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Modern Diesel Technology: Light Duty Diesels 2nd edition [Pehme köide]

  • Formaat: Paperback / softback, 432 pages, kõrgus x laius x paksus: 20x215x274 mm, kaal: 980 g
  • Ilmumisaeg: 01-Jan-2021
  • Kirjastus: Delmar Cengage Learning
  • ISBN-10: 1337624977
  • ISBN-13: 9781337624978
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  • Formaat: Paperback / softback, 432 pages, kõrgus x laius x paksus: 20x215x274 mm, kaal: 980 g
  • Ilmumisaeg: 01-Jan-2021
  • Kirjastus: Delmar Cengage Learning
  • ISBN-10: 1337624977
  • ISBN-13: 9781337624978
Teised raamatud teemal:
MODERN DIESEL TECHNOLOGY: LIGHT DUTY DIESELS, Second Edition, gives you a thorough introduction to the light-duty diesel engine, the engine of choice to optimize fuel efficiency and longevity in workhorse pickup trucks, refrigeration units, agricultural equipment and generators. While the major emphasis is on highway usage, best-selling author Sean Bennett also addresses current and legacy, small stationary and mobile off-highway diesels. Using a modularized structure, Bennett helps you gain a strong conceptual grounding in diesel engine technology while emphasizing hands-on technical competency. The text explores current diesel engine subsystems and management electronics in detail, while also providing a solid foundation in mechanical engine systems. All generations of CAN-bus technology are covered, including the basics of network bus troubleshooting. The author uses simple language to make even complex concepts easier to master and focuses on helping you gain the knowledge and expertise you need for career success as a diesel technician, including addressing ASE A9 task learning objectives in detail.
Preface ix
Chapter 1 Shop and Personal Safety
1(18)
Why Read This?
1(1)
Safety Rules
2(1)
Experience and Injuries
2(1)
Safety Awareness
2(1)
A Healthy Lifestyle
2(1)
Physical Fitness
2(1)
Personal Protective Equipment
2(3)
Safety Boots
2(1)
Safety Glasses
3(1)
Hearing Protection
3(1)
Gloves
4(1)
Back Care
4(1)
Coveralls and Shop Coats
5(1)
Butane Lighters
5(1)
Hair and Jewelry
5(1)
First Aid and LOTO
5(2)
First Aid
6(1)
Lockout/Tagout
6(1)
Fire Safety
7(1)
Fire Extinguishers
7(1)
Shop Equipment
7(3)
Lifting Devices
7(3)
General Shop Precautions
10(2)
Exhaust Extraction
10(1)
Workplace Housekeeping
10(1)
Components Under Tension
11(1)
Compressed Fluids
11(1)
Pneumatics Safety
11(1)
Chassis and Shop Electrical Safety
12(1)
Static Discharge
12(1)
Chassis Wiring and Connectors
12(1)
Mains Electrical Equipment
13(1)
Welding Safety
13(4)
Oxyacetylene Equipment
14(1)
Backfire
15(1)
Electric Arc Welding
16(1)
Safety Symbols and Emoji
16(1)
Summary
17(1)
Review Questions
18(1)
Chapter 2 Introduction to Diesel Engines
19(12)
Why Read This?
20(1)
Vocational Automotive Diesels
20(1)
Off-Highway Light Duty Diesels
20(1)
Diesel Engine Terms
21(1)
Compression Ignition
21(1)
Engine Definitions
21(1)
The Diesel Cycle
22(2)
Direct Injection, Compression Ignition Engine
23(1)
Engine Systems and Circuits
24(1)
Diesel Fuel
25(1)
More Engine Terms
25(2)
Example
26(1)
Two Key Principles
27(1)
Mean Effective Pressure (MEP)
27(1)
Cylinder Pressure and Throw Leverage
28(1)
Modern Diesel Engines
28(1)
Summary
29(1)
Review Questions
30(1)
Chapter 3 Cylinder Block Assemblies
31(34)
Why Read This?
