover:
• Introduction to the Industry
• Classifying Boilers
• Combustion
• The Heat Exchanger
• Controlling Energy Sources
• Boiler Accidents/Hazards
Expected End of Course Outcomes:
• Identify types and components of hot water boiler systems
• Identify the components of boiler and hot water distribution systems
• Identify troubleshooting steps for advanced HVAC refrigeration systems
• Identify the risks of injury and damages from hot water systems
This course introduces the concepts and terminology of heating and power boilers, focusing on commercial and industrial boilers. The course covers the required knowledge for proper and safe low-pressure boiler system operations and includes an introduction to hydronic heating systems. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180. This course is recognized for 28 hours of continuing education (CEHs) which apply to NATE recertification.
Prerequisites:
A strong working knowledge of HVAC fundamentals before enrollment in this course.
The Modules Cover:
• Introduction to the industry
• Classifying Boilers
• Combustion
• The Heat Exchanger
• Controlling Energy Sources
• Boiler Accidents / Hazards
• Pumps
• Heat Transfer Units
• System Accessories
Expected End of Course Outcomes:
• Prep for the low-pressure boiler exam
• In-depth understanding of water control and distribution
• Identify boiler classifications
This course will explore the policy drivers that are pushing the integration of residential heat pump water heating (RHPWH) systems and highlights the economic, energy, and environmental advantages of heat pump water heater systems for residential projects. It also discusses successful projects and case studies, while outlining which applications have the best opportunities for success.
We will discuss how each component of a RHPWH operates, including essential design and code considerations for installation. Best practices for maintaining each component to ensure the efficiency and longevity of a RHPWH system will be covered. Heat pump installation and operation specifics for various RHPWH manufacturers are presented.
Recommended Prerequisites: You will want to have a strong working knowledge of basic HVACR fundamentals prior to enrollment into this course. Completion of the 135 Heat Pump course is encouraged.
Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180 Quality Maintenance protocols.
These unique systems can be all electric energy and meet emissions regulations by not using fossil fuel systems for heating.
This course intends to give maintenance staff a feel for the equipment present in their buildings. With this understanding, you will be better able to perform and handle maintenance and service issues when required. The course focuses upon Commercial Boiler Systems, with an introduction as to the various components and systems utilized in large and small commercial facilities. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180. This course is recognized for 6 hours of continuing education (CEHs) applicable to NATE recertification.
Prerequisites:
A strong working knowledge of HVAC fundamentals before enrollment in this course.
The Modules Cover:
• Large Boiler Overview
• Small Boilers
Expected End of Course Outcomes:
• Identify key systems that comprise a commercial boiler system
This course is aimed at providing maintenance staff an understanding of industrial boilers that generate steam and the related equipment, accessories, and controls for them. Some systems run on low-pressure, others on high-pressure; some use recirculated water, others use incoming water. Also, it is important to understand water treatment and chemical issues in steam systems. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180. This course is recognized for 9 hours of continuing education (CEHs) applicable to NATE recertification.
Prerequisites:
A strong working knowledge of HVAC fundamentals before enrollment in this course.
The Modules Cover:
• Steam Boiler Overview
• Steam Boiler Terms, Codes, and Accessories
• Water Treatment for Steam Systems
Expected End of Course Outcomes:
• Identify key controls and accessories
• Identify the difference between high and low-pressure systems
• Observe and identify water treatment issues and processes
This course is aimed at providing maintenance staff an understanding of the specific issues and advantages of high efficiency condensing boilers utilized in commercial hydronic and steam heating systems. Options such as economizers for large boiler systems and high efficiency venting for all systems are introduced. Related equipment, accessories, and controls are also discussed. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180. This course is recognized for 6 hours of continuing education (CEHs) applicable to NATE recertification.
Prerequisites:
A strong working knowledge of HVAC fundamentals before enrollment in this course.
The Modules Cover:
• Small Condensing Boilers
• High Efficiency Options for Large Boiler
Expected End of Course Outcomes:
• Identify and operate advanced commercial boiler controls
• Able to discuss the functional differences between minimally efficient and high efficiency boiler systems
• Discuss and operate commercial economizers as it pertains to the boiler system
This course is aimed at providing maintenance staff an understanding of industrial boilers that generate steam and the related equipment, accessories, and controls for them. Some systems run on low-pressure, others on high-pressure; some use recirculated water, others use incoming water. Also, it is important to understand water treatment and chemical issues in steam systems. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180. This course is recognized for 9 hours of continuing education (CEHs) applicable to NATE recertification.
Prerequisites:
A strong working knowledge of HVAC fundamentals before enrollment in this course.
The Modules Cover:
• Steam Boiler Overview
• Steam Boiler Terms, Codes, and Accessories
• Water Treatment for Steam Systems
Expected End of Course Outcomes:
• Identify key controls and accessories
• Identify the difference between high and low-pressure systems
• Observe and identify water treatment issues and processes
This course is contained in a single learning module. Small Commercial Boiler systems require scheduled maintenance, and this course will offer students the necessary steps for how to inspect boilers daily, monthly, and periodically. Guidance is provided for situations requiring extensive maintenance; when to notify third-party service providers. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180. This course is recognized for 3 hours of continuing education (CEHs) applicable to NATE recertification..
Prerequisites:
A strong working knowledge of HVAC fundamentals before enrollment in this course.
Expected End of Course Outcomes:
• Comfortable with small commercial boiler maintenance requirements
This course provides instruction on how to inspect, perform simple maintenance checks, and keep accurate records on daily, weekly, monthly, and annual schedule. These tasks contribute to the Large Commercial Boiler System’s efficient operation. The course also helps students identify when to call in third-party service providers. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180. This course is recognized for 6 hours of continuing education (CEHs) applicable to NATE recertification.
Prerequisites:
A strong working knowledge of HVAC fundamentals before enrollment in this course.
The Modules Cover:
• Record Keeping and Daily-Weekly Maintenance
• Monthly-Annual Record Keeping and Maintenance
Expected End of Course Outcomes
• Comfortable with large commercial boiler maintenance requirements
This course will explore the policy drivers that are pushing the integration of commercial heat pump water heating (CHPWH) systems and highlights the economic, energy, and environmental advantages of heat pump water heater systems for commercial and multifamily projects. It also discusses successful projects and case studies, while outlining which applications have the best opportunities for success.
We will discuss how each component of a CHPWH operates, including essential design and code considerations for installation. Best practices for maintaining each component to ensure the efficiency and longevity of a CHPWH system will be covered. Heat pump installation and operation specifics for various CHPWH manufacturers are presented.
