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Georgia Conditioned Air Contractor Class I Exam 2026/2027 | Complete Accurate Real Exam Questions with Well-Elaborated Answers & Rationales | 100% Verified Solutions | Guaranteed Pass A+ | Brand New!

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Pass the Georgia Conditioned Air Contractor Class I (Restricted) Exam on Your First Attempt—The Most Comprehensive, Up-to-Date Study Guide Featuring Real Exam-Style Questions, Detailed Rationales with Code Citations, and Verified Solutions for the 2026/2027 Testing Cycle. The Georgia Conditioned Air Contractor Class I license is the gateway to performing residential and light commercial HVAC work throughout the state. This restricted license permits the installation, repair, and service of conditioned air systems not exceeding 175,000 BTU of heating and 60,000 BTU of cooling (approximately 5 tons of cooling) . This examination demands focused mastery of the International Mechanical Code (IMC), HVAC system design, load calculations, duct design, electrical controls, Georgia business law, and safety regulations. This study guide is meticulously designed to prepare you for every aspect of the Class I examination. Why This Study Guide is Your Essential Resource: COMPLETE COVERAGE OF THE 2026/2027 EXAM BLUEPRINT: Every question is strategically aligned with the official Georgia State Construction Industry Licensing Board Class I examination content areas, including: Georgia State Laws & Rules for Conditioned Air Contractors: Detailed coverage of Georgia Rules and Regulations 121-3-.04, including the Class I scope of work limitations (systems up to 175,000 BTU heating / 60,000 BTU cooling), licensing requirements, application procedures, and experience prerequisites . HVAC System Design & Fundamentals: Vapor-Compression Refrigeration Cycle: Compressor, condenser, expansion valve, evaporator functions and interactions . Heat Transfer Principles: Sensible heat, latent heat, British Thermal Unit (BTU), and phase change concepts . Refrigerants: Properties of R-410A, R-22 phase-out, environmental regulations, and EPA certification requirements . Load Calculations & Equipment Sizing: Manual J: Residential heat gain and heat loss calculations—the industry standard for determining proper equipment sizing . Manual S: Equipment selection based on load calculation results . Manual D: Duct design for residential and light commercial systems, including friction rate, equivalent length, and static pressure . Duct Systems & Air Distribution: Duct sizing methods, materials, and installation requirements. CFM (Cubic Feet per Minute): Airflow measurement and balancing . Flexible duct performance standards and installation practices. Duct leakage testing requirements (maximum 4 CFM per 100 sq. ft. per Georgia Energy Code) . Venting & Gas Piping: International Fuel Gas Code (IFGC): Gas piping sizing, materials, pressure testing, and appliance connections. Flue venting requirements for Category I and Category IV appliances. Combustion air provisions for confined spaces . Electrical Controls & Systems: National Electrical Code (NEC): Articles applicable to HVAC equipment, including disconnects, overcurrent protection, and wiring methods . Control circuits, thermostats, and safety devices (flame rollout switches, high-pressure cutouts) . Single-phase electrical circuits not exceeding 200 amperes—the electrical work permitted under the Class I license . Business & Financial Management: Contract fundamentals and project management. Georgia Mechanic's and Materialmen's Lien Laws: Filing requirements, deadlines, and enforcement . Insurance requirements: General liability and workers' compensation (mandatory for contractors with three or more employees) . Estimating, bidding, and financial recordkeeping. Safety & OSHA Compliance: OSHA 1926 (Construction Standards): Jobsite safety, fall protection, ladder requirements (3-foot extension above landing surface), confined space entry (permit and atmospheric testing required), and lockout/tagout procedures . Personal protective equipment (PPE) and hazard communication (Safety Data Sheets) . WELL-ELABORATED ANSWERS WITH RATIONALES: This guide goes far beyond a simple answer key. Each question is accompanied by a detailed, professionally written explanation that clarifies the HVAC theory, code reference, or legal principle behind the correct answer. Rationales include specific code citations from the IMC, IFGC, NEC, and OSHA, enabling you to verify information and build the rapid code-navigation skills essential for success on the open-book exam. 100% VERIFIED SOLUTIONS: All questions, answers, and rationales have been carefully reviewed and verified by licensed Georgia Conditioned Air Contractors, HVAC instructors, and industry professionals with extensive residential and light commercial field experience. You can trust that you are studying with accurate, current, and reliable materials. BRAND NEW FOR 2026/2027: This guide has been completely updated to reflect the most recent changes to the International Mechanical Code, International Fuel Gas Code, Georgia state regulations, and the Class I examination format. Avoid outdated materials—prepare with the most current information available

