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Automotive Engine Performance 5th edition [Pehme köide]

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  • Formaat: Paperback / softback, 592 pages, kõrgus x laius x paksus: 218x276x18 mm, kaal: 1149 g
  • Sari: Halderman Automotive Series
  • Ilmumisaeg: 03-Jun-2016
  • Kirjastus: Pearson
  • ISBN-10: 0134074912
  • ISBN-13: 9780134074917
Teised raamatud teemal:
Automotive Engine Performance 5th editionSuurem pilt
  • Formaat: Paperback / softback, 592 pages, kõrgus x laius x paksus: 218x276x18 mm, kaal: 1149 g
  • Sari: Halderman Automotive Series
  • Ilmumisaeg: 03-Jun-2016
  • Kirjastus: Pearson
  • ISBN-10: 0134074912
  • ISBN-13: 9780134074917
Teised raamatud teemal:
Püsilink: https://www.kriso.ee/db/9780134074917.html
Märksõnad:
This book is part of the Pearson Automotive Professional Technician Series, which provides full-color, media-integrated solutions for todays students and instructors covering all eight areas of ASE certification, plus additional titles covering common courses. Peer reviewed for technical accuracy, the series and the books in it represent the future of automotive textbooks.

Prepare tomorrows automotive professionals for success.

Automotive Engine Performance, 5/e covers both the fundamental and advanced engine performance topics, as well as the practical skills that students must master to be successful in the industry. Written by a service technician and an automotive instructornot a technical writerand fully up to date with the latest automotive engine performance systems used since 2005, the text is revered as the best available text on the subject. Formatted to appeal to today's technical trade students, Haldermans text uses helpful tips and full-color, step-by-step visuals to bring concepts to life and guide students through the procedures they'll use on the job.

To keep your course current, all of the content is correlated to the latest NATEF task requirements for the NATEF MLR, AST, and MAST designated topics of Automotive Engine Performance Systems (A8); over 40 new photos or drawings are included to bring the content alive; and new or updated information is included on such topics as new OSHA hazardous chemical labeling requirements, Atkinson Cycle engine design, scope testing of MAF sensors, gasoline direct injection (GDI), Fiat Chrysler Multiair System information, and Tier 3 Emission Standards.
Chapter 1 Service Information, Tools, And Safety
1(40)
Learning Objectives
1(1)
Key Terms
1(1)
Vehicle Identification
2(1)
Service Information
3(2)
Threaded Fasteners
5(4)
Hand Tools
9(11)
Basic Hand Tool List
20(1)
Tool Sets and Accessories
21(1)
Electrical Work Hand Tools
21(1)
Hand Tool Maintenance
22(1)
Trouble Lights
22(1)
Air and Electrically Operated Tools
23(2)
Personal Protective Equipment
25(1)
Safety Precautions
26(1)
Vehicle Protection
27(1)
Safety in Lifting (Hoisting) a Vehicle
28(2)
Floor Jacks
30(1)
Safe Use of a Floor Jacks
31(1)
Electrical Cord Safety
32(1)
Jump Starting and Battery Safety
32(1)
Fire Extinguishers
33(1)
Fire Blankets
33(1)
First Aid and Eye Wash Stations
34(1)
Hybrid Electric Vehicle Safety Issues
35(6)
Summary
39(1)
Review Questions
39(1)
Chapter Quiz
39(2)
Chapter 2 Environmental And Hazardous Materials
41(13)
Learning Objectives