These unique systems can be all electric energy and meet emissions regulations by not using fossil fuel systems for heating.
Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180 Quality Maintenance protocols.
Recommended Prerequisites: You will want to have a strong working knowledge of basic HVACR fundamentals prior to enrollment into this course. Completion of the 135 Heat Pump course is encouraged.
Eight course modules include:
- 295-1 Introduction to Heat Pumps
- 295-2 Electrification of the Built Environment
- 295-3 Why CHPWH’s ?
- 295-4 CHPWH System Components, Sizing and Design
- 295-5 CHPWH Measurement and Verification
- 295-6 CHPWH Successful Installations
- 295-7 CHPWH Maintenance Operations
- 295-8 CHPWH Manufacturer Resources
Heat Pumps
Heat pump water heaters are the most efficient type of electric water heater and are required under NAECA III for some applications. Heat pump water heaters are easy to install, but do require management of the condensation produced. Heat pump water heaters have built-in diagnostics to make troubleshooting easier. Most problems can be diagnosed with the built-in diagnostics and a multi-meter.
This comprehensive workshop is provided free of charge. It includes video modules that we recommend watching in order. At the end of this course, there is a certification test. Upon passing with a 70% on the test, you will be able to download your certificate in PDF form.
An introduction to reverse-cycle heat pumps used in residential and light commercial applications. The course covers components and operational differences of a heat pump vs. a straight air conditioning system, troubleshooting, and solutions. Instruction aligns with ACCA Quality Installation & Maintenance Standards.
Recommended Prerequisites: You will want to have a strong working knowledge of basic HVACR fundamentals prior to enrollment into this advanced course. This course includes e-textbook reading assignments from Cengage’s “Refrigeration and Air-Conditioning Technology” 7th edition. You do not need to purchase an additional Textbook. This course is recognized for 21 hours of continuing education (CEHs) applicable to NATE re-certification.
Modules cover:
- What is a Heat Pump
- Heat Pump Installation and Quality Criteria
- The Heat Pump Cooling Mode
- The Heat Pump Heating Mode
- The Heat Pump Defrost Mode
- Heat Pump Components
- Heat Pump Troubleshooting
You will gain an introduction to geothermal heat pumps as one of the most efficient heating and cooling technologies available today.
The course focuses on geothermal (water source) heat pumps utilized for residential and light commercial applications.
Recommended Prerequisites: you will want to have a strong working knowledge of basic HVACR fundamentals and a good understanding of the refrigeration cycle prior to enrollment into this advanced course. This course includes e-textbook reading assignments from Cengage’s “Refrigeration and Air-Conditioning Technology” 7th edition.
You do not need to purchase an additional Textbook.
This course is recognized for 18 hours of continuing education (CEHs) applicable to NATE re-certification.
Modules cover:
- Introduction to Geothermal Heat Pumps
- Geothermal Heat Pump Mechanics
- Ground-Water (Open-Loop) Systems
- Closed-Loop Systems
- Equipment Selection Criteria and Economics
- Installation Setup, Startup, and Troubleshooting
This course will explore the policy drivers that are pushing the integration of residential heat pump water heating (RHPWH) systems and highlights the economic, energy, and environmental advantages of heat pump water heater systems for residential projects. It also discusses successful projects and case studies, while outlining which applications have the best opportunities for success.
We will discuss how each component of a RHPWH operates, including essential design and code considerations for installation. Best practices for maintaining each component to ensure the efficiency and longevity of a RHPWH system will be covered. Heat pump installation and operation specifics for various RHPWH manufacturers are presented.
Recommended Prerequisites: You will want to have a strong working knowledge of basic HVACR fundamentals prior to enrollment into this course. Completion of the 135 Heat Pump course is encouraged.
Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180 Quality Maintenance protocols.
These unique systems can be all electric energy and meet emissions regulations by not using fossil fuel systems for heating.
Students will take one course/module at a time in a systematic progression. Students are enrolled as online asynchronous. This access allows students to login at their convenience 24/7/365.
Modules include:
- 195-1 Introduction to Heat Pumps
- 195-2 Electrification of the Built Environment
- 195-3 Best Practice for Residential Heat Pump Water Heater Installation
- 195-4 Increasing Residential Heat Pump Water Heater Sales
This course will explore the policy drivers that are pushing the integration of commercial heat pump water heating (CHPWH) systems and highlights the economic, energy, and environmental advantages of heat pump water heater systems for commercial and multifamily projects. It also discusses successful projects and case studies, while outlining which applications have the best opportunities for success.
We will discuss how each component of a CHPWH operates, including essential design and code considerations for installation. Best practices for maintaining each component to ensure the efficiency and longevity of a CHPWH system will be covered. Heat pump installation and operation specifics for various CHPWH manufacturers are presented.
These unique systems can be all electric energy and meet emissions regulations by not using fossil fuel systems for heating.
Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180 Quality Maintenance protocols.
Recommended Prerequisites: You will want to have a strong working knowledge of basic HVACR fundamentals prior to enrollment into this course. Completion of the 135 Heat Pump course is encouraged.
Eight course modules include:
- 295-1 Introduction to Heat Pumps
- 295-2 Electrification of the Built Environment
- 295-3 Why CHPWH’s ?
- 295-4 CHPWH System Components, Sizing and Design
- 295-5 CHPWH Measurement and Verification
- 295-6 CHPWH Successful Installations
- 295-7 CHPWH Maintenance Operations
- 295-8 CHPWH Manufacturer Resources
Many commercial buildings today use Water Source Heat Pumps (WSHP) to meet their heating and cooling needs. These unique systems can be all electric energy and meet emissions regulations by not using fossil fuel systems for heating.
The operation and designs of these Water Source Heat Pumps are unique. Any technician working in commercial buildings must have a basic understanding of these systems. This course is designed to equip commercial HVAC technicians in maintaining and troubleshooting these systems.
This program is NATE recognized for 18 hours of continuing education hours (CEHs) which are applicable to NATE re-certification.
The modules making up the course are:
- Introduction; System Overview/Advantages.
- Water Loop Components.
- Water Source Heat Pumps.
- Heat Pump and System; Options and Installation.
- Heat Pump and Water Loop Control Systems.
- Heat Pump and Water Loop Maintenance and Troubleshooting.
Electrical
An introduction to basic electrical theory such as the electron, Ohms Law, circuit schematic symbols, circuit characteristics and measurements as applied to DC & AC circuits in the HVAC industry. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard180. Also, the ESCO Electrical Theory and Application ebook is included in the course. This online course is NATE recognized for 18 hours of continuing education (CEHs) applicable to NATE recertification. Students also receive access to the ESCO Electrical Theory and Application ebook, a downloadable file, as an additional learning resource.
