Power Equipment Engine Technology - Tapa dura

1. INTRODUCTION TO POWER EQUIPMENT ENGINE TECHNOLOGY. Objectives. Introduction. A Brief History of the Internal Combustion Engine. Power Equipment Industry Opportunities. Power Equipment Industry Education and Certification. Summary. Chapter 1 Review Questions. 2. SAFETY FIRST. Objectives. Introduction. The Safety Attitude. Fire Safety. Hazardous Chemicals. Right-to-know Laws. Electrical Safety. Exhaust Gas Safety. Safe Operation of Equipment. Good Housekeeping Practices. Handling Heavy Objects and Materials. Using Personal Protective Equipment (PPE). Using Tools Safely. Chapter 2 Summary. Chapter 2 Review Questions. 3. TOOLS. Objectives. Introduction. Basic Hand Tools. Power Tools. Special Tools. Purchasing Tools. Storing Tools. Service Information Library. Summary. Chapter 3 Review Questions. 4. MEASURING SYSTEMS, FASTENERS AND THREAD REPAIR. Objectives. Introduction. Measurement Systems. Fasteners. Inspection and Cleaning of Threaded Fasteners. Stresses on Threaded Fasteners. Tips for Working with Threaded Fasteners. Tightening and Torque. Repairing and Replacing Broken Fasteners. Chapter Summary. Chapter 4 Review Questions. 5. BASIC ENGINE OPERATION AND CONFIGURATIONS. Objectives. Basic Engine Operation. Engine Ratings. Basic Four-Stroke Engine Components. Basic Two-Stroke Engine Components. Engine Cooling. Engine Configurations. Summary. Chapter 5 Review Questions. 6. INTERNAL COMBUSTION ENGINES. Objectives. Introduction. General and Scientific Terms. Basic Internal Combustion Engine Operation. Internal-Combustion Engine Operation. Basic Four-Stroke Engine Components. Four Stroke Engine Theory of Operation. Two Stroke Engines. Two Stroke Engine Components. Two-Stroke Engine Theory of Operation. Two-Stroke Engine Induction Systems. Two-Stroke Exhaust Systems. Comparing Two-Stroke to Four-Stroke Engines. Summary.Chapter 6 Review Questions. 7. LUBRICATION AND COOLING SYSTEMS. Objectives. Introduction. Lubricants and Lubrication. Friction Reducing Devices. Two Stroke Engine Lubrication. Four Stroke Engine Lubrication. Cooling Systems. Summary. Chapter 7 Review Questions. 8. FUEL SYSTEMS. Objectives. Introduction. Fuel. Oxygen. Emissions. The Carburetor. Fuel Delivery Systems. Carburetor Types and Operation. Fuel Injection. Chapter Summary. Chapter 8 Review Questions. 9. GOVERNOR AND THROTTLE CONTROL SYSTEMS. Objectives. Introduction. Manual Throttle Control. Governor Throttle Control. Chapter Summary. Chapter 9 Review Questions. 10. TWO STROKE ENGINE TOP END INSPECTION. Objectives. Introduction. Diagnostics. Repair Procedures. Two-Stroke Top End Disassembly and Inspection. Two-Stroke Engine Top End Inspection. Starting the Rebuilt Engine. Chapter 10 Summary. Chapter 10 Review Questions. 11. TWO-STROKE ENGINE LOWER-END INSPECTION. Objectives. Introduction. Repair Procedures. Two Stroke Engine Removal and Disassembly. Two Stroke Engine Lower End Inspection. Chapter 11 Summary. Chapter 11 Review Questions. 12. FOUR-STROKE ENGINE INSPECTION. Objectives. Introduction. Diagnostics. Repair Procedures. Four-Stroke Top End Disassembly and Inspection. Four-stroke Engine Lower End Disassembly. Common Lower-End Engine Failures. Four-Stroke Engine Lower End Inspection. Four-stroke Engine Reassembly. Chapter 12 Summary. Chapter 12 Review. 13. ELECTRICAL FUNDAMENTALS. Objectives. Introduction. Safety Precautions with Electricity. Basic Principles of Electricity. Units of Electricity. Electrical Meters and Measurements. Magnetism. Electronic Devices. Electrical Schematics and Symbols. Electrical Terms. Chapter 13 Summary. Chapter 13 Review Questions. 14. POWER EQUIPMENT ENGINE CHARGING SYSTEMS AND DC CIRCUITS. Objectives. Introduction. Charging Systems. Charging System Operation. Types of Charging Systems. Charging System Inspection. DC Electrical Circuits. Chapter 14 Summary. Chapter 14 Review Questions. 15. IGNITION AND ELECTRIC STARTING SYSTEMS. Objectives. Introduction. Power Equipment Engine Ignition Systems. Basic Ignition System Components. Types of Ignition Systems. Electric Starter Systems. Chapter 15 Summary. Chapter 15 Review questions. 16. POWER EQUIPMENT ENGINE MAINTENANCE. Objectives. Introduction. Maintenance Intervals. Power Equipment Engine Maintenance. Power Equipment Engine Storage Procedures. Chapter 16 Summary. Chapter 16 Review. 17. POWER EQUIPMENT ENGINE TROUBLESHOOTING. Objectives. Introduction. Systematic Approaches to Solving Problems. Engine Problem Troubleshooting. Fuel System Troubleshooting. Electrical Problem Troubleshooting. Abnormal Noise Troubleshooting. Chapter 17 Summary. Chapter 17 Review.

POWER EQUIPMENT ENGINE TECHNOLOGY (PEET) has been written to make the learning experience enjoyable with easy-to-read-and-understand chapters and over 600 illustrations to assist visual learners with content comprehension. Give yourself a head-start in today's world with PEET - giving you the knowledge you need with a solid education prior to working in the field.