41(1)
Key Terms
41(1)
Hazardous Waste
42(1)
Federal and State Laws
42(2)
Asbestos Hazards
44(1)
Used Brake Fluid
45(1)
Used Oil
45(1)
Solvents
46(2)
Coolant Disposal
48(1)
Lead--Acid Battery Waste
48(1)
Battery Handling and Storage
49(1)
Fuel Safety and Storage
49(1)
Airbag Disposal
49(1)
Used Tire Disposal
50(1)
Air--Conditioning Refrigerant Oil Disposal
50(4)
Summary
52(1)
Review Questions
52(1)
Chapter Quiz
53(1)
Chapter 3 Gasoline Engine Operation, Parts, And Specifications
54(15)
Learning Objectives
54(1)
Key Terms
54(1)
Energy and Power
55(1)
Engine Construction Overview
55(2)
Four-Stroke Cycle Operation
57(2)
The 720° Cycle
59(1)
Engine Classification and Construction
59(3)
Engine Rotation Direction
62(1)
Bore
63(1)
Stroke
63(1)
Engine Displacement
63(2)
Compression Ratio
65(1)
The Crankshaft Determines the Stroke
66(1)
Torque
66(1)
Power
66(1)
Horsepower and Altitude
67(2)
Summary
67(1)
Review Questions
67(1)
Chapter Quiz
68(1)
Chapter 4 Diesel Engine Operation And Diagnosis
69(21)
Learning Objectives
69(1)
Key Terms
69(1)
Diesel Engines
70(2)
Three Phases of Combustion
72(1)
Diesel Engine Construction
72(1)
Fuel Tank and Lift Pump
73(1)
Injection Pump
73(1)
Heui System
74(2)
Diesel Injector Nozzles
76(1)
Diesel Injector Nozzle Operation
76(1)
Glow Plugs
77(1)
Engine-Driven Vacuum Pump
77(2)
Diesel Fuel
79(1)
Diesel Fuel Specific Gravity Testing
79(1)
Diesel Fuel Heaters
80(1)
Heated Intake Air
80(1)
Accelerator Pedal Position Sensor
81(1)
Soot or Particulate Matter
81(1)
Diesel Oxidation Catalyst (DOC)
82(1)
Diesel Exhaust Particulate Filter (DPF)
82(2)
Selective Catalytic Reduction
84(1)
Diesel Exhaust Smoke Diagnosis
85(1)
Diesel Performance Diagnosis
86(1)
Compression Testing
86(1)
Glow Plug Resistance Balance Test
86(1)
Injector Pop Testing
87(1)
Diesel Emission Testing
87(3)
Summary
88(1)
Review Questions
89(1)
Chapter Quiz
89(1)
Chapter 5 Gasoline
90(17)
Learning Objectives
90(1)
Key Terms
90(1)
Gasoline
91(1)
Refining
91(2)
Volatility
93(2)
Gasoline Combustion Process
95(1)
Normal and Abnormal Combustion
96(1)
Octane Rating
96(2)
High-Altitude Octane Requirements
98(1)
Gasoline Additives
98(2)
Gasoline Blending
100(1)
Reformulated Gasoline
101(1)
Testing Gasoline for Alcohol Content
101(2)
General Gasoline Recommendations
103(4)
Summary
106(1)
Review Questions
106(1)
Chapter Quiz
106(1)
Chapter 6 Alternative Fuels
107(16)
Learning Objectives
107(1)
Key Terms
107(1)
Ethanol
108(1)
Cellulose Ethanol
109(1)
E85
109(1)
Alternative-Fuel Vehicles
110(4)
Methanol
114(1)
Propane
115(1)
Compressed Natural Gas (CNG)
116(2)
Liquefied Natural Gas (LNG)
118(1)
P-Series Fuels
118(1)
Synthetic Fuels
119(2)
Safety Procedures When Working with Alternative Fuels
121(2)
Summary
121(1)
Review Questions
121(1)
Chapter Quiz
122(1)
Chapter 7 Diesel and Biodiesel Fuels
123(6)
Learning Objectives
123(1)
Key Terms
123(1)
Diesel Fuel
124(2)
Biodiesel
126(2)
E-Diesel Fuel
128(1)
Summary
128(1)
Review Questions
128(1)
Chapter Quiz
128(1)
Chapter 8 Cooling System Operation and Diagnosis
129(23)
Learning Objectives
129(1)
Key Terms
129(1)
Cooling System
130(1)
Low-Temperature Engine Problems
130(1)
High-Temperature Engine Problems
131(1)
Cooling System Design
131(1)
Thermostat Temperature Control
132(2)
Testing the Thermostat
134(1)
Thermostat Replacement
135(1)
