OBD Operation Summary for 6.7L Diesel - MotorCraftService.com

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Most vehicle applications no longer have a standalone vehicle speed sensor input. The PCM sometimes obtainsvehicle speed information from another module on the vehicle, i.e. ABS module. In most cases, however, vehiclespeed is calculated in the PCM by using the transmission output shaft speed sensor signal and applying aconversion factor for axle ratio and tire programmed into the Vehicle ID block. A Vehicle Speed Output pin on thePCM provides the rest of the vehicle with the standard 8,000 pulses/mile signal.Note: If the Vehicle ID block has not been programmed or has been programmed with an out-of-range (uncertified)tire/axle ratio, a P1639 DTC will be stored and the MIL will be illuminated immediately.Output Shaft Speed Sensor Functional Check Operation:DTCsMonitor executionMonitor SequenceSensors OKMonitoring DurationP0720 – OSS circuitContinuousNoneTSS, Wheel Speed4.2 secondsTypical OSS functional check entry conditions:Auto Transmission Entry Conditions Minimum MaximumGear selector positionEngine torqueEngine rpm (above converter stall speed) ORTurbine shaft rpm (if available) ORVehicle speedForward range68 ft-lbs3000 rpm1033 rpm10 mphTypical OSS functional check malfunction thresholds:OSS < 200 rpmFORD MOTOR COMPANY REVISION DATE: FEBRUARY 9, 2012 09.01.00.02-PAGE 144 OF 157
Turbine Shaft Speed Sensor Functional Check Operation:DTCsMonitor executionMonitor SequenceSensors OKMonitoring DurationP0715 – TSS circuitContinuousNoneOSS, Wheel Speed4.2 secondsTypical TSS functional check entry conditions:Auto Transmission Entry Conditions Minimum MaximumGear selector positionEngine torqueEngine rpm (above converter stall speed) OROutput shaft rpm ORVehicle speedForward range68 ft-lbs3000 rpm386 rpm14.8 mphTypical TSS functional check malfunction thresholds:TSS < 200 rpmFORD MOTOR COMPANY REVISION DATE: FEBRUARY 9, 2012 09.01.00.02-PAGE 145 OF 157
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2013 MY OBD System OperationSummary
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Cam and Crank Sensor: .............
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Introduction - OBD-II and EMDOBD-II
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Comprehensive Component MonitorGlow
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System Schematic 6.7L Chassis Certi
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The dynamometer certified applicati
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NON-METHANE HYDROCARBON (NMHC) CONV
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OXIDES OF NITROGREN (NOx) CONVERTIN
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Selective Catalyst Reduction Feedba
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Misfire Monitor Operation:DTCsMonit
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Fuel Rail Pressure ( FRP ) Rational
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Fuel Temperature Sensor Circuit Che
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Fuel Pressure Control Valve (PCV) M
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Fuel Injector Driver Circuit Monito
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Injector Code Missing/Invalid:Injec
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Injection Timing / Injection quanti
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Feedback control:Fuel Balancing Con
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VoltageNominal Voltage Calibration:
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EXHAUST GAS SENSOR MONITORAir-Fuel
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The NOx sensor is primarily used to
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percent O2P0133 (O2 slow response)
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EXHAUST GAS RECIRCULATION (EGR) SYS
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EGR Cooler/ECB Entry Conditions (Ov
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EGR System Slow ResponseSlow respon
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Mass Airflow Closed-loop Control Li
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Note: this monitor also serves to m
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Functional Overboost MonitoringThe
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Threshold Underboost MonitoringThe
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PARTICULATE MATTER (PM) FILTER MONI
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DPF Incomplete Regeneration Monitor
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DPF Restriction MonitorThe DPF is m
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Mass Air Flow Sensor Functional Che
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Warm-up profiles with nominal therm
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Primary Coolant Temp Dynamic Monito
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COLD START EMISSION REDUCTION STRAT
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FBC operates in closed-loop control
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Engine SensorsAir Temperature Ratio
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Ambient Air Temperature (AAT) Senso
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Charge Air Cooler Temperature (CACT
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EGR Cooler Downstream Temperature R
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Barometric Pressure and Manifold Ab
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Turbine Upstream Pressure Sensor Pl
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EGR Valve Position SensorAnalog inp
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Engine Coolant & Engine Oil Correla
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Engine Oil Temperature (EOT) Sensor
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Typical Camshaft and Crankshaft Sen
Page 94 and 95: Typical Fan and Fan Speed Sensor Ch
Page 96 and 97: MAF Rationality CheckA rationality
Page 98 and 99: Mass Air Flow Sensor Plausibility C
Page 100 and 101: Reductant Pressure Sensor Signal Ra
Page 102 and 103: DEF System Pressure ControlDEF pres
Page 104 and 105: Reductant Tank Level Sensor Circuit
Page 106 and 107: Reductant Tank Temperature Circuit
Page 108 and 109: Exhaust Gas Temperature Sensor Rati
Page 110 and 111: Exhaust Gas Temperature Rationality
Page 112 and 113: Diesel Particulate Filter Pressure
Page 114 and 115: Typical Actuator Jammed Valve Entry
Page 116 and 117: ECB Valve Actuator Signal Range Che
Page 118 and 119: Reductant Pump MotorThe Reductant P
Page 120 and 121: Reductant Pump Motor Circuit Checks
Page 122 and 123: Reductant Dosing Valve Circuit Chec
Page 124 and 125: Reverting ValveIn order to reverse
Page 126 and 127: Urea HeatersAqueous urea water solu
Page 128 and 129: Additional plausibility check for h
Page 130 and 131: Engine Control Unit (ECU) Monitor O
Page 132 and 133: Typical Engine Control Unit (ECU) M
Page 134 and 135: Lack of Communication Codes:CAN Com
Page 136 and 137: Glow PlugsThe diesel engine uses gl
Page 138 and 139: Glow Plug Circuit Open Load Check O
Page 140 and 141: Glow Plug Circuit Resistance Out of
Page 142 and 143: Miscellaneous ECU Errors:VID Block
Page 146 and 147: Transmission Fluid Temperature Sens
Page 148 and 149: Shift Solenoid Functional Check Ope
Page 150 and 151: Pressure Control Solenoid Check Ope
Page 152 and 153: Transmission OutputsShift Solenoids
Page 154 and 155: On Board Diagnostic ExecutiveThe On
Page 156 and 157: I/M Readiness CodeThe readiness fun
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OBD Operation Summary for 6.7L Diesel - MotorCraftService.com

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