The Modules Cover
• Electrical Safety Fundamentals
• What is Energy
• Atomic Theory
• Basic Circuits
• Parallel Circuits
• Power
Expected End of Course Outcomes:
• Identify the types of circuits used to form complete power and control systems
• Understand the differences between pictorial and ladder wiring schematics
• Develop a deeper understanding of electrical safety practices
A continuation of the Electrical 111 course, concepts presented focus on alternating current production and application to devices utilized in HVAC systems. Topics include magnetism, alternating current, 2 types of loads, capacitors, and values of load devices and their calculations, and transformers. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180. Also, the ESCO Electrical Theory and Application ebook is included in the course as a downloadable file as an additional resource.
Prerequisites:
It is recommended that you have a good understanding of HVAC Fundamentals and Completion of 111 HVAC Electrical DC Theory Plus, or equivalent on the job training, before enrollment into this intermediate course. This course is recognized for 18 hours of continuing education (CEHs) applicable to NATE recertification.
The Modules Cover:
• Magnetism
• Alternating current
• Loads, Resistive and Inductive
• Capacitors
• Resistance
• Transformers
Expected End of Course Outcomes:
• Understand the differences of inductive and resistive electrical loads that apply to any electrical system
• Understand the purposes of line voltage and control voltage power and control systems
• Visualize the effects of magnetism all around us
113 is the logical continuation of 112 Electrical, this course covers common control components found in HVAC systems. Presentations and examples are given for specific devices and their electrical sequence of operation in normal HVAC applications. The final modules discuss wiring and schematic reading. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180. Also, the ESCO Electrical Theory and Application eBook is included in the course. 113 Electrical is recognized for 18 hours of continuing education (CEHs) applicable to NATE recertification. Students also receive access to the ESCO Electrical Theory and Application ebook, a downloadable file, as an additional learning resource.
Prerequisites:
You will want to have completed 111 HVAC Electrical DC Theory Plus, and 112 HVAC Electrical AC Theory Plus, or have a working knowledge of the content of those courses before enrollment into this advanced course. Please refer to each course description in the catalog for the specific details.
The Modules Cover:
• Control Methods, Temperature & Pressure
• Residential Heat / Cool Thermostats @ Low Voltage
• Good Relay Stuff
• Contactors Go / Starters Go with Protection
• Power Wiring
• Odds and Ends Around a Schematic
Expected End of Course Outcomes:
• Understand the purpose and connections of key electrical components
• Learn the differences between relays and contactors
• Understand tracing circuits on a wiring schematic and actual systems
This course is dedicated to common single-phase and small three-phase electric motors. Presentations focus on basic motor theory, common types of motors, starting components and protection devices. You will also develop diagnostic skills for motor troubleshooting and replacement. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180. Students receive access to the ESCO Electrical Theory and Application ebook, a downloadable file, as an additional learning resource. This course is recognized for 21 hours of continuing education (CEHs) applicable to NATE recertification.
Prerequisites:
Completion of 111 HVAC Electrical DC Theory Plus, 112 HVAC Electrical AC Theory Plus, and 113 HVAC Electrical Common Components, or have a working knowledge of the content of those courses before enrollment into this advanced course. Please refer to each course description in the catalog for the specific details.
The Modules Cover:
• Basic Electric Motor Theory
• Open and Hermetic Motors
• Capacitor Motors
• Three-phase Motors
• The Application of Electric Motors
• Diagnosing and Replacing Electric Motors
• ECM Motors
Expected End of Course Outcomes:
• Identify key electric motor types
• Develop diagnostic practices to identify motor failures and replacement techniques
• Identify the ECM (variable capacity motor) and to follow specific diagnostic steps
To maintain the lighting systems in their buildings, this course guides students through a better understanding of how light works and the importance of proper environmental lighting for both the safety and comfort of the building occupants. Introduction to commercial lighting equipment and how to distinguish between a maintenance task and when to call a licensed electrician is covered. Students will better understand various lighting control strategies and opportunities to recommend more efficient lighting technologies. There is no textbook required. This course is recognized for 12 hours of continuing education (CEHs) applicable to NATE recertification
.
The Modules Cover:
• Introduction to Commercial Lighting
• Commercial Lighting Equipment
• Commercial Lighting Maintenance and Upgrades – Part 1
• Commercial Lighting Maintenance and Upgrades – Part 2
Expected End of Course Outcomes:
• Identify types of commercial lighting systems
• Identify the importance of proper lighting levels
• Identify troubleshooting steps for lighting systems
• Understand the lighting maintenance steps required
The intent of this course is to give facilities maintenance staff a feel for the equipment present in their buildings. With this understanding, you will be better able to perform and handle service issues when required. This course focuses on On-Site Electrical Generation Systems utilized in commercial buildings. An overview of the fundamentals and background of Backup Generation Systems is first; then the course modules expand into the specifics of the components, operation and maintenance requirements of modern commercial building on-site generation systems. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180. This course is recognized for 9 hours of continuing education (CEHs) applicable to NATE recertification. A textbook is not required for this course.
Prerequisites:
A strong working knowledge of HVAC fundamentals prior to enrollment into this course.
The Modules Cover:
• Generation Fundamentals
• Generation Systems
• Maintenance of Backup Generators
Expected End of Course Outcomes:
• Identify fundamentals of backup power systems
• Identify minimal maintenance steps
• Identify troubleshooting steps for advanced components of backup power systems
• Understand when to call in third-party service companies
Building Automation Systems (BAS)
This course is designed to introduce HVACR Technicians, and others involved in the HVACR industry, to the Fundamentals of HVACR Control Systems. This course will prepare students with a strong understanding of typical HVAC mechanical systems in a commercial building environment. In turn, the student will gain an understanding of the different types of control systems and concepts used in these commercial buildings. Instruction aligns with ACCA Quality Installation & Maintenance Standards.
Modules include:
- HVAC Fundamentals
- Commercial Building Heating Systems
- Commercial Building Cooling Systems
- IAQ and Commercial Air Handling Units
- HVAC System Energy Sources
- Control Principles
Required Textbok not included with individual course sale: HVAC Control Systems, 4th Edition, by Ronnie J. Auvil American Technical Partners ISBN: 978-0-8269-0779-0
This course is designed to introduce HVACR Technicians, and others involved in the HVACR industry, to Electrical and electronic control systems as used in commercial buildings and HVAC systems. Building Automation systems will then be discussed in detail, starting with older systems and proceeding to today’s modern web-based systems. The student will understand types and methods of operator interfaces in commercial buildings, as well as the different types of BAS inputs and outputs in detail. Instruction aligns with ACCA Quality Installation & Maintenance Standards.
