Bon pour rajouter à tout ça , ma MME (qui n'est plus ma MME puisque j'ai annulé) affiche produite le 07/04, expédiée le 23/04 et statut "In Transit".... ça me parait court pour passer de la production à l'expédition non ?
rogrammingSession ($10 $02) received within 20ms. (Note: this is PBL defaultSession) (4) Reception of ECUReset::Hard ($11 $01) or Power-On Reset and valid application detected and no diagnosticSessionControl:rogrammingSession ($10 $02) received within 20ms. (Note: this is application defaultSession) Any of the following conditions cause the session to be exited: (1) Receipt of diagnosticSessionControl with an ECU supported sub-function value other than $01 (assuming all entry conditions are met for the requested session). programmingSession 0x02 This diagnosticSession enables all diagnostic services required to support the memory programming of a server. Regardless of whether the programmingSession runs in boot software or not, the ECU shall automatically suspend logging of DTCs and suspend transmission of non-diagnostic frames when entering the programmingSession. Any of the following conditions cause the session to be entered: (1) Receipt of diagnosticSessionControl:rogrammingSession ($10 $02) with Normal voltage, Speed < 5km/hr and no pending NVM access. (2) Reception of ECUReset::Hard ($11 $01) or Power-On Reset and no valid application present and reception of diagnosticSessionControl:rogrammingSession ($10 $02). Any of the following conditions cause the session to be exited: (1) Reception of diagnosticSessionControl::defaultSession ($10 $01) (2) Reception of ECUReset::Hard ($11 $01) (3) Power is removed from the ECU (4) No tester present ($3E) or any other diagnostics service request received (S3server time-out) extendedDiagnosticSession 0x03 This diagnosticSession is used to enable timed diagnostic service functionality (e.g., I/O control). The diagnostic functionality in this session shall also include all supported diagnostic functionality supported in the defaultSession. Any of the following conditions cause the session to be entered: (1) Reception of diagnosticSessionControl::extendedDiagnosticsSession ($10 $02) while in any supported session except programmingSession. Any of the following conditions cause the session to be exited: (1) Reception of diagnosticSessionControl with an ECU supported sub-function value other than $03 (assuming all entry conditions are met for the requested session). (2) Reception of ECUReset::Hard ($11 $01) (3) Power is removed from the ECU (4) No tester present ($3E) or any other diagnostics service request received (S3server time-out) DiagnosticSessionControl 0x10 yes yes yes 50 25 Requested session is not supported (other than 01h, 02h or 03h) extendedSession requested while in bootloader Incorrect request length Vehicle conditions for transition to programmingSession are not fulfilled ReadDTCInformation 0x19 yes yes yes reportNumberOfDTCByStatusMask 0x01 reportDTCByStatusMask 0x02 reportSupportedDTC 0x0A reportDTCExtDataRecordByDTCNumber 0x06 50 0x00 Service requested in bootloader Requested subfunction other than 01h, 02h, 0A or 06h Incorrect request length Subfunction 06h: Requested non-supported DTC or non-supported extended data ReadDataByIdentifier 0x22 yes yes 50 25 2 2 Incorrect request length Non-supported DID or DID does not support reading RoutineControl 0x31 yes yes yes startRoutine 0x01 stopRoutine 0x02 requestRoutineResults 0x03 60000 200 Type 1 routines: requested subfunction is different to 01h "Start" Routine F000: requested subfunction is 02h "Stop" Incorrect request length Type 2 routines: requests routine results while routine is still running Routine 0301h: driver initialization fails Routine FF00h: