Detroit Diesel Engine Service Manuals PDF, Wiring Diagrams

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Detroit DDEC III-IV Series 60 Wiring diagram
Detroit DDEC III-IV Series 60 Wiring diagram
Detroit DDEC III-IV Series 60 Wiring dia
Portable Network Image Format 281.3 KB
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Detroit Diesel Engine Series 60 Service Manual
Detroit Diesel Engine Series 60 Service Manual
Detroit Diesel Engine Series 60 Service
Adobe Acrobat Document 1.8 MB

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Detroit Diesel DDC-DDEC II Wiring Diagram
Detroit Diesel DDC-DDEC II Wiring Diagram
Detroit Diesel DDC-DDEC II Wiring Diagra
Adobe Acrobat Document 66.4 KB
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Detroit Diesel 60 Engine sensors positions diagram
Detroit Diesel 60 Engine sensors positions diagram
Detroit Diesel 60 Engine sensors positio
JPG Image 559.0 KB

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Detroit Diesel DDEC III-IV Series 60 Injector Harness Schematic Wiring diagram
Detroit Diesel DDEC III-IV Series 60 Injector Harness Schematic Wiring diagram
Detroit Diesel DDEC III-IV Series 60 Inj
Portable Network Image Format 350.1 KB
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Detroit Diesel DDEC II and III Wiring Diagrams
Detroit Diesel DDEC II and III Wiring Diagrams
Detroit Diesel DDEC II and III Wiring Di
Adobe Acrobat Document 993.1 KB

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Detroit Diesel DDEC V Series 60 EGR Engine Harness Wiring Diagram
Detroit Diesel DDEC V Series 60 EGR Engine Harness Wiring Diagram
Detroit Diesel DDEC V Series 60 EGR Engi
Portable Network Image Format 304.1 KB
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Detroit Diesel DDEC IV Series 60 MY2003 EGR engine sensor harness Wiring Diagram
Detroit Diesel DDEC IV Series 60 MY2003 EGR engine sensor harness Wiring Diagram
Detroit Diesel DDEC IV Series 60 MY2003
Portable Network Image Format 308.7 KB

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Detroit Diesel DDEC V Vehicle Interface Harness
Detroit Diesel DDEC V Vehicle Interface Harness
Detroit Diesel DDEC V Vehicle Interface
Adobe Acrobat Document 249.2 KB
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Detroit Diesel DDEC V Series 60 EGR Engine Harness Wiring Diagram
Detroit Diesel DDEC V Series 60 EGR Engine Harness Wiring Diagram
Detroit Diesel DDEC V Series 60 EGR Engi
Portable Network Image Format 304.1 KB

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Detroit Diesel DDEC VI Series 60 MCM EGR EPA07 Common powertrain controller (CPC) Wiring Diagram
Detroit Diesel DDEC VI Series 60 MCM EGR EPA07 Common powertrain controller (CPC) Wiring Diagram
Detroit Diesel DDEC VI Series 60 MCM EGR
Portable Network Image Format 396.9 KB
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Detroit Diesel DDEC VI Series 60 MCM EGR EPA07 (CPC) Vehicle Interface Harness (VIH) Wiring Diagram
Detroit Diesel DDEC VI Series 60 MCM EGR EPA07 (CPC) Vehicle Interface Harness (VIH) Wiring Diagram
Detroit Diesel DDEC VI Series 60 MCM EGR
Portable Network Image Format 418.2 KB

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Diagrama de Arneses DDEC
Diagrama de Arneses DDEC
Diagrama de Arneses DDEC.pdf
Adobe Acrobat Document 2.7 MB
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Detroit Diesel Electronic Control
Detroit Diesel Electronic Control
Detroit Diesel Electronic Control.png
Portable Network Image Format 361.0 KB

Detroit Diesel Electronic Control [PNG]

361kb

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Detroit Diesel Application User’s Manual - Suite 8.3 [PDF]

3.3Mb

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Detroit Diesel - Electronic Tools for DDEC VI - Using DDDL 7.0 [PDF]

5.8Mb

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Detroit Diesel - Unit Injectors and Unit Pumps Technicians Guide [PDF]

2.9Mb

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Detroit Diesel calibration tool user guide [PDF]

31.9kb

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Detroit Diesel DDEC IV Application and Installation [PDF]

1.7Mb

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Detroit Diesel DDEC Multi-ECM Troubleshooting Manual [PDF]

6.2Mb

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Detroit Diesel DDEC V Vehicle Interface Harness [PDF]

226.9kb

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Detroit Diesel DDEC VI On-Highway - Application and Installation [PDF]

5Mb

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Detroit Diesel Engine DDFP Series Service Manual [PDF]

1.3Mb

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Detroit Diesel Engine Series V-149 Service Manual [PDF]

219.9kb

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Detroit Diesel GHG17 DD Medium Duty Operators Manual [PDF]

6.8Mb

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Detroit Diesel MBE 4000 Service Manual [PDF]

4.9Mb

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Detroit Diesel MBE 4000 Workshop Service Manual [PDF]

12.7Mb

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Detroit Diesel MBE 900 Operators Manual [PDF]

960.4kb

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Detroit Diesel MBE 900 Troubleshooting Manual [PDF]

2Mb

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Detroit Diesel MBE EGR Technicians Guide [PDF]