32(1)
Function of the Powertrain
32(1)
Cylinder Block and Crankcase
32(1)
Piston Assemblies
32(13)
Piston Terminology
33(1)
Aluminum Trunk-Type Pistons
34(1)
Forged Steel Trunk-Type Pistons
35(2)
Piston Thrust Faces
37(1)
Combustion Chamber Designs
37(1)
Direct Injection
37(1)
Piston Cooling
38(1)
Piston Rings
39(1)
Piston Ring Types
40(1)
Piston Ring Designs
41(1)
Ring Joint Geometry
42(1)
Installing Piston Rings
42(1)
Piston and Cylinder Wall Lubrication
43(1)
Wrist Pins
44(1)
Piston Thrust and Antithrust Side Identification
44(1)
Connecting Rods
45(2)
Cracked Rods
45(1)
Connecting Rod Construction
45(1)
Inspecting Rods
46(1)
Connecting Rod Bearings
47(1)
Crankshafts and Bearings
47(8)
Hydrodynamic Suspension
48(1)
Dynamic Balance
48(1)
Crankshaft Construction
48(1)
Removal of a Crankshaft from Cylinder Block
49(1)
Crankshaft Failures
50(1)
Crankshaft Inspection
51(1)
Reconditioning Crankshafts
51(1)
Front and Rear Main Seals
51(1)
Rod and Main Bearings
51(2)
Crankshaft Endplay
53(2)
Vibration Dampers
55(1)
Vibration Damper Construction
55(1)
Solid Rubber Vibration Dampers
56(1)
Flywheels
56(2)
Inertia
56(1)
Flywheel Housings
57(1)
Ring Gears
57(1)
Reconditioning and Inspecting Flywheels
58(1)
Engine Cylinder Block
58(3)
Cylinder Block Forces
58(1)
Cylinder Block Construction
58(1)
Cylinder Block Design
58(1)
Cylinder Block Functions
59(1)
Final Inspection and Assembly
60(1)
Glaze Busting
60(1)
Oil Pans or Sumps
61(1)
Oil Pan Functions
61(1)
Summary
62(1)
Review Questions
63(1)
Internet Exercises
64(1)
Chapter 4 Cylinder Heads and Timing Train
65(24)
Why Read This?
66(1)
Cylinder Heads
66(3)
Cylinder Head Disassembly, Inspection, and Reconditioning
66(1)
Cylinder Head Installation
67(2)
Rocker Housing Covers
69(1)
Engine Timing Train
69(2)
Gear-to-Gear Trains
69(1)
Timing Belt to Sprocket
70(1)
Camshafts
71(4)
Cam Profile
71(2)
Removing and Installing the Camshaft
73(2)
Valve Trains
75(11)
Followers
76(1)
Pushrods and Tubes
76(3)
Cylinder Head Valves
79(1)
Intake Valves
79(1)
Exhaust Valves
79(1)
Inspecting Valve Springs and Retainers
80(1)
Valve Servicing
81(1)
Valve Lash Adjustment
82(4)
Creating a Valve Polar Diagram
86(1)
Summary
86(1)
Review Questions
87(1)
Internet Exercises
88(1)
Chapter 5 Intake and Exhaust Systems
89(23)
Why Read This?
90(1)
Diesel Engine Breathing Circuit
90(2)
Gas Flow in Breathing Circuit
90(2)
Intake Circuit
92(3)
Air Cleaners
92(2)
Intake Throttle Body
94(1)
Turbochargers
95(7)
Principles of Operation
95(1)
Types of Turbochargers
96(4)
Turbocharger Lubrication
100(1)
Turbocharger Cooling
101(1)
Turbocharger Precautions
101(1)
Troubleshooting Turbos
101(1)
Turbocharger Failures
101(1)
Charge Air Coolers
102(1)
Types of Charge Air Coolers
102(1)
Boost Circuit Troubleshooting
103(1)
Testing Air-to-Air Coolers
103(1)
Exhaust Gas Recirculation
103(2)
EGR Operation
104(1)
EGR Components
104(1)
Intake Manifold Design
104(1)
Valve Design and Breathing
105(1)
Crossflow Configurations
105(1)
Parallel Port Valve Configurations
105(1)
Valve Seat Angle
105(1)
Variable Valve Timing
105(1)
Exhaust System Components
106(3)
Exhaust Manifold
106(1)
Exhaust Piping
107(1)
Engine Exhaust Aftertreatment
107(1)
Sonic Emission Control
108(1)
Diff users
109(1)
Troubleshooting Exhaust Aftertreatment Systems
109(1)
Breathing Circuit Sensors
109(1)
Summary
109(1)
Review Questions
110(1)
Internet Exercises
111(1)
Chapter 6 Cooling and Lubrication Circuits
112(37)
Why Read This?