invalid logical block Routine 020Bh: Life cycle is not "Factory" Routine can not be executed due to vehicle conditions Routine F000: Motor driver could not start sync Type 2 routines: Attempt to start routine while already running or get results before routine is started Routine not supported in active session Not supported in current security level Routine FF00h: erase failed Requested service $31 in default session Active Diagnostic Session 0xD100 1 single_value Active Diagnostic Session 0 7 enumerated 0x01 Default Session 0x02 Programming Session 0x03 Extended Diagnostic Session On-line Diagnostic Database Reference Number 0xF110 24 single_value On-line Diagnostic Database Reference Number 0 191 ascii left 0x00 ECU Core Assembly Number 0xF111 24 single_value ECU Core Assembly Number 0 191 ascii left 0x00 ECU Delivery Assembly Number 0xF113 24 single_value ECU Delivery Assembly Number 0 191 ascii left 0x00 ECU Calibration Data #1 Number 0xF124 Calibration - Base 24 single_value ECU Calibration Data #1 Number 0 191 ascii left 0x00 ECU Calibration Data #2 Number 0xF125 Calibration - Translations 24 single_value ECU Calibration Data #2 Number 0 191 ascii left 0x00 ECU Calibration Data #3 Number 0xF126 Calibration - Fonts 24 single_value ECU Calibration Data #3 Number 0 191 ascii left 0x00 ECU Calibration Data #4 Number 0xF127 Calibration - HMI (BMPs, Themes...) 24 single_value ECU Calibration Data #4 Number 0 191 ascii left 0x00 Software Download Specification Version 0xF162 1 single_value Software Download Specification Version 0 7 enumerated 0x06 SWDL 00.06.15.002-006 Diagnostic Specification Version 0xF163 1 single_value Diagnostic Specification Version 0 7 enumerated 0x04 GGDS 00.06.15.001-004 Vehicle Manufacturer ECU Software Number 0xF188 24 single_value Vehicle Manufacturer ECU Software Number 0 191 ascii left 0x00 ECU Serial Number 0xF18C 16 single_value ECU Serial Number 0 127 ascii left 0x00 Number of Trouble Codes Set due to Diagnostic Test 0x0202 1 single_value Number of Trouble Codes Set due to Diagnostic Test 0 7 unsigned 0 Undefined / Not Used Odometer Store - High Resolution 0x404C 3 single_value Odometer Store - High Resolution 0 23 unsigned 0 km Electronic Traction Control / Dynamic Stability Control Input/Output 0x2B05 4 bitmapped in extendedSession return control or not in extendedSession Dynamic Stability Control switch status Requires: !<AdvanceTrac Control Function> && <AdvanceTrac Hard Button Control> 31 31 enumerated 0x00 Inactive 0x01 Active Telltales and Warnings - 1 0x600E 4 bitmapped Fasten Seatbelt Warning 31 31 enumerated 0x00 Inactive 0x01 Active Restraints Indicator Lamp (RIL) Warning 30 30 enumerated 0x00 Inactive 0x01 Active Antilock Brake Fault 29 29 enumerated 0x00 Inactive 0x01 Active Brake Warning 28 28 enumerated 0x00 Inactive 0x01 Active Tire Pressure Monitor System (TPMS) 27 27 enumerated 0x00 Inactive 0x01 Active Malfunction Indicator Lamp (MIL) 26 26 enumerated 0x00 Inactive 0x01 Active Charge System Fault 25 25 enumerated 0x00 Inactive 0x01 Active Traction Control (TC) or Interactive Vehicle Dynamics (IVD) or Ride Stability Control (RSC) Event or Fault 24 24 enumerated 0x00 Inactive 0x01 Active Traction Control (TC) or Interactive Vehicle Dynamics (IVD) or Ride Stability Control (RSC) OFF Indication 23 23 enumerated 0x00 Inactive 0x01 Active Low Fuel Warning 20 20 enumerated 0x00 Inactive 0x01 Active Low Washer Fluid Warning 19 19 enumerated 0x00 Inactive 0x01 Active Electric Trailer Brake Connection Status 18 18 enumerated 0x00 Inactive 0x01 Active Low Engine Oil Pressure Warning 17 17 enumerated 0x00 Inactive 0x01 Active Engine Coolant Overtemperature 16 16 enumerated 0x00 Inactive 0x01 Active Powertrain Malfunction Warning 15 15 