13.1Mb

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Detroit Diesel MBE Electronic Controls Troubleshooting Guide [PDF]

2.2Mb

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Detroit Diesel Series 40 Specifications [PDF]

139.2kb

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Detroit Diesel Series 40 Troubleshooting [PDF]

3.4Mb

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Detroit Diesel Series 4000 MTU Service Manual [PDF]

5.3Mb

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Detroit Diesel V-71 Service Manual [PDF]

8Mb

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Detroit Diesel V-71 Technical Manual [PDF]

34.8Mb

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Diagrama de Arneses DDEC [PDF]

2.6Mb

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Detroit Diesel

The history of this family of diesel engines began even before World War II, when the 71-series 6-cylinder in-line diesel engine was introduced as the flagship product of the Detroit General Motors diesel engine division. Then, in 1957, a wider version appeared.

 Interestingly, the 71 series designation refers to the cubic capacity of one cylinder, measured in cubic inches. It was exactly 70.93 cubic inches or 1162.4 cubic centimeters. Knowing the number of cylinders and their power, it is very easy to calculate the total cylinder capacity of the entire engine. For example, 8V71 had 8 times 1152.4 cubic meters. cm (about 71 cc) or 9296 cc Cm (9.29 liters).

 

In-line engines had one, two, four or six cylinders and were marked 1-71, 2-71, 4-71, 6-71, respectively. The blade blocks had 6, 8, 12, 16 or 24 cylinders and were designated as 6V71, 8V71, 12V71, 16V71 and 24V71. In addition, the two largest units used many smaller engine heads to maintain reasonable sizes and weights. Therefore, in a 16-cylinder engine, four 4-71 engine heads were used, and in a 24-cylinder engine there were up to four 6-71 engine heads. This solution also significantly reduced construction and maintenance costs, as many parts were common for small engines.

 An interesting feature of the row units was their symmetry, which meant that individual parts of the equipment could be installed on both sides of the engine, depending on the application. Many models can also work clockwise or counterclockwise. Engines operating “left” were commonly used in boats and buses.

 All 71 Series engines use the so-called Blower Roots in the rinse cycle.

 They are installed on the outside of the air pump with pistons that prevent rotation and block, for pumping air at low pressure into the cylinders, through the core channels in the block and openings in the cylinder walls.

 

Engines had two or four valves per cylinder and a fuel injection unit (one injector per cylinder). They were available both in naturally aspirated versions (designation N) and turbocharged (T) and additionally equipped with an intercooler (TA). Trucks and buses also featured Jake’s famous brake (described here on DAF 95.500).

Series 71 vane engines reach 10 to 1800 hp In trucks, the most common were 6-, 8- or 12-cylinder units. The smallest of them, in their characteristic work, were called “Screaming Jimmy” or “Screaming Jimmy” (Jimmy as short for General Motors). They reached 238 or 304 hp. in a turbocharged version. The V8 variant developed a power of 318 or 384 hp, and the model with 12 cylinders was nicknamed “Buzzin Dozen”, and in the case of trucks, it developed a power of 450 to 550 hp.

 

There were more powerful options for the 12-cylinder version, reaching up to 900 hp. However, they were used in other vehicles than trucks or as industrial engines. Interestingly, each of these units reached maximum power after it exceeded the limit of 2000 rpm.

Series 71 was very popular in the United States. These engines powered almost everything. In the 1960s and 1970s, almost every intercity bus was equipped with such Detroit Diesel engines with 6 or 8 cylinders. The characteristic sound of six-cylinder in-line vehicles was also often mentioned by soldiers involved in World War II. Indisputable advantages, with simplicity at the forefront, made Detroit in various configurations a mass for infantry and tanks.

 

What did the civil engineers appreciate, what did the builders of military vehicles appreciate. There were many cars on American construction sites equipped with 71 series two-stroke diesel engines. Pollution of the environment, obviously, did not impress the engines - it was only important that the engine had oil and fuel.

 After writing this article, I came across a lot of memories of people who used the 71 series engines. Almost everyone emphasized the same features. They had a characteristic sound of work, as well as a high level of noise. Low repair costs were significant - for example, replacing a full piston cost no more than $ 70, and an injector up to $ 20. Also mentioned were low power consumption in a lower rotation range and ... problems with compaction of earlier versions. Apparently, this problem was so big that in the 1960s, dark traces of motor oil could be seen on whole concrete sections of motorways (improvement was achieved through the use of o-rings). At the same time, this is evidence of the popular Detroit Diesel 71 series engines.

Comments: 5
  • #5

    Aston (Thursday, 13 June 2024 09:20)

    Good one

  • #4

    Carlos Coronado (Friday, 08 September 2023 00:23)

    thank you, it will be very helpful for my work in mechanical education

  • #3

    José castillo (Tuesday, 27 September 2022 17:21)

    Hello, good morning, I want some detroit series 60 cables to start the engine outside the truck...

  • #2

    Hoshang (Saturday, 30 July 2022 11:50)

    I have Detroit series 40 throttle not working the reading voltage and ECM is working when I start the engine work normally but when I give throttle not Engage
    Please your advice

  • #1

    Mike Todd (Monday, 04 July 2022 13:47)

    Do you have a parts manual for a Detroit Diesel VM Motori D 706 LTE?