Essential Electrical Skills for HVACR: Theory and Labs
By: Ernesto ReinaCopyright: 2022
Subject: HVAC-R
Grade Level: 9-14
- Essential Electrical Skills for HVACR: Theory and Labs delivers focused instruction and hands-on application of electricity and controls to prepare students for a successful career in HVACR. This first edition, essential electrical text/lab manual provides a review of core electrical concepts and a deeper exploration into the concepts through integrated hands-on labs to master application and comprehension. This text serves as supplemental electrical material for use with Modern Refrigeration and Air Conditioning as part of an HVACR curriculum.
- Write-in text with perforated sheets to allow instructors to assign end-of-chapter questions and lab activities and have students turn in assignments.
- Focused electrical material broken down into short, digestible chapters for students to learn, apply, and evaluate their comprehension before moving onto the next topic.
- A theory section, introducing a specific electrical concept, precedes a detailed lab section that allows students to apply their learning by performing and completing hands-on electrical tasks.
- Labs covered in each chapter are progressive, providing students with the practice to master basic tasks, such as reading schematics or using wiring tools, that they will build upon in later chapters.
- Products & Prices College & Career
- Table of Contents
- 1. Electrical Safety
2. Basic Electricity
3. The Simple Circuit
4. Ohm's Law
5. Types of Circuits
6. Alternating and Direct Current
7. Electromagnetic Devices
8. Capacitors
9. Power Distribution
10. How Electric Meters Work
11. Introduction to Practical Circuits
12. Sensors and Electronic Components
13. Electric Motors
14. Troubleshooting Circuit Board Control Systems
15. Overview of Schematics and Symbols and Digital Multimeter - The Look Inside images are for preview purposes only. The format of the actual product may vary from the images shown.
- Correlations
- Crosswalk ChartsModern Refrigeration and Air Conditioning (PDF, 369.84 KB)
- About the Author(s)