enumerated 0x00 Inactive 0x01 Active Adaptive Cruise Control Warning 14 14 enumerated 0x00 Inactive 0x01 Active Diesel Water In Fuel Warning 10 10 enumerated 0x00 Inactive 0x01 Active Diesel Pre-Heat Warning 9 9 enumerated 0x00 Inactive 0x01 Active Diesel Exhaust Overtemperature 8 8 enumerated 0x00 Inactive 0x01 Active Diesel Particulate Filter Cleaning 7 7 enumerated 0x00 Inactive 0x01 Active Diesel Engine Warming Warning 6 6 enumerated 0x00 Inactive 0x01 Active Diesel Engine Idle Shutdown Warning 5 5 enumerated 0x00 Inactive 0x01 Active Passive Entry Passive Start Warning 4 4 enumerated 0x00 Inactive 0x01 Active All Wheel Drive OFF Warning 3 3 enumerated 0x00 Inactive 0x01 Active Park Aid Malfunction Warning 1 1 enumerated 0x00 Inactive 0x01 Active Forward Collision Warning 0 0 enumerated 0x00 Inactive 0x01 Active Telltales and Warnings - 2 0x600F 4 bitmapped Blind Spot Detection Warning 30 30 enumerated 0x00 Inactive 0x01 Active Service Steering Warning 29 29 enumerated 0x00 Inactive 0x01 Active Diesel Exhaust Fluid Level Low Warnings 27 27 enumerated 0x00 Inactive 0x01 Active Lane Departure Warning 24 24 enumerated 0x00 Inactive 0x01 Active Hill Start Assist Warning 22 22 enumerated 0x00 Inactive 0x01 Active Bulb Failure 21 21 enumerated 0x00 Inactive 0x01 Active Start/Stop Engine Warning 20 20 enumerated 0x00 Inactive 0x01 Active Gas Particulate Filter Warning 18 18 enumerated 0x00 Inactive 0x01 Active ABS Fault Generic Warning 17 17 enumerated 0x00 Inactive 0x01 Active Brake Fluid Level Low Warning 16 16 enumerated 0x00 Inactive 0x01 Active Electronic Parking Brake Warning 15 15 enumerated 0x00 Inactive 0x01 Active Total Odometer Delta Distance Added 0x601F 3 single_value Total Odometer Delta Distance Added 0 23 unsigned 0 km Electronic Status Check Of Safety Relevant Features 1 0x6022 4 bitmapped Static Bending Light 31 31 enumerated 0x00 OK 0x01 Error Adaptive Cruise Control 30 30 enumerated 0x00 OK 0x01 Error Airbag 27 27 enumerated 0x00 OK 0x01 Error Hill Start Assist 24 24 enumerated 0x00 OK 0x01 Error Automatic Headlamp Leveling 23 23 enumerated 0x00 OK 0x01 Error Anti-Lock Braking System 21 21 enumerated 0x00 OK 0x01 Error Electric Powertrain Status 18 18 enumerated 0x00 OK 0x01 Error Electric Powered Assist Steering / Electro-Hydraulic Powered Assist Steering 16 16 enumerated 0x00 OK 0x01 Error Continous Controlled Damping 14 14 enumerated 0x00 OK 0x01 Error Electronic Status Check Of Safety Relevant Features 2 0x6023 4 bitmapped Electronic Stability Program 31 31 enumerated 0x00 OK 0x01 Error Automatic Highbeam Control 30 30 enumerated 0x00 OK 0x01 Error Pretensioners 28 28 enumerated 0x00 OK 0x01 Error Hybrid Powertrain Status 26 26 enumerated 0x00 OK 0x01 Error Dynamic Bending Light 25 25 enumerated 0x00 OK 0x01 Error Semi-Automatic Parallel Parking 24 24 enumerated 0x00 OK 0x01 Error Emergency Brake Assist 22 22 enumerated 0x00 OK 0x01 Error Tire Pressure Monitoring System / Deflation Detection System 20 20 enumerated 0x00 OK 0x01 Error Traction Control 16 16 enumerated 0x00 OK 0x01 Error Adaptive Headlamps 12 12 enumerated 0x00 OK 0x01 Error Electronic Parking Brake 11 11 enumerated 0x00 OK 0x01 Error Lane Keeping Aid 9 9 enumerated 0x00 OK 0x01 Error eCall 8 8 enumerated 0x00 OK 0x01 Error Warning Telltale 3 0x6030 4 bitmapped in extendedSession return control or not in extendedSession Overspeed Warning 31 31 enumerated 0x00 Off 0x01 On Warning Lamp Status 1 0x61A4 4 bitmapped in extendedSession return control or not in extendedSession Supplementary Restraint System (SRS) 28 28 enumerated 0x00 Off 0x01 On Seatbelt 27 27 enumerated 0x00 Off 0x01 On MIL/Glow Plug 26 26 enumerated 0x00 Off 0x01 On Oil Pressure Low 25 25 enumerated 0x00 Off 0x01 On Charge Warning 24 24 