Recommended Prerequisites: You will need a strong working knowledge of HVACR Fundamentals and completion of “153 Controls Systems Fundamentals” prior to enrollment into this course. This course is NATE recognized for 18 hours of continuing education (CEHs) which are applicable to NATE re-certification.
The main topics for the course are:
- Control Systems
- Electrical Control Systems
- Electronic Control Systems
- Building Automation Systems and Controllers
- Operator Interfaces
- Building Automation System Inputs and Outputs
Each course purchase allows 60 days enrollment to complete. Must obtain a 70% or higher to obtain CEU recognition. Course provides you with a Subject Matter Expert (mentor) to assist with questions and all course materials for the duration of the course.
Required Textbok not included with individual course sale: HVAC Control Systems, 4th Edition, by Ronnie J. Auvil American Technical Partners ISBN: 978-0-8269-0779-0
This course is designed to equip HVACR Technicians, and others involved in the HVACR industry, with the skills and understanding needed to install and program typical modern BAS equipment. This will be done in a vendor-independent manner. VAV terminal box, Air Handling Unit, and Central Boiler/Chiller Plant Programming will be used as examples. Instruction aligns with ACCA Quality Installation & Maintenance Standards.
Recommended Prerequisites: Completion of 153 Controls Systems Fundamentals, and 154 Control Systems Types and BAS Basics prior to enrollment into this advanced course. This course is NATE recognized for 18 hours of continuing education (CEHs) which are applicable to NATE re-certification.
The main topics for the course are identified below:
- Building Automation System Installation, Wiring, and Testing
- Computer Networks and Web Based Control
- Direct Digital Control Strategies
- Supervisory Control Strategies
- Building Automation Retrofit of Existing Systems
- Controller Programming
Each course purchase allows 60 days enrollment to complete. Must obtain a 70% or higher to obtain CEU recognition. Course provides you with a Subject Matter Expert (mentor) to assist with questions and all course materials for the duration of the course.
Required Textbok not included with individual course sale: HVAC Control Systems, 4th Edition, by Ronnie J. Auvil American Technical Partners ISBN: 978-0-8269-0779-0
This course is designed to equip HVACR Technicians, and others involved in the HVACR industry, with the knowledge needed to implement advanced strategies in BAS regarding alarms trends and energy saving features. This course will also equip the technician to perform basic service troubleshooting of BAS and understand the role and structure of interoperable systems including BACNET and LON. The student will then be able to work with commissioning agents to ensure proper BAS operation and implementation.
Instruction aligns with ACCA Quality Installation & Maintenance Standards. Recommended Prerequisites: completion of 153 Controls Systems Fundamentals, and 154 Control Systems Types and BAS Basics, and 155 BAS Installation and Strategies prior to enrollment into this advanced course. This course is NATE recognized for 15 hours of continuing education (CEHs) which are applicable to NATE re-certification.
The main topics for the course are identified below:
- Building System Management
- Energy Audits and Utility Structures
- Building Automation System Troubleshooting
- Building Automation System Interoperability-Advanced Technologies
- Building Commissioning
Required Textbok not included with individual course sale: HVAC Control Systems, 4th Edition, by Ronnie J. Auvil American Technical Partners ISBN: 978-0-8269-0779-0
Each course purchase allows 60 days enrollment to complete. Must obtain a 70% or higher to obtain CEU recognition. Course provides you with a Subject Matter Expert (mentor) to assist with questions and all course materials for the duration of the course.
Tap into the experience of a Pro! Videos included! This class is designed for advanced level technicians who want to learn and enhance their BAS/ DDC Troubleshooting skills. Dozens of In-depth multiple field troubleshooting scenarios are covered in detail in a ‘ride-along in the service van’ format. All scenarios are derived from actual service calls. Upon completion of this course the technician will have covered a minimum 75% of the most common service calls on BAS/DDC. Videos and hands-on access to a control system will be used to enhance the learning experience as well!
Prerequisite: Successful completion of BAS Program 153-156 or Equivalent Field experience.
Required Textbok not included with individule course sale: HVAC Control Systems, 4th Edition, by Ronnie J. Auvil American Technical Partners ISBN: 978-0-8269-0779-0
This course is NATE recognized for 21 hours of continuing education (CEHs) which are applicable to NATE re-certification.
The modules included are:
- Troubleshooting Tools & Safety; Overview of ‘Typical’ DDC System Today
- Input Troubleshooting with Multiple, Typical Field Scenarios
- Output Troubleshooting with Multiple, Typical Field Scenarios
- Field Controller Level Troubleshooting Part 1
- Field Controller Level Troubleshooting Part 2 with Multiple, Typical Field Scenarios
- Basic Web-Based Control Systems Troubleshooting Part 1
- Web-Based Control Systems Troubleshooting Part 2 with Multiple, Typical, Field Scenarios
Variable Air Volume (VAV) Systems are the most common type of large commercial HVAC System in use today. This course is designed for advanced level technicians and building maintenance personnel who are responsible for troubleshooting these Variable Air Volume (VAV) systems. This course will start with an in-depth overview of the history and types of VAV systems. Next up is a list of common needed troubleshooting tools. Control system components and layouts to include pneumatic and DDC are given. VAV air handling units and sequences of operation of all major types are covered in depth. The most common troubleshooting scenarios of VAV air handling units are described as well.
The vast majority of VAV terminal Box types are thoroughly covered, as well as components and control sequences. The course will finish up with and in-depth multiple field troubleshooting scenarios which are represented in detail. All scenarios are derived from actual service calls.
Upon completion of this course the technician will have been exposed to a minimum 75% of the most common service calls on VAV systems.
Prerequisite: Successful completion of BAS Program 153-157 or Equivalent Field experience.
No textbook is needed or used. Will be using field manual pdf’s from various vendors. Actual Job Prints will be used as needed.
This course is NATE recognized for 21 hours of continuing education (CEHs) which are applicable to NATE re-certification.