113(1)
Cooling Systems
113(19)
Cooling System Functions
113(1)
Engine Coolant
114(5)
Cooling System Components
119(6)
Coolant Circuit Management
125(1)
Thermostats
126(1)
Cooling Fans
127(2)
Cooling System Problems
129(1)
Leaks
129(3)
Engine Lubricating Circuit
132(13)
Friction
133(1)
Engine Oil Classification and Terminology
134(1)
API Classifications
135(1)
SAE Viscosity Grades
136(1)
Lubrication System Components
137(3)
Filter Types and Efficiencies
140(5)
Lubricating Circuit Problems
145(1)
Summary
145(2)
Review Questions
147(1)
Internet Exercises
148(1)
Chapter 7 Chassis Electrical Circuits
149(35)
Why Read This?
150(1)
Charging Circuits
150(6)
Electron Pump
150(1)
Alternator Construction
150(2)
Alternator Operation
152(3)
Voltage Regulators
155(1)
Cranking Circuit
156(8)
Ground and Insulated Circuits
156(1)
Starter Circuit Components
157(1)
Battery Terminals
157(3)
Starter Motors
160(1)
Starter Operation
161(3)
Glow Plug Circuit
164(1)
Glow Plug Circuit Management
165(1)
Glow Plug Operation
165(1)
Electrical Troubleshooting
165(13)
Charging System Failures and Testing
165(5)
Cranking Circuit Diagnostics
170(2)
Troubleshooting the Cranking Circuit
172(6)
Oscilloscopes
178(4)
Reading an Oscilloscope Graph
178(1)
Analyzing Waveforms
179(1)
Scope Diagnostics
180(2)
Summary
182(1)
Review Questions
182(2)
Chapter 8 Fuel Subsystems
184(20)
Why Read This?
184(1)
Chapter 8 Fuel Subsystem Layout
185(1)
Fuel Tanks
186(2)
Excess Fuel
186(1)
Fuel Tank Design
187(1)
Fuel Filters
188(8)
Primary Filters
189(1)
Secondary Filters
189(2)
Water Separators
191(2)
Servicing Filters
193(3)
Integrated Fuel Management Modules
196(1)
Fuel Charging/Transfer Pumps
196(3)
Pumping Principles
196(1)
Plunger-Type Pumps
197(1)
Gear-Type Pumps
197(1)
Priming a Fuel System
198(1)
Monitoring the Fuel Subsystem
199(3)
Return Circuit
199(1)
Charging to Injection Circuit
200(2)
Summary
202(1)
Review Questions
203(1)
Chapter 9 Injector Nozzles
204(17)
Why Read This?
204(2)
Overview of Injectors
205(1)
Multiple-Orifice Injectors
205(1)
Electrohydraulic Nozzles
206(1)
Multiple-Orifice Nozzles
206(3)
Droplet Sizing
207(2)
Electrohydraulic Nozzles
209(1)
EHI Operation
209(1)
Piezoelectric Actuators
210(4)
Piezo Actuator Operation
211(3)
Summary of EHIs
214(1)
Nozzle Testing
214(5)
Removal of Injectors from the Cylinder Head
214(2)
Testing
216(3)
Testing EHIs
219(1)
Summary
219(1)
Review Questions
220(1)
Internet Exercises
220(1)
Chapter 10 Pump-Line-Nozzle Injection Systems
221(35)
Why Read This?