enumerated 0x00 Off 0x01 On Right Direction Indicator 23 23 enumerated 0x00 Off 0x01 On Low Fuel Warn 22 22 enumerated 0x00 Off 0x01 On ABS Requires Cfg: <ABS Configuration> 21 21 enumerated 0x00 Off 0x01 On High Beam 20 20 enumerated 0x00 Off 0x01 On High Coolant Temp 19 19 enumerated 0x00 Off 0x01 On Left Direction Indicator 18 18 enumerated 0x00 Off 0x01 On Dynamic Stability Control (DSC)/Traction Control (TC) Requires Cfg: <TC/IVD/RSC> 17 17 enumerated 0x00 Off 0x01 On Rear Fog Requires Cfg: <Rear Fog> 13 13 enumerated 0x00 Off 0x01 On Front Fog Requires Cfg: <Front Fog> 12 12 enumerated 0x00 Off 0x01 On Park Brake 11 11 enumerated 0x00 Off 0x01 On Electronic Brake Fault Requires Cfg: <Electric Park Brake Configuration> 10 10 enumerated 0x00 Off 0x01 On Adaptive Front Lighting Fault Requires Cfg: <LED Low Beam Fault Indicator> 9 9 enumerated 0x00 Off 0x01 On Door Open 6 6 enumerated 0x00 Off 0x01 On Transmission Fault (Amber) 2 2 enumerated 0x00 Off 0x01 On Warning Lamp Status 2 0x61A5 4 bitmapped in extendedSession return control or not in extendedSession TPMS (Amber) Requires Cfg: <TPMS Configuration> 29 29 enumerated 0x00 Off 0x01 On Diesel Pre-Heat 28 28 enumerated 0x00 Off 0x01 On Saudi Over speed/Water in Fuel 27 27 enumerated 0x00 Off 0x01 On Sidelight Telltale Requires Cfg: <Sidemarker/Position Lamp Telltale> 23 23 enumerated 0x00 Inactive 0x01 Active Stability Control / TC OFF Warning Status Requires Cfg: <TC/IVD/RSC> 15 15 enumerated 0x00 Off 0x01 On Saudi Overspeed Requires Cfg: <GCC Overspeed Warning> 12 12 enumerated 0x00 Off 0x01 On MIL 10 10 enumerated 0x00 Off 0x01 On All Warnings Lamp Configured lamps only 6 6 enumerated 0x00 Off 0x01 On Overdrive Cancel Lamp 5 5 enumerated 0x00 Off 0x01 On HEV Hazard Light Requires Cfg: <PT Hybrid> = (PHEV||FHEV) && <China BEV/xHEV Function> to Not China 2 2 enumerated 0x00 Inactive 0x01 Active HEV Ready Light Requires Cfg: <PT Hybrid> = (PHEV||FHEV) 1 1 enumerated 0x00 Inactive 0x01 Active Input Status 0x61C0 4 bitmapped in extendedSession return control or not in extendedSession Park Switch State - Park Detected Requires Cfg: <Transmission Type> 0 0 enumerated 0x00 False 0x01 True Warning Lamp Status 0x61C6 7 packeted in extendedSession return control or not in extendedSession ABS 48 55 enumerated 0x00 Lamp Off Brake 40 47 enumerated 0x00 Lamp Off Electronics Park Brake 32 39 enumerated 0x00 Lamp Off Airbag 24 31 enumerated 0x00 Lamp Off Frost Warning Requires Cfg: <Frost Telltale> 16 23 enumerated 0x00 Lamp Off 0x02 Lamp On Amber Shift Up Gear 8 15 enumerated 0x00 Lamp Off Integrated Vehicle Dynamics Control/Traction Control 0 7 enumerated 0x00 Lamp Off Warning Lamp "B" Status 0x61CE 4 bitmapped in extendedSession return control or not in extendedSession Upshift Indicator Requires Cfg: <Upshift Indicator> 15 15 enumerated 0x00 Off 0x01 On Alternative Fuel Telltale (LPG or CNG) 7 7 enumerated 0x00 Off 0x01 On Alternative Fuel Low Warning Requires Cfg: <AltFuel_LPG> 6 6 enumerated 0x00 Off 0x01 On Multiple VIN Storage-Original VIN 0x630F 24 single_value Multiple VIN Storage-Original VIN 0 191 ascii left 0x00 Operating Voltage 0x9A01 1 single_value Operating Voltage 0 7 unsigned 0 V VIN History 0xA48A 96 packeted VIN 1 (latest VIN) 576 767 ascii left 0x00 VIN 2 384 575 ascii left 0x00 VIN 3 192 383 ascii left 0x00 VIN 4 0 191 ascii left 0x00 warningIndicatorRequested 7 testNotCompletedThisOperationCycle 6 confirmedDTC 3 testFailedThisOperationCycle 1 0x01 General Electrical Failure 0x11 Circuit Short To Ground 0x13 Circuit Open 0x06 Algorithm Based Failure 0x00 No Sub Type Information 0x09 Component Failure 0x82 Alive / Sequence Counter Incorrect / Not Updated 0x87 Missing Message 0x81 Invalid Serial Data Received 0x86 Signal