Antifreeze/Coolant
135(1)
Antifreeze Can Freeze
136(1)
Hydrometer Testing
137(1)
Recycling Coolant
137(1)
Disposing of Used Coolant
137(1)
Radiator Design and Function
137(2)
Pressure Cap
139(1)
Surge Tank
140(1)
Metric Radiator Caps
140(1)
Coolant Recovery System
141(1)
Testing the Cooling System
141(2)
Water Pump
143(1)
Cooling Fans
144(1)
Thermostatic Fans
145(1)
Electric Cooling Fans
146(1)
Coolant Temperature Warning Light
147(1)
Common Causes of Overheating
147(1)
Cooling System Maintenance
148(1)
Flush and Refill
148(1)
Burping the System
149(1)
Hoses
149(1)
Cleaning the Radiator Exterior
149(3)
Summary
150(1)
Review Questions
150(1)
Chapter Quiz
150(2)
Chapter 9 Lubrication System Operation and Diagnosis
152(11)
Learning Objectives
152(1)
Key Terms
152(1)
Lubrication Principles
153(1)
Engine Lubrication Systems
154(1)
Oil Pumps
154(1)
Oil Pressure Regulation
155(1)
Factors Affecting Oil Pressure
156(1)
Oil Pump Checks
157(1)
Oil Passages in the Block
158(1)
Valve Train Lubrication
158(2)
Oil Pans
160(1)
Oil Coolers
160(1)
Oil Pressure Warning Lamp
161(2)
Summary
162(1)
Review Questions
162(1)
Chapter Quiz
162(1)
Chapter 10 Intake and Exhaust Systems
163(12)
Learning Objectives
163(1)
Key Terms
163(1)
Air Intake Filtration
164(2)
Engine Air Temperature Requirements
166(1)
Throttle-Body Injection Intake Manifolds
166(1)
Port Fuel-Injection Intake Manifolds
167(1)
Variable Intakes
168(1)
Plastic Intake Manifolds
169(1)
Exhaust Gas Recirculation Passages
169(1)
Upper and Lower Intake Manifolds
170(1)
Exhaust Manifold Design
170(1)
Exhaust Manifold Gaskets
171(1)
Mufflers
172(3)
Summary
174(1)
Review Questions
174(1)
Chapter Quiz
174(1)
Chapter 11 Variable Valve Timing Systems
175(13)
Learning Objectives
175(1)
Key Terms
175(1)
Principles of Variable Valve Timing
176(1)
OHV Variable Timing
177(5)
Variable Valve Timing and Lift
182(1)
Computer Control of Variable Valve Timing
183(1)
Diagnosis of Variable Valve Timing Systems
184(1)
Variable Displacement Systems
184(1)
Cylinder Deactivation System Diagnosis
185(3)
Summary
186(1)
Review Questions
186(1)
Chapter Quiz
187(1)
Chapter 12 Turbocharging and Supercharging
188(12)
Learning Objectives
188(1)
Key Terms
188(1)
Airflow Requirements
189(1)
Supercharging Principles
190(2)
Superchargers
192(1)
Turbochargers
193(2)
Boost Control
195(3)
Turbocharger Failures
198(2)
Summary
198(1)
Review Questions
199(1)
Chapter Quiz
199(1)
Chapter 13 Engine Condition Diagnosis
200(21)
Learning Objectives
200(1)
Key Terms
200(1)
Typical Engine-Related Complaints
201(1)
Engine Smoke Diagnosis
201(1)
The Driver is Your Best Resource
202(1)
Visual Checks
202(2)
Engine Noise Diagnosis
204(2)
Oil Pressure Testing
206(1)
Oil Pressure Warning Lamp
207(1)
Compression Test
208(1)
Wet Compression Test
209(1)
Running (Dynamic) Compression Test
209(1)
Cylinder Leakage Test
210(1)
Cylinder Power Balance Test
211(1)
Power Balance Test Procedure
211(1)
Vacuum Tests
212(2)
Exhaust Restriction Test
214(1)
Testing Back Pressure with a Vacuum Gauge
214(1)
Testing Back Pressure with a Pressure Gauge
215(1)
Diagnosing Head Gasket Failure
215(1)
Dash Warning Lights
216(5)
Summary
219(1)
Review Questions
219(1)
Chapter Quiz
219(2)
Chapter 14 In-Vehicle Engine Service
221(11)
Learning Objectives
221(1)
Key Terms
221(1)
Thermostat Replacement
222(1)
