All courses
HVC 110
Term 2
3 credits
HVAC Electrical Systems, Motors & Controls
Reading HVAC wiring diagrams, line and low-voltage circuits, single-phase and three-phase motors, capacitors, contactors and relays, safety switches, thermostats and control sequences, and electrical troubleshooting with a meter.
Prerequisites
Course outline
Lectures, virtual labs, and graded assignments — completed in your browser.
01Introduction to HVAC electrical safety and basic conceptslecture
02Understanding electrical circuits and Ohm's lawlecture
03Reading and interpreting HVAC wiring diagramslecture
04Introduction to common HVAC electrical components: Transformers, fuses, and relayslecture
05Hands-on: Basic circuit construction and multimeter usagelab
06HVAC motors: Types, principles, and operationlecture
07Capacitors in HVAC systems: Start and run capacitorslecture
08Contactors, motor starters, and overload protectionlecture
09Applied assignment: Analyzing and troubleshooting a basic HVAC control circuitassignment
10Thermostats and low-voltage control circuitslecture
11HVAC control sequences and common control strategieslecture
12Hands-on: Advanced multimeter diagnostics and component testinglab
13Midterm review: Comprehensive knowledge check of electrical fundamentals and componentslecture
14Final exam review: Integrated troubleshooting scenarios and system diagnosticslecture
Syllabus
# HVC 110 — HVAC Electrical Systems, Motors & Controls Reading HVAC wiring diagrams, line and low-voltage circuits, single-phase and three-phase motors, capacitors, contactors and relays, safety switches, thermostats and control sequences, and electrical troubleshooting with a meter. ## Topics 1. Introduction to HVAC electrical safety and basic concepts 2. Understanding electrical circuits and Ohm's law 3. Reading and interpreting HVAC wiring diagrams 4. Introduction to common HVAC electrical components: Transformers, fuses, and relays 5. Hands-on: Basic circuit construction and multimeter usage 6. HVAC motors: Types, principles, and operation 7. Capacitors in HVAC systems: Start and run capacitors 8. Contactors, motor starters, and overload protection 9. Applied assignment: Analyzing and troubleshooting a basic HVAC control circuit 10. Thermostats and low-voltage control circuits 11. HVAC control sequences and common control strategies 12. Hands-on: Advanced multimeter diagnostics and component testing 13. Midterm review: Comprehensive knowledge check of electrical fundamentals and components 14. Final exam review: Integrated troubleshooting scenarios and system diagnostics ## Grading - Knowledge checks 10% - Assignments and labs 30% - Quizzes 25% - Final exam 35% A passing grade of 70% or better is required.