222(1)
Port-Helix Metering Pumps
222(11)
Component Identification
223(1)
Fuel Routing
223(3)
Injection Pump Components
226(1)
Governor or Rack Actuator Housing
227(3)
Timing Injection Pumps to an Engine
230(2)
Delivery, Injection, and Combustion
232(1)
Opposed-Plunger, Inlet-Metering Injection Pumps
233(9)
Inlet-Metering Injection Pumps
234(3)
Inlet-Metering Distributor Pump Circuits
237(3)
Mechanical Governor
240(1)
Governor Operation Summary
240(1)
Effect of Timing Advance
241(1)
Opposed-Plunger, Inlet-Metering Pump Summary
242(1)
Sleeve-Metering, Single Plunger Distributor Pumps
242(11)
Subassemblies
242(1)
Construction and Operation
243(5)
Governing
248(4)
Timing a VE pump to an Engine
252(1)
Summary
253(1)
Review Questions
253(2)
Internet Exercises
255(1)
Chapter 11 Engine Electronics
256(21)
Why Read This?
257(1)
Managing the Engine
257(1)
Data Processing
257(1)
Input Circuit
258(9)
Voltage Dividers
258(1)
Sensors
259(1)
Sensors Using V-Ref
260(1)
Pressure Sensors
260(2)
Position Sensors
262(2)
Ultrasonic Sensors
264(1)
MAF Sensors
265(2)
State of Health
267(1)
The PCM
267(3)
Central Processing Unit
267(1)
PCM Memory
268(1)
Output Circuit
269(1)
Multiplexing
270(5)
Serial Bus
271(4)
PCM Programming
275(1)
Summary
275(1)
Review Questions
276(1)
Internet Exercises
276(1)
Chapter 12 Electronic Diesel Fuel Injection Systems
277(28)
Why Read This?
278(1)
EUI Systems
278(4)
EUI Actuation
278(1)
EUI Injectors
278(4)
EUI Summary
282(1)
HEUI Fuel System
282(8)
System Overview
283(1)
Principles of Operation
283(1)
HEUI Subsystems
283(1)
Injector Overview
283(1)
Injection Actuation Circuit
283(1)
Injector Circuits
284(3)
Injector Subcomponents
287(1)
Five Stages of Injection
287(1)
Siemens HEUI
288(1)
HEUI Diagnostics
288(2)
Common Rail Fuel Systems
290(10)
Hard and Soft Parameters
290(1)
Function of the Rail
291(1)
CR Subsystems and Components
292(2)
CR Fuel Routing Circuit
294(1)
Rail Pressure Management Control
295(1)
High-Pressure Pumps
295(3)
Rail Pressure Control Valves
298(1)
Common Rail
298(1)
High-Pressure Fuel Lines
299(1)
Injector Drivers
299(1)
CR Electrohydraulic Injectors
300(2)
Injector Operating Phases
300(1)
Reprogramming and Diagnostics
301(1)
Summary
302(1)
Review Questions
303(1)
Internet Exercises
304(1)
Chapter 13 Emission Controls
305(20)
Why Read This?
306(1)
Importance of CARB
306(1)
What Is Smog?
306(2)
Global Warming
307(1)
Ingredients of Smog
307(1)
Photochemical Smog
307(1)
Diesel Engine Emission Controls
308(1)
Factors Influencing Emissions
308(1)
External Emission Controls
309(1)
Cooled-EGR
309(1)
C-EGR Components
309(1)
Catalytic Converters
310(2)
Oxidation Stage
311(1)
Reduction Stage
311(1)
Diesel Particulate Filters (DPFs)
312(3)
Types of DPFs
313(1)
DPF Operating Principles
313(1)
DPF Management
313(1)
DPF Temperature Monitoring
313(1)
DPF Service
314(1)
Selective Catalytic Reduction (SCR)
315(6)
Aqueous Urea
315(1)
SCR Management
316(4)
Ultrasonic Sensors
320(1)
Miscellaneous Factors That Limit Noxious Emissions
321(2)
Positive Crankcase Ventilation
321(1)
Charge Air Cooling
321(1)
Variable-Geometry Turbochargers
321(2)
Low-Headland Pistons
323(1)
Smoke Analysis
323(1)
Summary
323(1)
Review Questions
324(1)
Internet Tasks
324(1)
Chapter 14 Servicing and Maintenance
325(27)
Why Read This?
