Heat Pump Installation Training
Get the hands-on heat pump installation training you need to work confidently in today's HVAC market. This course covers everything from system fundamentals and refrigerant handling to full electrical wiring, commissioning, and diagnostics. Whether you're entering the trade or expanding your skills, you'll finish ready to install, verify, and maintain heat pump systems to code.
What you will learn:
You'll start with heat pump operating principles, system components, and refrigerant regulations before moving into site assessment and accurate load calculations. From there, you'll work through mechanical installation, refrigerant line sets, electrical wiring, and thermostat configuration. You'll learn how to pressure test, evacuate, and charge systems to manufacturer specifications, then verify performance through a full commissioning process. Troubleshooting chapters cover refrigerant faults, electrical failures, defrost issues, and airflow problems using a structured diagnostic method. You'll also cover preventive maintenance, ground-source systems, hydronic integration, and emerging heat pump technologies.
How you study in a practical way Heat Pump Installation Training
How you practice Heat Pump Installation Training
For companies who want to train their team
With Dedika for businesses, the course includes exercises and examples tailored to your own business and the way your company needs.
Course content
8 Chapters • 34 LessonsDuration between 4 and 360 hours (you decide)
Chapter 1HideHide detailsSee detailsFundamentals of Heat Pump Technology
Fundamentals of Heat Pump Technology
Lesson 1 • Heat Pump System Components
Identifies compressors, expansion valves, coils, and refrigerant lines. Component recognition is essential before any hands-on installation work begins.
Lesson 2 • Refrigerants and Environmental Impact
Reviews common refrigerant classes, global warming potential, and handling regulations. Compliance with refrigerant standards is mandatory throughout all installation tasks.
Lesson 3 • Heat Pump System Types
Distinguishes air-source, ground-source, and water-source configurations by application and efficiency. Guides equipment selection decisions in later chapters.
Lesson 4 • Thermodynamic Principles for Heat Pumps
Covers refrigeration cycle stages, heat transfer modes, and coefficient of performance. Establishes the physics framework needed for all subsequent installation topics.
Chapter 2HideHide detailsSee detailsSafety Standards and Regulatory Compliance
Safety Standards and Regulatory Compliance
Lesson 1 • Site Hazard Assessment
Teaches systematic identification of fall, confined-space, and chemical hazards on job sites. Risk assessment must precede equipment placement and installation work.
Lesson 2 • Codes, Permits, and Inspections
Explains mechanical, electrical, and building permit processes and inspection checkpoints. Regulatory compliance protects technicians and ensures system legality.
Lesson 3 • Refrigerant Handling and Certification
Details safe recovery, recycling, and reclaim procedures alongside certification requirements. Proper handling prevents environmental violations and personal injury.
Lesson 4 • Electrical Safety for HVAC Technicians
Covers lockout/tagout, arc flash hazards, and safe voltage testing procedures. Electrical safety underpins every wiring and commissioning task in the course.
Chapter 3HideHide detailsSee detailsSite Assessment and System Sizing
Site Assessment and System Sizing
Lesson 1 • Site Conditions and Placement Planning
Assesses clearances, drainage, noise constraints, and structural support for outdoor and indoor units. Site planning prevents installation rework and code violations.
Lesson 2 • Equipment Selection Criteria
Matches calculated loads to manufacturer capacity ratings, efficiency tiers, and climate suitability. Proper selection ensures performance across seasonal temperature extremes.
Lesson 3 • Building Load Calculation Methods
Applies manual and software-based heat load calculation procedures to residential and light commercial buildings. Correct load data drives all sizing decisions.
Lesson 4 • Ductwork and Airflow Assessment
Evaluates existing duct systems for leakage, sizing, and static pressure compatibility with new equipment. Duct condition directly affects installed system efficiency.
Chapter 4HideHide detailsSee detailsMechanical Installation of Heat Pump Systems
Mechanical Installation of Heat Pump Systems
Lesson 1 • Condensate Management Systems
Installs primary and secondary drain lines, condensate pumps, and overflow protection devices. Proper condensate management prevents water damage and mold growth.
Lesson 2 • Refrigerant Line Set Installation
Teaches proper line sizing, bending, insulation, and support spacing for copper refrigerant lines. Correct line set installation prevents capacity loss and refrigerant migration.
Lesson 3 • Outdoor Unit Mounting and Placement
Covers pad, bracket, and rooftop mounting methods with leveling and vibration isolation techniques. Secure mounting prevents structural damage and refrigerant line stress.
Lesson 4 • Indoor Unit and Air Handler Installation
Details wall, ceiling, and floor-mount air handler installation including condensate drain setup. Correct indoor unit placement ensures uniform airflow and drainage.