Water Pump Replacement
223(1)
Intake Manifold Gasket Inspection
223(1)
Intake Manifold Gasket Replacement
224(1)
Timing Belt Replacement
225(1)
Hybrid Engine Precautions
226(6)
Summary
231(1)
Review Questions
231(1)
Chapter Quiz
231(1)
Chapter 15 Advanced Starting And Charging Systems Diagnosis
232(27)
Learning Objectives
232(1)
Key Terms
232(1)
Purpose and Function of a Battery
233(1)
Battery Ratings
233(1)
Battery Service Safety Considerations
234(1)
Battery Visual Inspection
234(1)
Battery Voltage Test
235(2)
Battery Load Testing
237(1)
Conductance Testing
238(1)
Jump Starting
238(1)
Battery Charging
239(1)
Battery Service
240(1)
Battery Electrical Drain Test
240(2)
Battery Electrical Drain Testing Using an Ammeter
242(1)
Procedure for Battery Electrical Drain Test
242(1)
Finding the Source of the Drain
243(1)
What to Do If a Battery Drain Still Exists after All the Fuses are Disconnected
243(1)
Cranking Circuit
243(1)
Diagnosing Starter Problems Using Visual Inspection
244(1)
Starter Testing on the Vehicle
245(1)
Testing a Starter Using a Scan Tool
246(1)
Voltage-Drop Testing
247(3)
Starter Drive-to-Flywheel Clearance
250(1)
Charging Circuit
251(1)
Testing an Alternator Using a Scan Tool
252(1)
AC Ripple Voltage Check
253(1)
AC Current Check
254(1)
Charging System Voltage-Drop Testing
254(1)
Alternator Output Test
255(1)
Testing an Alternator Using a Scope
256(3)
Summary
257(1)
Review Questions
258(1)
Chapter Quiz
258(1)
Chapter 16 Ignition System Components and Operation
259(21)
Learning Objectives
259(1)
Key Terms
259(1)
Ignition System
260(1)
Ignition System Operation
261(1)
Ignition Coils
261(2)
Ignition Switching and Triggering
263(1)
Primary Circuit Operation
263(4)
Distributor Ignition
267(4)
Waste-Spark Ignition Systems
271(2)
Ignition Control Circuits
273(1)
Compression-Sensing Ignition
274(1)
Coil-on-Plug Ignition
274(2)
Ion-Sensing Ignition
276(1)
Ignition Timing
276(1)
Knock Sensors
277(1)
Sparkplugs
278(2)
Summary
279(1)
Review Questions
279(1)
Chapter Quiz
279(1)
Chapter 17 Ignition System Diagnosis And Service
280(26)
Learning Objectives
280(1)
Key Terms
280(1)
Checking for Spark
281(1)
Electronic Ignition Troubleshooting Procedure
282(1)
Ignition Coil Testing Using an Ohmmeter
282(1)
Pickup Coil Testing
283(1)
Testing Magnetic Sensors
284(1)
Testing Hall-Effect Sensors
284(1)
Testing Optical Sensors
285(1)
Ignition System Diagnosis Using Visual Inspection
286(1)
Testing for Poor Performance
287(1)
Testing for a No-Start Condition
288(1)
Distributor Indexing
288(1)
Secondary Ignition Inspection
288(2)
Spark Plug Service
290(4)
Quick and Easy Secondary Ignition Tests
294(1)
Ignition Timing
295(3)
Scope-Testing the Ignition System
298(5)
Scope-Testing a Waste-Spark Ignition System
303(1)
Scope-Testing a Coil-on-Plug Ignition System
303(1)
Ignition System Symptom Guide
304(2)
Summary
304(1)
Review Questions
304(1)
Chapter Quiz
305(1)
Chapter 18 Computer and Network Fundamentals
306(14)
Learning Objectives
306(1)
Key Terms
306(1)
Computer Control
307(1)
The Four Basic Computer Functions
307(3)
Digital Computers
310(3)
Computer Input Sensors
313(1)
Computer Outputs
313(1)
Module Communication and Networks
314(2)
SAE Communication Classifications
316(1)
Module Communication Diagnosis
317(1)
OBD-II Data Link Connector
318(2)
Summary
319(1)
Review Questions