The seven modules included are:
- Troubleshooting and Diagnostic Tools and Safety; Definition and Development of VAV
- VAV AHU and Terminal Box Control Systems and Components
- VAV Air Handling Units and Control Sequences
- VAV Air Handling Unit Troubleshooting (Most Common Scenarios)
- VAV Terminal Box Types and Control Sequences
- VAV Terminal Box Types and Control Sequences – VAV Box Modes of Operation
- VAV Terminal Box Troubleshooting Scenarios (Most Common Scenarios)
This course will prepare both HVAC and Controls Technicians to work on today’s modern web-based systems in a commercial HVAC Control System. This course will provide technicians with an introduction to Ethernet networking concepts, hardware, configuration, and troubleshooting. This course is aimed at HVAC technicians servicing automated control systems that are based on networked controllers. We will cover the basic operation of an Ethernet-based network, servers, and software tools. We’ll follow that with examples of the 19 most common causes of network problems, including their symptoms, diagnosis, and remedies. Professional relationships and collaboration with facility IT staff is emphasized throughout.
This course is NATE recognized for 21 hours of continuing education (CEHs) which are applicable to NATE re-certification.
The seven modules included are:
- Introduction; Networking Personnel and Networking Basics Part 1
- Networking Personnel and Networking Basics Part 2
- HVAC Control System Networks
- Client Computers
- Servers
- Wireless Networking: Hardware Troubleshooting Tools
- Software Troubleshooting Tools; Troubleshooting Scenarios
Pneumatic HVAC Control Systems were the predominant type of commercial building control system for many years. They are still around today in 20-30% of commercial buildings but the technicians that installed and serviced them have retired! An HVAC Technician needs to have a thorough understanding of these Pneumatic Control Systems to be able to effectively service this marketplace. The instructor of this online course, Ron Auvil, started his career exclusively as a pneumatic controls technician and has served as a pneumatics consultant and trainer for decades. He will pass along to you the tips and tricks that he learned from the ‘Master Pneumatics Technicians’ that he worked with for many years! This course is designed for advanced level technicians and building maintenance personnel who are responsible for servicing and troubleshooting these Pneumatic Control systems.
Prerequisite: Successful completion of BAS Program 153-157 or equivalent field experience.
Textbook: “Pneumatic Controls” by RSES is required; access to the e-book is included and provided in the course. In addition, we will be using field manual pdf’s from various vendors. Actual Job Prints will be used as needed. This course is NATE recognized for 24 hours of continuing education (CEHs) which are applicable to NATE re-certification.
The eight modules in this course are:
- The Air Compressor Station
- Pneumatic Actuators, Dampers, and Valves
- Pneumatic Loads; Pneumatic Thermostats
- Pneumatic Transmitters
- Pneumatic Receiver Controllers
- Pneumatic Auxiliary Devices
- Pneumatic Prints and Applications
- Troubleshooting Pneumatic Controls
HVAC Economizer systems are an often misunderstood, yet essential component of successful energy efficiency and air comfort / quality strategies in commercial building applications.
The goal of this course is to provide the working field technician and HVAC student with an understanding of the importance of correctly installed and operating economizers, what they are, how they work, and how the service technician can maintain, troubleshoot, and ensure the correct operation of these systems.
This course is applicable to Title 24 in the State of California, and adheres to the ACCA/ASHRAE Standard 180 Quality Maintenance protocols.
Recommended Prerequisites: You will want to have a strong working knowledge of basic HVACR fundamentals prior to enrollment into this advanced course.
This Economizers ADEC / DCV course is NATE recognized for 24 hours of continuing education (CEHs) applicable to NATE re-certification.
Modules included are:
- Introduction to Economizers
- Applied Economizers
- Air Properties and Psychrometrics
- Applied Psychrometrics
- Economizer DDC Operations – Honeywell
- Economizer Operations – Trane
- Belimo – ZIP Economizer
- Demand Control Ventilation (DCV)
This hands-on course will train building personnel to make the most effective and efficient use of the common features of the Metasys system extended architecture facility management system.
Note: Your instructor, Ron Auvil, has taught thousands of Metasys Operators across the US over the past 20+ years.
Prerequisite: Fundamental understanding of computer use
Modules:
- Metasys system extended architecture Overview
- Basic Navigation of the System with the User Interface
- Command Objects
- Scheduling
- Alarms
- Trending
- Totalization and using Graphics
About this Course:
- Recorded Video Lectures For Each Module, Approx 60-90 Minutes Per Module
- Optional Test Per Module and Final Test For Entire Course.
- Certificate Of Completion
- Hands On Lab Exercises Available
- Access To Ron Auvil-Instructor, via Email Or Phone.
This course will train building personnel to upload, download, commission, and troubleshoot the most common problems with UNT, VAV, VMA, and AHU Controllers.
Prerequisites: Basic Computer and HVAC Systems Knowledge. To complete the hands on activities the student will need a functioning ASC Controller, N2 interface device, and a computer with HVAC Pro software.
Modules:
- Introduction and Product Overview; File Types and Locations
- HVAC Pro Overview
- Downloading and Commissioning ASC’s
- UNT Controller
- VAV Controller
- VMA Controller
- AHU Controller; Sideloops
If you want to troubleshoot and service Johnson Controls DX-9100 Controllers this class is for you! Emphasis is placed on real world troubleshooting and operation scenarios.
Prerequisites: Basic Computer and HVAC System Knowledge; To complete the hands-on activities the student will need a functioning DX-9100, N2 interface device, and a computer with GX-9100.
Modules:
- Introduction; DX and XT/XP Hardware
- DX Keypad/Display; Viewing and Calibrating DX Controllers
- Creating and Downloading DX Applications
- Creating Inputs and Constants
- Creating Outputs and Expansion Points
- PID’s and Other Control Modules
- Numeric Module Overview
- PLC Logic
This course is designed for those who need to know the basics of using the PCT/CCT Tool.
Prerequisites:
Basic computer knowledge and HVAC Systems knowledge. To complete the hands on activities the student will need a functioning MSTP controller, MAP sensor, and computer with PCT or CCT.
Participants will receive an overview of the Facility Explorer MSTP Field Controller system, create programs from standard tree systems using the programmable Controller and Commissioning Tool, then connect using the MAP sensor to upload and download code into the controllers after setting up the hardware and software to communicate properly.
Modules included:
- Introduction and MSTP Product Overview
- Communications/MAP Gateway/Bluetooth
- PCG Hardware
- Creating and Simulating Programs Using Standards Tree
- Upload – Download
- Simulation and Commissioning
- PCV VAV Box Controllers; PCX Expansion Modules; PCA – Advanced Controllers
- Adding and Modifying IO Sideloops
Indoor Air Quality is a vital topic for any technical staff working in commercial buildings today. IAQ problems can be very expensive for both tenants and building owners. Possible legal liabilities are involved as well. Technical staff today must have a background in IAQ and know how to prevent or mitigate problems as they arise.