Lesson 5 • Flaring, Brazing, and Connection Techniques
Demonstrates flare tool use, nitrogen-purged brazing, and torque specifications for flare fittings. Leak-free connections are critical to system performance and refrigerant containment.
Chapter 5HideHide detailsSee detailsElectrical Wiring and Controls Integration
Electrical Wiring and Controls Integration
Lesson 1 • Power Supply and Disconnect Wiring
Covers circuit sizing, disconnect switch installation, and overcurrent protection selection. Correct power supply wiring is the foundation of safe system operation.
Lesson 2 • Variable-Speed Drive Wiring
Connects and configures variable-frequency drives for compressor and fan motor control. VFD integration enables modulating capacity and improves system efficiency.
Lesson 3 • Low-Voltage Control Wiring
Wires thermostat cables, control boards, and communication buses between indoor and outdoor units. Accurate low-voltage wiring enables proper staging and defrost control.
Lesson 4 • Thermostat and Smart Control Setup
Installs and configures conventional and smart thermostats for heat pump operation modes. Proper thermostat setup activates emergency heat, defrost, and auxiliary stages correctly.
Chapter 6HideHide detailsSee detailsRefrigerant Charging and System Commissioning
Refrigerant Charging and System Commissioning
Lesson 1 • System Evacuation Procedures
Executes deep vacuum evacuation using micron gauges to remove moisture and non-condensables. Proper evacuation prevents acid formation and compressor failure.
Lesson 2 • Refrigerant Charging Methods
Charges systems by weight, subcooling, and superheat methods matched to refrigerant type. Accurate charge levels maximize efficiency and protect compressor longevity.
Lesson 3 • System Startup and Performance Verification
Conducts initial startup checks, airflow measurement, and capacity verification against design targets. Commissioning data confirms the system meets efficiency and comfort specifications.
Lesson 4 • Pressure Testing and Leak Detection
Applies nitrogen pressure testing and electronic leak detection to verify system integrity. Leak-free systems are required before any refrigerant is introduced.
Chapter 7HideHide detailsSee detailsDiagnostics and Troubleshooting
Diagnostics and Troubleshooting
Lesson 1 • Airflow and Heat Transfer Problems
Resolves coil icing, dirty filters, blocked coils, and blower motor faults affecting heat transfer. Airflow deficiencies degrade efficiency and can cause compressor damage.
Lesson 2 • Systematic Diagnostic Approach
Introduces a structured fault-isolation process using symptom analysis and diagnostic trees. A consistent methodology reduces diagnostic time and misdiagnosis errors.
Lesson 3 • Defrost System Diagnostics
Tests defrost control boards, sensors, and reversing valve operation during defrost cycles. Defrost failures cause ice accumulation and significant heating capacity loss.
Lesson 4 • Refrigerant System Fault Diagnosis
Identifies low charge, overcharge, restriction, and compressor faults through pressure and temperature analysis. Refrigerant faults are among the most common field service issues.
Lesson 5 • Electrical and Control System Faults
Diagnoses contactor failures, capacitor faults, control board errors, and wiring defects. Electrical faults account for a large share of no-heat and no-cool service calls.
Chapter 8HideHide detailsSee detailsPreventive Maintenance and System Optimization
Preventive Maintenance and System Optimization
Lesson 1 • System Optimization Techniques
Applies refrigerant charge fine-tuning, airflow balancing, and control setting adjustments to maximize efficiency. Optimization reduces operating costs and improves comfort outcomes.
Lesson 2 • Scheduled Maintenance Procedures
Defines seasonal and annual maintenance tasks for all heat pump system components. Consistent maintenance schedules prevent premature failures and warranty issues.
Lesson 3 • Filter and Indoor Air Quality Maintenance
Covers filter replacement intervals, media types, and IAQ accessory maintenance. Filter management directly affects airflow, efficiency, and occupant health.
Lesson 4 • Performance Monitoring and Benchmarking
Uses runtime data, energy consumption logs, and temperature differentials to track system health. Trend analysis enables proactive service before failures occur.
Your valid completion certificate
This course is for you:
Entry-level HVAC apprentices: ready to specialize in heat pump installation work.
Experienced HVAC technicians: looking to add heat pump credentials to their skill set.
Electricians transitioning to HVAC: bringing wiring knowledge into a growing trade specialty.
General contractors: wanting to understand heat pump scopes before subcontracting the work.
Career changers from construction: seeking a skilled trade with strong long-term job demand.
Maintenance technicians: responsible for buildings that are switching to heat pump systems.
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