325(1)
Service Literature and Diagnostic Software
326(1)
On-vehicle Diagnostics
327(1)
Startup and Engine Break-In
327(5)
Post-Break-In Checkup
327(3)
Startup Procedure
330(2)
Air Intake System Maintenance
332(2)
Air Filter Restriction Gauge
332(1)
Air Filter Replacement
333(1)
Engine Lube Service
334(3)
Lube Specifications
334(2)
Changing the Engine Oil and Oil Filter
336(1)
Cooling System Service
337(3)
Coolant
338(1)
Adding Coolant
339(1)
Fuel System Maintenance
340(7)
Ultra-Low-Sulfur Diesel Fuel
340(1)
Fueling the Vehicle
341(1)
Priming the Fuel System
341(2)
Biodiesel
343(1)
Water Separator Service
344(1)
Fuel Filter Service
345(1)
Combination Filter/Separators Modules
346(1)
Emissions Aftertreatment Service
347(3)
Selective Catalytic Reduction
347(3)
Diesel Particulate Filter Service
350(1)
Summary
350(1)
Review Questions
351(1)
Internet Tasks
351(1)
Chapter 15 Diagnostics and Testing
352(39)
Why Read This?
353(1)
Tooling and Training
353(1)
Electronic Service Tools
354(10)
Onboard Diagnostic Lights
354(1)
Data Connector Standards
354(1)
Connecting to the Chassis Data Bus
354(1)
Communications Adapters
355(1)
Scopemeters
355(1)
Scan Tools
356(2)
Troubleshooting Toolkit
358(6)
Mechanical Troubleshooting
364(12)
Smoke Analysis
364(4)
Cooling System Problems
368(1)
Cylinder Balance Problems
369(2)
High Exhaust Temperature Readings
371(1)
Sudden Engine Shutdown
371(1)
Engine Runs Rough
371(1)
Lack of Power
372(1)
Engine Vibration
373(1)
Soot in Inlet Manifold
374(1)
EGR Circuit Malfunctions
374(1)
Manifold Boost Problems
374(1)
DPF Malfunctions
375(1)
Mechanical Engine Knock
375(1)
Fuel Pump/Injector Scuffing
376(1)
Quick Reference Diagnostic Charts
376(1)
Diagnosing Bus Faults
376(13)
Using a Scopemeter to Verify CAN Activity
385(1)
Troubleshooting Two-Wire Bus Malfunctions
386(1)
CAN Diagnostic Routines
387(1)
Replacing a CAN Module
388(1)
Technical Support
388(1)
Summary
389(1)
Review Questions
389(1)
Internet Exercises
390(1)
Glossary 391(42)
Acronyms 433(5)
Index 438
Sean Bennett is a former program coordinator for the Truck and Diesel Department at Centennial College as well as a former corporate trainer for Mack Trucks. During a 20-year tenure at the college, he authored new curricula, helped overhaul existing course offerings and chaired a wide range of curriculum development committees for the Province of Ontario. Mr. Bennett has written more than 30 books dealing with diesel, truck, heavy equipment and automotive technology, and he currently devotes his career to technical writing and speaking engagements. He has recently worked on domestic and Asia-based electric vehicle R&D projects and is an active member of the American Trucking Associations Technology and Maintenance Council, the Association of Diesel Specialists, the Society of Automotive Engineers and the North American Council of Automotive Teachers. He is widely regarded as the foremost author in commercial vehicle technology.