This eight-module series is designed for new hires and those transitioning from residential systems to commercial building HVAC. Emphasis is put on real-world troubleshooting and operation scenarios.
Students will take one course-module at a time in a systematic progression. Students are enrolled as online asynchronous. This access allows students to login at their convenience 24/7/365. This program is NATE recognized for 24 hours of continuing education hours (CEHs) which are applicable to NATE re-certification.
The modules included in this course are:
- Introduction to Indoor Air Quality (IAQ)
- IAQ Health Hazards
- IAQ Contaminants and Safety
- Indoor Air Sampling and Testing
- HVAC Systems and Ventilation
- HVAC Control Systems for IAQ
- HVAC System Preventive Maintenance
- Prevention and Mitigation of IAQ Problems
Refrigeration
This course was created to help prepare the student for the EPA Section 608 Certification exam and provides the EPA 608 Technician Certification Exam proctored online. Our course material is in alignment with the current federal standards and is packed with downloadable study guides, a video, and an EPA 608 Exam Prep Manual. The first module starts the student with the Core then moves onto Type I, II, and III certifications, which includes Terms Definitions Exercise and ends with a practice exam.
Modules included are:
- Resources
- Core
- Type I
- Type II
- Type III
Once the student has successfully completed this course, he/she will be well prepared for a successful exam to become an EPA 608 Certified Technician. Upon completion participants will receive a one-time use code (this code does not expire) to schedule your exam through our online proctoring service. You’ll get your exam results the same day as your online test!
The 138 Introduction to Mini Splits is an intermediate course, totaling 15 instructional hours. Students will take one module at a time, in a systematic progression that moves through foundational knowledge, into the specific technologies focusing on Mini / Multi Split Systems. Students are enrolled as online asynchronous. This access allows students to login at their convenience 24/7/365. This program is NATE recognized for 15 hours of continuing education hours (CEHs) which are applicable to NATE re-certification.
Modules included are:
- Mini Splits – Foundation
- Refrigeration – 1 to 1 Systems
- Mini-Split Controls and Electronics
- Installation Practices
- Installation Accessories
“This class is designed to get you up to speed on one of the biggest trends in our industry……the ductless mini split. My goal for this class is for you to understand the basic inner workings of a mini split and become familiar with the product line, it’s uses, and what it’s not well suited for. At the end of this class you should be able to find important manufacturer information, identify components that might differ from a regular split system, as well as learn what best practices are. If you have any questions, please feel free to reach out! Let’s get started!” – Ryan Findley, Instructor.
HVACR Refrigeration 141 provides a thorough examination of the refrigerant circuit as it is applied to both air conditioning and refrigeration purposes, and presents a practical and systematic method to diagnose problems in the refrigerant circuit. If you understand the parameters governing the operation of the refrigerant circuit, you will be able to diagnose any piece of equipment. Instruction aligns with ACCA Quality Installation & Maintenance Standards. This course is recognized for 18 hours of continuing education (CEHs) applicable to NATE re-certification.
Modules cover:
- Basic Refrigeration Cycle Physics
- Condensation and Condensers
- Expansion and Metering Devices
- Evaporation and Evaporators
- Compression and Compressors
- Measure the Normal Cycle
This course is a continuation and elaboration of HVACR Refrigeration I. Presentations describe the application of common accessories found in a system, piping arrangements, sizing considerations and system operation. Instruction aligns with ACCA Quality Installation & Maintenance Standards.
Prerequisites: you will want to have completed 141 HVACR Refrigeration I, or have a working knowledge of the content of that course prior to enrollment into this advanced course.
Please refer to the 141 course description in the Catalog for specific details. This course is recognized for 18 hours of continuing education (CEHs) applicable to NATE re-certification.
Modules cover:
- Refrigerants
- Common Compressor Accessories
- Common High-Side Accessories
- Common Low-Side Accessories
- Piping System Sizing
- Common System Control Arrangements
Refrigerant leak detection, evacuation, and charging are critical to ensure the reliability of any refrigeration system. This advanced course leads you through the information and procedures you need to perform the necessary tasks in step-by-step detail. You will learn How to identify when and where there is a leak, Leak detection methods, Reasons for system evacuation, Operation of a Vacuum Pump, Operation of a Micron Gauge, Importance of the correct charge, and Methods used to check a charge. You’ll acquire all the knowledge you need to do the job right. Instruction aligns with ACCA Quality Installation and ACCA/ ASHRAE Standard 180. Prerequisites: You will want to have completed 141 HVACR Refrigeration I, and 142 HVACR Refrigeration II, or have a working knowledge of the content of those courses prior to enrollment into this advanced course. Please refer to the 141 & 142 course descriptions in the Catalog for specific details. This course is recognized for 9 hours of continuing education (CEHs) applicable to NATE re-certification.
Modules cover:
- Refrigerant Leak Detection
- Evacuation
- Charging Systems
Recommended Textbook: Refrigeration and Air Conditioning Technology, 8th Edition. by Bill Whitman, Bill Johnson, John Tomczyk, Eugene Silberstein ISBN: 13:978-1305578296
The 238 Advanced Mini Splits is an intermediate course, totaling 12 instructional hours. Students will take one module at a time, in a systematic progression that moves through foundational knowledge, into advanced, specific technologies, focusing on Mini / Multi Split Systems. Students are enrolled as online asynchronous. This access allows students to login at their convenience 24/7/365. This program is NATE recognized for 12 hours of continuing education hours (CEHs) which are applicable to NATE re-certification.
Modules included are:
- AMS – Indoor Units – Controls
- AMS — Refrigeration System
- AMS – Advanced Troubleshooting
- AMS – Performance Engineering
“This class is designed to get you up to speed on one of the biggest trends in our industry……the ductless mini split. Goals for this course include a deep dive into the inner workings of a mini split, its uses, and what it’s well suited for. In these modules, we’re going to cover some ways to test the performance and output of the units in both heating and cooling mode, as well as talk about some more sales/engineering type topics having to do with derating of the equipment.
Upon completion of this course, you will be able to find important manufacturer information, identify components that might differ from one manufacturer to the next, as well as learn what best practices are. If you have any questions, please feel free to reach out! Let’s get started!” – Ryan Findley, Instructor.
This is an entry-level course in a single module designed for those who need a basic understanding of drive belts and how they are utilized in residential and commercial HVACR systems. Types of drive belts, their selection, installation and maintenance are discussed in detail. The content of this course follows the recommended topics for basic study of HVACR. This course is NATE recognized for 3 hours of continuing education (CEHs) applicable to re-certification.