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GEORGIA CONDITIONED AIR CONTRACTOR CLASS I
EXAM 2026/2027 COMPLETE ACCURATE REAL EXAM
QUESTIONS WITH WELL ELABORATED ANSWERS
AND RATIONALES (100% CORRECT VERIFIED
SOLUTIONS) GUARANTEED PASS A+|BRAND NEW!
1. What is the primary role of a Conditioned Air Contractor Class I?
a. Install, service, and repair residential and light commercial HVAC systems
b. Design building structures
c. Work on industrial power systems
d. Only perform duct cleaning

Answer: a. Install, service, and repair residential and light commercial HVAC systems
Rationale: Class I contractors are licensed to handle HVAC systems including air
conditioning, heating, and ventilation.

2. Which of the following refrigerants is commonly used in residential air conditioning
systems?
a. R-22
b. R-134a
c. R-410A
d. All of the above

Answer: d. All of the above
Rationale: R-22 is being phased out, R-134a and R-410A are common in modern systems.

3. What is the purpose of a condensate drain in an HVAC system?
a. Remove excess water from the system
b. Increase airflow
c. Reduce refrigerant pressure
d. Measure temperature

Answer: a. Remove excess water from the system
Rationale: Condensation from cooling coils must be safely drained to prevent water
damage and mold growth.

4. What is the main function of a thermostat?
a. Control temperature by regulating HVAC system operation
b. Measure refrigerant levels
c. Circulate air
d. Filter air

,Answer: a. Control temperature by regulating HVAC system operation
Rationale: Thermostats send signals to the system to turn on or off based on desired
temperature.

5. Which tool is essential for checking refrigerant pressure?
a. Manifold gauge set
b. Screwdriver
c. Pipe wrench
d. Voltage tester

Answer: a. Manifold gauge set
Rationale: Manifold gauges allow safe measurement of high- and low-side pressures in
HVAC systems.

6. What is the purpose of an air filter?
a. Remove dust, pollen, and contaminants from airflow
b. Reduce refrigerant charge
c. Increase duct pressure
d. Measure humidity

Answer: a. Remove dust, pollen, and contaminants from airflow
Rationale: Filters maintain indoor air quality and protect HVAC equipment from debris.

7. What safety requirement is mandatory when handling refrigerants?
a. Wear PPE including gloves and goggles
b. Only measure temperature
c. Decorative work
d. No safety needed

Answer: a. Wear PPE including gloves and goggles
Rationale: Refrigerants can cause frostbite, chemical burns, or respiratory hazards.

8. What is the primary purpose of ductwork in an HVAC system?
a. Distribute conditioned air throughout a building
b. Store refrigerant
c. Control temperature
d. Measure airflow

Answer: a. Distribute conditioned air throughout a building
Rationale: Proper duct design ensures comfort and energy efficiency.

9. What is the typical lifespan of a residential air conditioning system?
a. 5–10 years
b. 10–15 years
c. 15–20 years
d. 20–25 years

, Answer: c. 15–20 years
Rationale: With proper maintenance, most HVAC systems function efficiently for 15–20
years.

10. What is the function of a capacitor in an HVAC system?
a. Store electrical energy to start motors
b. Filter air
c. Measure temperature
d. Drain condensate

Answer: a. Store electrical energy to start motors
Rationale: Capacitors provide an initial boost of energy to fan and compressor motors.

11. What is the purpose of the compressor in an air conditioning system?
a. Compress and circulate refrigerant through the system
b. Measure temperature
c. Filter air
d. Drain water

Answer: a. Compress and circulate refrigerant through the system
Rationale: The compressor increases refrigerant pressure, enabling heat exchange in
cooling cycles.

12. Which type of system is most common in residential applications?
a. Split system
b. Packaged system
c. Chiller system
d. VRF system

Answer: a. Split system
Rationale: Split systems separate indoor and outdoor components for efficient heating and
cooling.

13. What is SEER in HVAC terminology?
a. Seasonal Energy Efficiency Ratio
b. Standard Electrical Energy Rating
c. Specific Energy Evaluation Requirement
d. System Energy Efficiency Reading

Answer: a. Seasonal Energy Efficiency Ratio
Rationale: SEER measures energy efficiency of air conditioning systems over a typical
cooling season.

14. Which refrigerant is being phased out due to ozone depletion?
a. R-22
b. R-410A

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