Invalid 0x56 Invalid / Incompatible Configuration 0x44 Data Memory Failure 0x16 Circuit Voltage Below Threshold 0x17 Circuit Voltage Above Threshold 0x64 Signal Plausibility Failure ABS Telltale Adaptive Headlamps (W540) Airbag Teltalle BLIS Telltale Battery Charge Telltale Brake Telltale Electric Park Brake Telltale Engine Temperature Telltale Frost RTT Low Oil Pressure Telltale MIL Teltalle OAT "---" Odometer "Error" Powertrain Malfunction Telltale TPMS Telltale W1010: "Front Camera Malfunction Service Required" W141: "Steering LossStop Safely" W3360: "Air Suspension Fault Service Required" W3406: "Power Step Fault" W350: "Check Park Aid" W3519: eCall System Fault W443: "Blindspot System Fault" W444: "Cross Traffic System Fault" Ignition Cycle Ignition CycleIgnition Cycle 0x381 Glow Plug/Heater Indicator Control Circuit/Open yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** Short or Open circuit detected in Wait-to-Start LED (If Diesel Engine type is configured in DID $FD4E) A detected failure is latched for the complete RUN cycle *** Pass *** LED circuit is OK after an IGN cycle ECU transmits value 0 (No) in CAN signal 0x434_Cluster_Info3::W2S_Lamp_OK Wait-to-Start LED does not lit no 0x460 Fuel Level Sensor "A" Circuit yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 ===== DTC applicable for Carline different to <V363BEV> Or <PT Hybrid> equal to 0x1(BEV)==== *** Fail *** Shortcut: Sender resistance is 4 ohms or less for 33s *** Pass *** Sensor resistance is more than 4 ohms. After fail has been detected, the pass condition needs to be set 33s Gauge is disabled Gauge points to "E" yes 10 yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 ===== DTC applicable for Carline different to <V363BEV> Or <PT Hybrid> equal to 0x1(BEV)==== *** Fail *** Open circuit: Sender resistance is 198 ohms or more for 33s *** Pass *** Sensor resistance is less than 198 ohms After fail has been detected, the pass condition needs to be set 33s Gauge is disabled Gauge points to "E" yes 10 0x1243 Second Fuel Pump Fault or Ground Fault yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 ===== DTC applicable for Carline different to <V363BEV> Or <PT Hybrid> equal to 0x1(BEV)==== Fail - When FDM below PFM_ERR_FDM_THRESHOLD and JPM above PFM_ERR_JPM_THRESHOLD Gauge is disabled Gauge points to "E" no 0x1346 Fuel Level Sensor "B" Circuit yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 ===== DTC applicable for Carline different to <V363BEV> Or <PT Hybrid> equal to 0x1(BEV)==== *** Fail *** When second sender is configured: Shortcut: Sender resistance is 4 ohms or less for 33s *** Pass *** Sensor resistance is more than 4 ohms After fail has been detected, the pass condition needs to be set 33s Gauge is disabled Gauge points to "E" yes 9 yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 ===== DTC applicable for Carline different to <V363BEV> Or <PT Hybrid> equal to 0x1(BEV)==== *** Fail *** When second sender is configured: Open circuit: Sender resistance is 198 ohms or more for 33s *** Pass *** Sensor resistance is less than 198 ohms After fail has been detected, the pass condition needs to be set 33s Gauge is disabled Gauge points to "E" yes 9 0x1534 Restraint Deployment Indicator Circuit Short yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** Short or Open circuit detected in Airbag LED A detected failure is latched for the complete RUN cycle *** Pass *** LED circuit is OK after an IGN cycle ECU transmits value 0x3 (fault) in CAN signal 0x350_RestraintsData::RILStat ECU plays Ford DNA Chime B (Chime_8) no 0x1706 High Vehicle Speed Observed in Park yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** All following conditions are met for 5s: - <Shift By Wire> is