319(1)
Chapter Quiz
319(1)
Chapter 19 Onboard Diagnosis
320(12)
Learning Objectives
320(1)
Key Terms
320(1)
On-Board Diagnostics Generation-II (OBD-II) Systems
321(1)
Diagnostic Executive and Task Manager
322(1)
Monitors
322(1)
OBD-II Monitor Information
323(2)
Enabling Criteria
325(1)
OBD-II DTC Numbering Designation
326(1)
OBD-II Freeze-Frame
327(1)
Enabling Conditions or Criteria
328(1)
PCM Tests
328(1)
Global OBD-II
329(1)
Accessing Global OBD II
329(1)
Diagnosing Problems Using Mode Six
330(2)
Summary
330(1)
Review Questions
330(1)
Chapter Quiz
331(1)
Chapter 20 Temperature Sensors
332(13)
Learning Objectives
332(1)
Key Terms
332(1)
Engine Coolant Temperature Sensors
333(1)
Testing the Engine Coolant Temperature Sensor
334(5)
Intake Air Temperature Sensor
339(1)
Testing the Intake Air Temperature Sensor
340(1)
Transmission Fluid Temperature Sensor
341(1)
Cylinder Head Temperature Sensor
342(1)
Engine Fuel Temperature (EFT) Sensor
342(1)
Exhaust Gas Recirculation (EGR) Temperature Sensor
342(1)
Engine Oil Temperature Sensor
342(1)
Temperature Sensor Diagnostic Trouble Codes
343(2)
Summary
343(1)
Review Questions
343(1)
Chapter Quiz
344(1)
Chapter 21 Throttle Position (Tp) Sensors
345(7)
Learning Objectives
345(1)
Key Terms
345(1)
Throttle Position Sensor Construction
346(1)
TP Sensor Computer Input Functions
346(1)
PCM Uses for the TP Sensor
347(1)
Testing the Throttle Position Sensor
348(1)
Testing a TP Sensor Using the MIN/MAX Function
349(1)
Testing the TP Sensor Using a Scan Tool
350(1)
TP Sensor Diagnostic Trouble Codes
350(2)
Summary
350(1)
Review Questions
350(1)
Chapter Quiz
351(1)
Chapter 22 Map/Baro Sensors
352(10)
Learning Objectives
352(1)
Key Terms
352(1)
Air Pressure---High and Low
353(1)
Principles of Pressure Sensors
354(1)
Construction of Manifold Absolute Pressure Sensors
354(3)
PCM Uses of the MAP Sensor
357(1)
Barometric Pressure Sensor
358(1)
Testing the MAP Sensor
359(1)
MAP/BARO Diagnostic Trouble Codes
360(2)
Summary
361(1)
Review Questions
361(1)
Chapter Quiz
361(1)
Chapter 23 Mass Air Flow Sensors
362(8)
Learning Objectives
362(1)
Key Terms
362(1)
Speed Density Systems
363(1)
Airflow Sensors
363(1)
Mass Airflow Sensor Types
364(1)
Karman Vortex Sensors
365(1)
PCM Uses for Airflow Sensors
366(1)
Testing Mass Airflow Sensors
366(1)
MAF Sensor Contamination
367(1)
MAF Sensor Scope Testing
368(1)
MAF-Related Diagnostic Trouble Codes
368(2)
Summary
369(1)
Review Questions
369(1)
Chapter Quiz
369(1)
Chapter 24 Oxygen Sensors
370(20)
Learning Objectives
370(1)
Key Terms
370(1)
Oxygen Sensors
371(2)
Zirconia Oxygen Sensors
373(1)
Titania Oxygen Sensor
373(1)
Closed Loop and Open Loop
374(1)
PCM Uses of the Oxygen Sensor
374(1)
Oxygen Sensor Diagnosis
375(6)
Oxygen Sensor Waveform Analysis
381(1)
Hash
382(3)
Negative O2S Voltage
385(1)
Low O2S Readings
386(1)
High O2S Readings
386(1)
Post-Catalytic Converter Oxygen Sensor Testing
386(1)
Oxygen Sensor Visual Inspection
387(1)
Oxygen Sensor--Related Diagnostic Trouble Codes
388(2)
Summary
388(1)
Review Questions
389(1)
Chapter Quiz
389(1)
Chapter 25 Wide-Band Oxygen Sensors
390(10)
Learning Objectives
390(1)
Key Terms
390(1)
Terminology
391(1)
Need for Wide-Band Sensors
391(1)
Conventional O2S Review
392(2)
Dual Cell Planar Wide-Band Sensor Operation
394(2)
Dual Cell Diagnosis
396(1)
