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General| Displacement | 14.8 liters |
|---|---|
| Configuration | Inline 6-cylinder |
| Horsepower | 400-505 hp |
| Engine Type | Diesel |
| Compression Ratio | 18.0:1 |
| Emission Standard | EPA 2010 |
| Bore | 139 mm |
| Fuel System | High Pressure Common Rail |
Safety warnings and precautions for operating the engine and vehicle systems.
Warnings about using cruise control and engine brakes under specific conditions.
Safety precautions to observe when performing basic engine preventive maintenance.
Warnings related to hot oil, flammable fluids, and potential fire hazards during maintenance.
Warnings about injury from hot surfaces, moving parts, and chemical agents.
Precautions for hot coolant handling and eye protection when using compressed air.
Safety advice for rotating parts, slipping hazards, and ventilation.
Precautions for servicing the cooling system, including hot coolant.
Warnings about electrical shock, battery explosion, and acid burns.
Safety considerations when working on the engine's air intake system.
Safety advice for working with hot surfaces and rotating parts in the oil system.
Warnings about fire hazards and ignition sources when working with the fuel system.
Warnings regarding high-pressure fuel and fire risks from fuel vapors.
Information on labels attached to the Aftertreatment Device (ATD).
Cautionary note on properly supporting heavy devices during installation or servicing.
Identifies major components of the DD13 engine with a diagram.
Shows a different view of DD13 engine components with labels.
Identifies major components of the DD15 engine with a diagram.
Shows a different view of DD15 engine components with labels.
Procedures and precautions for starting a new or overhauled engine.
Steps for initial engine start, including fuel system priming and instrument checks.
Step-by-step guide for initial engine ignition and system checks.
Pre-start checks and procedures for routine engine starting.
Safety warnings related to engine exhaust and starting procedures.
Actions to take immediately after starting the engine, including leak checks.
How the DDEC system manages faults to allow limp mode operation.
Procedures and precautions for jump starting a 12V DC system.
Using the override feature to prevent engine shutdown in emergencies.
Introduction to the DDEC system and its role in powertrain management.
How the DDEC system operates, including voltage requirements and fault indicators.
What the Check Engine Indicator signifies and recommended actions.
Meaning of the Stop Engine Indicator and the need for immediate attention.
How to use the override feature to prevent engine shutdown in emergencies.
Explanation of power reduction and automatic shutdown features.
How the system monitors malfunctions and initiates power reduction or shutdown.
Explanation of the Global Aftertreatment System (GATS 2.0) and its components.
How the DDEC system monitors for DEF system tampering and penalties.
Importance of determining and completing maintenance schedules based on vehicle use.
Step-by-step guide for performing a parked DPF regeneration.
Procedure for priming the fuel system after running out of fuel.
Steps for restarting the engine after it has run out of fuel.
Explanation of Low, Medium, and High engine brake settings.
Conditions required for automatic engine brake operation.
How to operate engine brakes for optimal engagement and performance.