The US Clean Air Act and the Environmental Protection Agency is phasing out ozone depleting refrigerants like R-22. As a result, technicians will be handling other refrigerants like Hydrocarbons. This course introduces you to hydrocarbons as refrigerants, covers the associated regulations and standards, and gets you familiar with their properties and how to handle them safely. In addition there is a summary of the refrigerant cycle as it relates to hydrocarbon refrigerants, system components, and the proper safe servicing procedures of hydrocarbon refrigerant systems.
This course is NATE recognized for 3 hours of continuing education (CEHs) applicable to re-certification. This course allows 30 days enrollment to complete.
Course topics include:
- Introduction to the use of Hydrocarbons as Refrigerants
- HC Regulations and Standards
- Refrigerant Properties and Safety
- The Refrigerant Cycle
- System Components
- Servicing Procedures
This is a 11 video / 5-hour series of compressor tear downs performed by and commented on by Bob Feathers, “Mr. Compressor”.
He dissects a range of manufacturer’s reciprocating semi hermetic commercial compressors that have failed and points out the clues that point to the reason for failure.
“A Compressor Doesn’t Fail, A System Fails!” – Chris Compton
Prerequisites: Because of the advanced topics discussed in this video series, it is recommended that you complete these refrigeration courses: 141 HVACR Refrigeration I, 142 HVACR Refrigeration II, 441 HVACR Commercial Refrigeration I, 442 HVACR Commercial Refrigeration II; or have extensive experience in these topics. This course is recognized for 5 hours of continuing education (CEHs) applicable to NATE re-certification.
The 246 Low GWP Refrigerants is an intermediate course, totaling 3 instructional hours. Students will take the module in a systematic progression that moves through foundational knowledge, into advanced, specific technologies, focusing on modern refrigerants and the systems that utilize them. Students are enrolled as online asynchronous. This access allows students to login at their convenience 24/7/365. This program is NATE recognized for 3 hours of continuing education hours (CEHs) which are applicable to NATE re-certification.
Modules included are:
- Low GWP (Global Warming Potential) Refrigerants
“As the HVACR industry continues to move forward and innovate, the refrigerants that were once so commonplace are now being phased out. Replacing them are more energy efficient, environmentally friendlier refrigerants, known as Low GWP refrigerants. Many of these new refrigerants are classified by ASHRAE as A2L, or slightly flammable. The industry is also seeing expanded use of some hydrocarbon (A3) refrigerants, such as propane and isobutane. Students and technicians will require additional training for the safe handling and transportation of these refrigerants.” – ESCO
- Introduction; AHU and Chilled Water System Overview
- Packaged Air-Cooled Chillers
- Packaged Chiller Control, Operation, and Maintenance
- Centrifugal Chillers
- Screw Chillers
- Cooling Towers
- Typical Chiller Plant Layout
- Mid and Large Tonnage Chiller Diagnostics and Troubleshooting.
We will compare things you’re already familiar with like space temperatures and common components of basic AC systems to those of commercial refrigeration systems. We will examine evaporators, condensers, compressors, metering devices, controls and accessories, and the refrigerants commonly used in commercial refrigeration. We will review the important terminology. At the end of this course, we will cover some system troubleshooting, giving you a chance to put your knowledge to work on the 9 most common system problems. And you will understand when to apply TROT in the absence of a manufacturer’s recommendation.
Modules include:
- Refrigeration Principles
- Evaporators
- Condensers
- Compressors
- Metering Devices
- Controls and Accessories
- Refrigeration System Troubleshooting Part 1
- Refrigeration System Troubleshooting Part 2
Required Textbok not included with individule course sale: Cengage: Commercial Refrigeration for Air Conditioning Technicians, 3rd Edition ISBN 978-1305506435
An advanced program totaling 35 instructional hours. Students will take one course at a time in a systematic progression that moves through market refrigeration and the specific technologies focusing on Parallel and Unparallel Rack Systems and Applications as well as video demonstrations of compressor teardowns.
The need for Refrigeration Mechanics is ever evolving:
- Old systems still need to be maintained.
- Retrofit opportunities.
- New technologies and refrigerant requirements.
- System controls / Energy savings.
- Food safety and monitoring are very important.
Students are enrolled as online asynchronous independent study. This access allows students to login at their convenience 24/7/365. This program is NATE recognized for 35 hours of continuing education (CEHs) which are applicable to NATE re-certification.
Prerequisites: This advanced program is designed for HVACR technicians, facilities managers, and commercial maintenance technicians who have already completed an educational program for HVACR and/or have current industry work experience in the field. The program will build on your existing knowledge of HVACR fundamentals and equipment and help you learn commercial supermarket applications and systems.
444 Rack Tech
By Bob Feathers
Courses included:
- Intro to Supermarket Applications I
- Intro to Supermarket Applications II
- Oil Management
- Head Pressure Control
- Heat Reclaim
- Liquid Distribution
- Case Temp Control
- Defrost Applications
- Compressor Protection
- System Capacity Control
245 Compressor Failure Analysis with Bob Feathers (Mr. Compressor)
By Bob Feathers and Chris Compton
This is a 11 video / 5-hour series of compressor tear downs performed by and commented on by Bob Feathers, “Mr. Compressor”.
He dissects a range of manufacturer’s reciprocating semi hermetic commercial compressors that have failed and points out the clues that point to the reason for failure.
“A compressor doesn’t fail, a system fails!” – Chris Compton!”
Prerequisites: Because of the advanced topics discussed in this video series, it is recommended that you complete these refrigeration courses: 141 HVACR Refrigeration I, 142 HVACR Refrigeration II, 441 HVACR Commercial Refrigeration I, 442 HVACR Commercial Refrigeration II; or have extensive experience in these topics. This course is recognized for 5 hours of continuing education (CEHs) applicable to NATE re-certification.
Courses included:
444 Rack Tech
By Bob Feathers
This advanced level, eleven-module series is designed for experienced HVACR technicians, or those who have completed an educational program in HVACR. The 446 course focuses upon introducing the HVACR technician to the utilization of CO2 refrigerant in commercial applications. The course is not limited to one manufacturer or type of system. Emphasis is put on real-world operations and troubleshooting scenarios.
Modules included:
- CO2 Refrigeration Safety
- CO2 Refrigeration Terms
- CO2 Properties / Phases of CO2
- CO2 Piping
- Leak Detection & Motor Room Ventilation
- Different Types of CO2 Systems
- CO2 Components
- CO2 Oil Systems
- Defrosting with CO2
- Pre-Startup Checks, Evacuation Pressure Testing & Startup
- CO2 Common Operation Logic
The Rack Program Plus is an advanced program totaling 71 instructional hours. Students will take one course at a time in a systematic progression that moves through the topics of refrigeration fundamentals, market refrigeration and the specific technologies focusing on Parallel and Unparallel Systems and Applications.