disabled - Gear is not in Park (0x171_EngineData_1_HS3::TrnIpcDsplyMde_D_Actl <> 0) - Park Detect Switch is On - Vehicle Speed exceeeds 10 MPH (about 16.09 KMH) - Vehicle speed is valid (EngVehicleSpThrottle2_HS3::VehVActlEng_D_Qf has value 0x2 or ox3) *** Pass *** At each key cycle from OFF/ACCY to RUN/START AND Fail condition is not met None None no 0x937F Steering Wheel Left Switch Pack yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** ========= Criteria applicable only for <Variant_S2> ========= Any of the following signals have been received with invalid data for 90s continuously: SteWhlSwtchOk_B_Stat (Set to 0x01 when <PT Hybrid>=(FHEV||PHEV)) SteWhlSwtchUp_B_Stat (Set to 0x01 when <PT Hybrid>=(FHEV||PHEV)) SteWhlSwtchDown_B_Stat (Set to 0x01 when <PT Hybrid>=(FHEV||PHEV)) SteWhlSwtchRght_B_Stat (Set to 0x01 when <PT Hybrid>=(FHEV||PHEV)) SteWhlSwtchLeft_B_Stat (Set to 0x01 when <PT Hybrid>=(FHEV||PHEV)) *** Pass *** At each key cycle from OFF/ACCY to RUN/START AND Fail condition is not met None None no 0x9A82 External Trip Switch yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** When all the following conditions are met: - Cluster variant is S0 - HW button interface is configured (DID $FD1F) - A Steering Column key is pressed for 2 minutes *** Pass *** Key is released before 2 minutes Steering column keyboard is blocked Steering column keyboard is blocked no 16 0xC100 Lost Communication With ECM/PCM "A" yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** =================== Criteria applicable for all variants =================== The following messages have not been received for 5s: EngineData_6_HS3 EngVehicleSpThrottle_HS3 Body_Info_1_HS3 (when <Transmission Type> == automatic) EngVehicleSpThrottle2_HS3 Engine_Clutch_Data_HS3 (when <Tach Signal> == EngAout_N_Dsply) Stop_Start_HS3 PowertrainData_1_HS3 EngineData_1_HS3 (when <Transmission Type> == automatic) EngineData_1_HS3 (when <Gear Select> == SST) Powertrain_Data_4_HS3 (when <FuelLvl_PCM> == PCM) EngineData_7_HS3 VehicleOperatingModes_HS3 EngineClimateData_HS3 (when <ASLD> == enabled) PowertrainData_2_HS3 (when <ASLD> == enabled && <Intelligent Speed Assistance> == enabled) EngineData_17_HS3 (when DID $FD4E Engine Type == Diesel) EngineData_17_HS3 (when DID <Oil Minder Distance/Time> == Enabled OR <Oil Minder> 10k = Enabled) EngineClimateData_HS3 (when <Brazil Cold Start Reservoir> == enabled) EngineData_10 (when <ManRegen> == enabled AND <Diesel_Engine>) AWD_4x4_Data_HS3 (when (<2WD/4x4/AWD> == AWD[0x2]||4x4[0x1]) && <4x4_CAN_HW>==CAN[0x1]) && (<4x4/AWD Source Module>==PCM/ECM[0x3]) AWD_4x4_Data_HS3 (when (<2WD/4x4/AWD> == AWD[0x2]||4x4[0x1]) && <4x4/AWD Source module> == PCM/ECM[0x3]) AWD_4x4_Data_HS3 (when (<2WD/4x4/AWD> == AWD[0x2] && <4x4/AWD Source module> == PCM/ECM[0x3])) AWD_4x4_Data_HS3 (when (<AWD Gauge Feature> == Enabled[0x1])&& (<4x4/AWD Source module> == PCM/ECM[0x3])) EngineData_11 (when <Diesel_Engine>) CGEA_Urea_Strategy_HS3 (when <Transmission Type> == automatic) CGEA_Urea_Strategy_HS3 (when <Diesel Exhaust Fluid Gauge> == enabled) GWM_HEV_HS3 (when <mHEV Start Stop Speed Threshold Control Function> == Enabled) EngineData_10 (when <Auto Regen Control> == Enabled) EngVehicleSpThrottle_HS3 (when <Engine Hour Function> == Enabled) EngVehicleSpThrottle_HS3 (when < Engine Idle Hour Function> == Enabled) EngVehicleSpThrottle2_HS3 (when < Engine Idle Hour Function> == Enabled) VehicleOperatingModes_HS3 (when < Emergency Door Ajar Warning> ==Enabled) Powertrain_Data_4_HS3 (when <FuelLvl_PCM> == PCM) EngineData_7_HS3 (when <AltFuel_LPG**> == True(0x1)) EngVehicleSpThrottle_HS3 (when <AltFuel_LPG**> == True(0x1)) The following signals have been received with value 0 for 5s: GearLvrPos_D_Actl_UB (when <Transmission Type> == automatic) UreaLvl_Pc_Actl_UB (when <Diesel Exhaust Fluid Gauge> == enabled) StopStrtVThres_D_Stat_UB (when <mHEV Start Stop Speed Threshold Control Function> == Enabled) **Notes: - AltFuel_LPG is an internal configuration set by Dataset. ========= Criteria applicable only for <Variant_S0> OR <Variant_S1> ========= The following messages have not been received for 5s: EngVehicleSpThrottle2_HS3 (when <India Overspeed Warning> == Enabled) ========= Criteria applicable only for <Variant_S1> OR <Variant_S2> ========= The following messages have not been received for 5s: AWD_4x4_Data_HS3 (<DE00::AWD Gauge Feature>==Enabled[0x1]&&<DE0A::4x4/AWD Source Module>==PCM/ECM[0x3]||AWD_DLCM[0x2]) AWD_Display_Stat (when <AWD Gauge Feature> == enabled) ========= Criteria applicable only for <Variant_S2> ========= The following messages have not been received for 5s: EngineClimateData_HS3 (when <PT Hybrid> != Non-Hybrid ) PowertrainData_3 (when <Turbo Boost> == Yes) PowertrainData_3 (when <DE05:: Oil Pressure Sensor>==Enabled[0x1]) EngineData_16 (when <Grade Assist Menu> to Enabled) LnchCtlSys_D_Stat ( when <Launch Control> to Enabled) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source Depending on failure cause sympthoms may be: - Speedometer gauge goes to 0 - Oil pressure telltale on - Engine coolant temperature telltale on - MIL telltale on - Powertrain malfunction telltale on no yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** ========= Criteria applicable only for <Variant_S2> ========= The following signals have been received with value 0 for 5s: RvltnMatchAllw_D_Stat_UB (when <Transmission Type> == Manual (0x01) && <Engine Rev Match> == Enabled (0x01)) *** Pass *** None of the fail conditions is present. no 0xC101 Lost Communication with TCM yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following messages have not been received for 5s: EngineData_12_HS3 (when <TCM present> == enabled(TCM)) EngineData_1_HS3 (when <Gear Select> == enabled(SST)) The following signals have been received with value 0 for 5s: PtDrvMde_D_Stat_UB (when <TCM present> == enabled(TCM)) *** Pass *** None of the fail conditions is present. None None no 0xC102 Lost Communication with Transfer Case Control Module yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following messages have not been received for 5s: TCCM_4x4_Data (when (<2WD/4x4/AWD> == AWD[0x2] && <4x4/AWD Source module> == TCCM[0x1])) TCCM_4x4_Data (when (<2WD/4x4/AWD> == AWD[0x2]||4x4[0x1] && (<4x4/AWD Source Module>==TCCM[0x1])) TCCM_4x4_Data (when (<2WD/4x4/AWD> == AWD[0x2]||4x4[0x1] && <4x4_CAN_HW>==CAN[0x1]) && (<4x4/AWD Source Module>==TCCM[0x1])) TCCM_4x4_Data (when (<E-Locker>==Enabled[0x1]) TCCM_ELD_Data when <E-Locker> == Enabled *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source Powertrain malfunction telltale is on, "Check 4x4" warning no 0xC103 Lost Communication With Gear Shift Control Module A yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following messages have not been received for 5s: Gear_Shift_by_Wire_2_HS3 (when <Shift By Wire> == enabled) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source Powertrain malfunction telltale is on, "See Manual" warning no 0xC104 Lost Communication With Cruise Control Module yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following messages have not been received for 5s: Personality_CCM_Data_HS3 (when <Forward Collision Warning> == FCW || FCW_FDA) *** Pass *** None of the fail conditions is present. None None no 0xC108 Lost Communication With Alternative Fuel Control Module yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** =================== Criteria applicable for all variants =================== The following