Digital Multimeter Testing
396(2)
Single Cell Wide-Band Oxygen Sensors
398(1)
Wide-Band Oxygen Sensor Pattern Failures
398(2)
Summary
399(1)
Review Questions
399(1)
Chapter Quiz
399(1)
Chapter 26 Fuel Pumps, Lines, And Filters
400(20)
Learning Objectives
400(1)
Key Terms
400(1)
Fuel Delivery System
401(1)
Fuel Tanks
401(2)
Rollover Leakage Protection
403(1)
Fuel Lines
404(2)
Electric Fuel Pumps
406(5)
Fuel Filters
411(1)
Fuel-Pump Testing
412(5)
Fuel-Pump Current Draw Test
417(1)
Fuel-Pump Replacement
418(2)
Summary
418(1)
Review Questions
418(1)
Chapter Quiz
419(1)
Chapter 27 Fuel-Injection Components And Operation
420(15)
Learning Objectives
420(1)
Key Terms
420(1)
Electronic Fuel-Injection Operation
421(1)
Speed-Density Fuel-Injection Systems
422(1)
Mass Airflow Fuel-Injection Systems
423(1)
Throttle-Body Injection
423(1)
Port-Fuel Injection
424(2)
Fuel-Pressure Regulator
426(1)
Vacuum-Biased Fuel-Pressure Regulator
427(1)
Electronic Returnless Fuel System
427(1)
Mechanical Returnless Fuel System
427(1)
Demand Delivery System (DDS)
428(1)
Fuel Injectors
429(2)
Central Port injection
431(1)
Fuel-Injection Modes of Operation
431(1)
Idle Control
432(1)
Stepper Motor Operation
433(2)
Summary
434(1)
Review Questions
434(1)
Chapter Quiz
434(1)
Chapter 28 Gasoline Direct-Injection Systems
435(8)
Learning Objectives
435(1)
Key Terms
435(1)
Direct Fuel Injection
436(1)
Direct-Injection Fuel Delivery System
437(1)
Gasoline Direct-Injection Fuel Injectors
438(1)
Modes of Operation
438(1)
Piston Top Designs
439(1)
Lexus Port- and Direct-Injection Systems
440(1)
Engine Start System
440(1)
Gasoline Direct-Injection Service
441(2)
Summary
441(1)
Review Questions
442(1)
Chapter Quiz
442(1)
Chapter 29 Electronic Throttle Control System
443(11)
Learning Objectives
443(1)
Key Terms
443(1)
Electronic Throttle Control (ETC) System
444(1)
Normal Operation of the ETC System
444(1)
Accelerator Pedal Position Sensor
445(1)
Throttle Body Assembly
445(2)
Throttle Position (TP) Sensor
447(1)
Diagnosis of Electronic Throttle Control Systems
448(2)
ETC Throttle Follower Test
450(1)
Servicing Electronic Throttle Systems
451(3)
Summary
452(1)
Review Questions
452(1)
Chapter Quiz
452(2)
Chapter 30 Fuel-Injection System Diagnosis And Service
454(23)
Learning Objectives
454(1)
Key Terms
454(1)
Port Fuel-Injection Pressure Regulator Diagnosis
455(1)
Diagnosing Electronic Fuel-Injection Problems Using Visual Inspection
456(1)
Scan Tool Vacuum Leak Diagnosis
457(1)
Port Fuel-Injection System Diagnosis
458(1)
Testing for an Injector Pulse
459(1)
Checking Fuel-Injector Resistance
460(2)
Measuring Resistance of Individual Injectors
462(1)
Pressure-Drop Balance Test
463(1)
Injector Voltage-Drop Tests
464(1)
Scope-Testing Fuel Injectors
464(2)
Idle Air Speed Control Diagnosis
466(1)
Fuel-Injection Service
467(3)
Fuel-System Scan Tool Diagnostics
470(7)
Summary
476(1)
Review Questions
476(1)
Chapter Quiz
476(1)
Chapter 31 Vehicle Emissions Standards And Testing
477(13)
Learning Objectives
477(1)
Key Terms
477(1)
Emissions Standards in the United States
478(2)
Tier 3 Standards
480(1)
European Standards
480(1)
Exhaust Analysis Testing
480(3)
Exhaust Analysis and Combustion Efficiency
483(2)
HC Too High
485(1)
CO Too High
485(1)
Measuring Oxygen (O2) and Carbon Dioxide (CO2)
485(2)
Photochemical Smog Formation