The need for Refrigeration Mechanics is ever evolving:
- Old systems still need to be maintained.
- Retrofit opportunities.
- New technologies and refrigerant requirements.
- System controls / Energy savings.
- Food safety and monitoring are very important.
Students are enrolled as online asynchronous independent study. This access allows students to login at their convenience 24/7/365. This program is NATE recognized for 71 hours of continuing education (CEHs) which are applicable to NATE re-certification.
Courses included:
- 141 Refrigeration
- 142 Refrigeration II
- 444 Rack Tech Program
- 245 Compressor Failure Analysis” with Bob Feathers (Mr. Compressor)
Cursos básicosde HVAC en español
Este curso en línea ofrece una introducción a los fundamentos básicos y la terminología de HVACR. El contenido del curso se dedica a aplicar conceptos físicos que se utilizan en sistemas de HVACR. Se tratan los temas de las mediciones, el calor, la presión, y las propiedades del gas y del aire. La instrucción se alinea con las normas de ACCA para la instalación de calidad y el mantenimiento, e incluye tutoriales de RSES. Este curso es reconocido por 18 horas de educación continua (CEHs) aplicables a la re-certificación de NATE.
Los 6 módulos incluyen:
• Mediciones
• Energía Térmica
• Presión
• Propiedades de Gas
• Propiedades de aire
• Introducción a la industria HVACR
Este curso en línea es una introducción a la teoría eléctrica, como el electrón, la ley de Ohm, los símbolos del esquema del circuito, los características del circuito y las medidas que se aplican a los circuitos CC Y CA en la industria HVACR. La instrucción se alinea con las normas de ACCA para la instalación de calidad y el mantenimiento, e incluye tutoriales de RSES. Este curso en línea es reconocido por 18 horas de educación continua (CEHs) aplicables a la re-certificación de NATE.
Los seis módulos incluyen:
• Fundamentos de la seguridad eléctrica
• ¿Qué es la energía?
• Teoría atómica
• Circuitos básicos
• Circuitos en paralelo
• Potencia
Una continuación en línea del curso 111 Electricidad, los conceptos que se presentan y analizan son orientados a la producción de la corriente alterna y su aplicación a los dispositivos utilizados en sistemas de HVACR. Cubriremos el magnetismo, la corriente alterna, dos tipos de cargas, los condensadores, y los valores de los dispositivos de carga y sus cálculos, además de los transformadores. La instrucción se alinea con las normas de ACCA para la instalación de calidad y el mantenimiento, e incluye tutoriales de RSES. Curso Previo Recomendado: Se recomienda que tenga un buen conocimiento de los fundamentos de la teoría de corriente continua como lo tratado en el curso 111, o entrenamiento en el trabajo antes de hacer este curso. Este curso es reconocido por 18 horas de educación continua (CEHs) aplicables a la re-certificación de NATE.
Los seis módulos incluyen:
• Magnetismo
• Corriente alterna
• Cargas resistivas e inductivas
• Condensadores
• Resistencia
• Transformadores
Este curso en línea es la introducción de sistemas de confort de HVAC. En este curso trataremos la energía térmica, las condiciones de confort humano, el gráfico de la psicrometría y el trazado de diversas condiciones de aire. Vamos a completar el curso con la introducción de los términos, conceptos, mediciones y cálculos del aire en movimiento. La instrucción se alinea con las normas de ACCA para la instalación de calidad y el mantenimiento. Curso Previo Recomendado: Se recomienda que tenga un buen conocimiento de los fundamentos básicos de HVACR, o entrenamiento en el trabajo antes de hacer este curso. Este curso es reconocido por 18 horas de educación continua (CEHs) aplicables a la re-certificación de NATE.
Los seis módulos incluyen:
• Energía térmica y confort
• Propiedades del Aire
• Psicrometría
• Calor total del aire
• Medir un pesado volumen invisible en movimiento
• Medición del caudal de aire
141 HVACR Refrigeración se ha diseñado para proporcionar un análisis exhaustivo del circuito de refrigerante, ya que se aplica a ambos aire acondicionado y refrigeración, y para proporcionar un método práctico y sistemático para el diagnóstico de problemas en el circuito de refrigerante. Si entiende los parámetros que rigen el funcionamiento del circuito de fluido refrigerante, será capaz de diagnosticar cualquier tipo de equipo. La instrucción se alinea con las normas de ACCA para la instalación de calidad y el mantenimiento. Curso Previo Recomendado: Se recomienda que tenga un buen conocimiento de los fundamentos básicos de HVACR, o entrenamiento en el trabajo antes de hacer este curso. Este curso es reconocido por 18 horas de educación continua (CEHs) aplicables a la recertificación de NATE.
Los módulos tratan de:
• Física básica del ciclo de refrigeración
• Condensación y condensadores
• Dispositivos de expansión y medición
• Evaporación y evaporadores
• Compresión y compresores
• Medir el ciclo normal
Technical Core Assessments
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Have you considered an Online HVAC/R Training Program?
By 2030, the demand for HVAC/R (Heating Ventilation Air Conditioning and Refrigeration) technicians is expected to expand rapidly with the industry currently unable to fill the need for qualified workers! “Employment of heating, air conditioning, and refrigeration technicians and installers is projected to grow 6 percent by 2032, faster than the average for all occupations.” – Bureau of Labor Statistics
If you are already working in the field or have an interest in learning more, online HVAC/R training could be a perfect fit for you. If you are an employed technician, your newly acquired and/or expanded knowledge can be applied immediately on the job and will surely boost your value to an employer or client.
Conversely, if you are looking to obtain employment with an HVAC/R Company, a Certificate of Completion from an accredited HVAC/R Training school such as HVACRedu.net will make you and your resume stand out from the less-qualified applicants.
- With demand for technicians outpacing supply, it is evident the HVAC/R industry promises to be a lucrative and challenging career for years to come.
- Online HVAC/R Training through HVACRedu.net is not only the ideal path for joining the profitable profession of HVAC/R, but seasoned technicians will find our accredited 2000+ hours of convenient and on-demand curriculum unrivaled!
- Our Courses and Programs are developed and taught by the World’s most renowned HVAC/R Subject Matter Experts/Authors and are perfect for today’s busy adult-learner.
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