GRADUATION PROJECT:
MAXXFORCE 11 & 13 ENGINE
Students:
Võ Văn Thành
Trần Văn Thanh
Instructor:
Đinh Tấn Ngọc
13145240
13145233
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Contents
1. Overview of MaxxForce 11 & 13
2. Systems in The Engine
3. Sensors in The Engine
4. Engine Wiring Schematic
5. Unique Service Procedures
6. Conclusion and Recommendation
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1. Overview of MaxxForce 11 & 13
Engine
Configuration
4 Cycle, In-line six cylinder
diesel
Valve
Configuration
4 valves per cylinder
Displacement
MaxxForce 11: 10,5 L
MaxxForce 11: 12,4 L
Stroke
MaxxForce 11: 155 mm
MaxxForce 13: 166 mm
Firing Order
1-5-3-6-2-4
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2. The Systems in The Engine
2.1. Air Management System
2.2. Aftertreatment System
2.3. Fuel Management System
2.4. Lubrication System
2.5. Cooling System
2.6. Engine Retarder
2.7. Closed Crankcase Breather System
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2.1. Air Management System
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• Turbochargers
• EGR Valve and Cooler
• Intake Throttle Valve
• LPCAC and HPCAC
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2.2. Aftertreatment System
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• Diesel Oxidation Catalyst (DOC)
• Diesel Particulate Filter (DPF)
• Aftetreatment cut-off valve (ACV)
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2.3. Fuel Management System
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• High-pressure and lowpressure fuel pump
• Fuel filter module
• High-pressure fuel rail
• Injector
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2.4. Lubrication System
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2.5. Cooling System
Cold engine
Warm engine
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• Water pump
• Thermostats
• Coolant Control Valve
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2.6. Engine Retarder
• Retarder Actuator
• Engine Retarder Controller
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2.7. Closed Crankcase Breather System
1- Brether outlet tube assembly
2- Crankcase Depression Regulator
(CDR) valve
3- CDR hose assembly
4- Cyclone Breather
5- Oil return tube assembly
6- Service breather assembly
7- Breather inlet tube assembly
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3. The Sensors in The Engine
3.1. Thermistor Sensor
3.2. Variable Resistance Sensor
3.3. Magnetic Pickup Sensor
3.4. Accelerator Position Sensor (APS)
3.5. Switches
3.6. Exhaust Lambda Sensor (ELS)
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3. The Sensors in The Engine
3.1. Thermistor Sensor
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Aftertreatment Temperature Sensors( EGT)
Engine Coolant Temperature (ECT) Sensor
Engine Oil Temperature (EOT) Sensor
Intake Air Temperature (IAT) Sensor
Manifold Absolute Pressure/Intake Air
Temperature 2 (MAP/IAT2) Sensor
• Manifold Air Temperature (MAT) Sensor
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3.2. Variable Resistance Sensor
• Exhaust Gas Differential
Pressure (EGDP) sensor
• Engine Fuel Pressure (EFP) sensor
• Engine Oil Pressure (EOP) sensor
• Fuel Rail Pressure (FRP) sensor
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3.3. Magnetic Pickup Sensor
• Crankshaft Position (CKP) sensor
• Camshaft Position (CMP) sensor
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3.4. Accelerator Position Sensor (APS)
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3.5. Switches
• Engine Coolant Level (ECL)
• Idle Validation Switch (IVS)
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3.6. Exhaust Lambda Sensor (ELS)
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4. Engine Wiring Schematic
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5. Unique Diagnostic and Service Procedures
- Diagnostic software: MasterDiagnostics
SERVICE INTERVALS
Visual Inspection
Engine Oil and
Filter Maintenance
Belt, Air Intake Piping
Service Interval: 24000 km/6 months/ 550 hours
Service Interval: 40000 km/12 months/ 1100 hours/ 16000 liters of fuel
Capacity: 40 liters
API CJ-4 oils are required
Fuel System
Maintenance
Filter Service Interval: 40000 km / 12 months / 1100 hours / 16000 liters of fuel
Strainer Service Interval: 80000 km / 24 months / 2200 hours / 32000 liters of fuel
Crankcase
Breather System
Maintenance
Valve Adjustment
Filter Service Interval: Replace the Crankcase Breather filter every 161100 km/ 3300 hours / 12 months
Cooling System
Maintenance
Cooling Service Interval: Add Shell ROTELLA Extended Life Coolant (ELC) Extender at 500000 km / 3
years / 6000 hours
Cooling Service Interval: 1000000 km / 6 years / 12000 hours
400000 km: Adjust engine valve lash
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6. Conclusion and Recommendation
6.1. Conclusion
• Dual Turbocharges and Dual Air-to-Water Charge-Air-Coolers
• The use of solenoid valve controlled injectors allows three injections per cycle.
• Glow plug is to heat the intake air by vaporizing and igniting fuel in the air inlet
duct.
• Aftertreatment
6.2 Recommendation
• Longer time for practice especially on diesel engine
• Spread this learning material to student in specialized classes
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