487(1)
Testing for Oxides of Nitrogen
487(3)
Summary
488(1)
Review Questions
488(1)
Chapter Quiz
489(1)
Chapter 32 Emission Control Devices Operation And Diagnosis
490(32)
Learning Objectives
490(1)
Key Terms
490(1)
Smog
491(1)
Exhaust Gas Recirculation Systems
491(3)
OBD-II EGR Monitoring Strategies
494(1)
Diagnosing a Defective EGR System
495(2)
Crankcase Ventilation
497(1)
PCV Valves
498(1)
Orifice-Controlled Systems
499(1)
PCV System Diagnosis
499(2)
PCV Monitor
501(1)
Secondary Air Injection System
501(1)
Air Distribution Manifolds and Nozzles
502(2)
Secondary Air Injection System Diagnosis
504(1)
Catalytic Converters
505(1)
Ceramic Monolith Catalytic Converter
505(2)
OBD-II Catalytic Converter Performance
507(1)
Converter-Damaging Conditions
507(1)
Diagnosing Catalytic Converters
508(2)
OBD-II Catalytic Converter Monitor
510(1)
Catalytic Converter Replacement Guidelines
510(1)
Evaporative Emission Control System
511(1)
How the Evaporative Control System Works
512(2)
Nonenhanced Evaporative Control Systems
514(1)
Enhanced Evaporative Control System
514(1)
Leak Detection Pump System
515(1)
Onboard Refueling Vapor Recovery
516(1)
State Inspection EVAP Tests
516(1)
Diagnosing the EVAP System
516(1)
Locating Leaks in the System
516(2)
Evaporative System Monitor
518(1)
Typical EVAP Monitor
519(3)
Summary
520(1)
Review Questions
520(1)
Chapter Quiz
520(2)
Chapter 33 Scan Tools And Engine Performance Diagnosis
522(23)
Learning Objectives
522(1)
Key Terms
522(1)
The Eight-Step Diagnostic Procedure
523(6)
Scan Tools
529(1)
Retrieval of Diagnostic Information
530(1)
Troubleshooting Using Diagnostic Trouble Codes
531(1)
Retrieving Codes Prior to 1996
532(1)
DLC Locations
533(1)
OBD-II Diagnosis
534(3)
OBD-II Active Tests
537(1)
Service/Flash Programming
538(3)
Manufacturer's Diagnostic Routines
541(1)
Completing System Repairs
541(1)
Procedures for Resetting the PCM
541(1)
Road Test (Drive Cycle)
542(3)
Summary
543(1)
Review Questions
543(1)
Chapter Quiz
544(1)
Appendix 1 Sample Engine Performance (A8) Ase-Type Certification Test With Answers 545(6)
Appendix 2 2013 Natef Correlation Chart (A8) 551(3)
Glossary 554(9)
Index 563
Jim Halderman brings a world of experience, knowledge, and talent to his work. His automotive service experience includes working as a flat-rate technician, a business owner, and a professor of automotive technology at a leading U.S. community college for more than 20 years. He has a Bachelor of Science Degree from Ohio Northern University and a Masters Degree in Education from Miami University in Oxford, Ohio. Jim holds a U.S. Patent for an electronic transmission control device. He is an ASE certified Master Automotive Technician and is Advanced Engine Performance (L1) ASE certified. Jim is the author of many automotive textbooks all published by Pearson Education. He has presented numerous technical seminars to national audiences including the California Automotive Teachers (CAT), the Illinois College Automotive Instructor Association (ICAIA), as well as a member and presenter at the North American Council of Automotive Teachers (NACAT).

Jim was also named Regional Teacher of the Year by General Motors Corporation and outstanding alumni of Ohio Northern University. He and his wife, Michelle, live in Dayton, Ohio. They have two children.