messages have not been received for 5s: Alternate_Fuel_Data_HS3 (when <AltFuel_LPG**> == True(0x1)) **Notes: - AltFuel_LPG is an internal configuration set by Dataset. *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source (Three dashes at DTE) LFR_LPG_Red RTT is shown no 0xC111 Lost Communication With Battery Energy Control Module "A" yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100ms 40 127 255 *** Fail *** The following messages have not been received for 5s: GWM_Send_Signals (when <PT Hybrid> = PHEV) The following signals have been received with value 0 for 5s: BattTracSoc_Pc_Dsply_UB (when <PT Hybrid> = PHEV) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source Depending on failure cause sympthoms could be: Gauge pointer shall move to 0% no 0xC11D Lost Communication With All Wheel Drive Control Module yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** =================== Criteria applicable for all variants =================== AWD_4x4_Data_HS3 missing for 5s when (<2WD/4x4/AWD> == AWD[0x2]||4x4[0x1] && <4x4_CAN_HW>==CAN[0x1]) && (<DE0A::4x4/AWD Source Module>==AWD_DLCM[0x2]) AWD_4x4_Data_HS3 missing for 5s when (<2WD/4x4/AWD> == AWD[0x2]||4x4[0x1]) && (<4x4/AWD Source Module>==AWD_DLCM[0x2]) AWD_4x4_Data_HS3 missing for 5s when (<2WD/4x4/AWD> == AWD[0x2] && <4x4/AWD Sorce module> == AWD_DLCM[0x2]) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source Depending on failure cause sympthoms may be: - None - Powertrain malfunction telltale on no 0xC121 Lost Communication With Anti-Lock Brake System (ABS) Control Module "A" yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** ========= Criteria applicable for all variants ========= The following messages have not been received for 5s: BrakeSysFeatures_2_HS3 GWM_Send_Signals_3 (when <TC/IVD/RSC> == IVD or RSC) GWM_Send_Signals_3 (when <Ceramic Brake Pad Wear Indicator> == enabled) DesiredTorqBrk_HS3 (when <ABS Configuration> == enabled && <Electric Park Brake Configuration> == enabled) SelectDriveModeData_HS3 (when <Upshift Indicator> == enabled && <EcoMode> == enabled && <SDM_Deactivation_Cfg**> == enabled) **Note: <SDM_Deactivation_Cfg> is set by dataset flashing. This is enabled only for Carline <V408> The following _UB signals have been received with value 0 for 5s: BrkPadMsgTxt_D_Rq_UB (when <Ceramic Brake Pad Wear Indicator> == enabled) ========= Criteria applicable for <Variant_S0> ========= The following messages have not been received for 5s: SelectDriveModeData_HS3 (when <Upshift Indicator> == enabled && <EcoMode> == enabled) ===== Criteria applicable for <Variant_S1_S2> AND Carline different to <V408> ===== The following messages have not been received for 5s: SelectDriveModeData_HS3 (when <Selectable Drive Mode> == enabled && <SDM_Deactivation_Cfg**> == disable) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source ABS, BRAKE and/or EPB indicators turn on no 0xC122 Lost Communication With Vehicle Dynamics Control Module yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100ms 40 127 255 *** Fail *** The following messages have not been received for 5s: Body_Info (when <Air Suspension Control> == enable) The following signals have been received with value 0 for 5s: Body_Info::AirSuspMsgTxt_D_Rq_UB (when <Air Suspension Control> == enable) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source Warning "Air Suspension Fault Service Required" no 0xC126 Lost Communication With Steering Angle Sensor Module yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100ms 40 127 255 *** Fail *** The following messages have not been received for 5s: Steering_Wheel_Data2_HS3 (when <Active Front Steering> == enabled) MC_Send_Signals_1 (when <Active Front Steering> == enabled) *** Pass *** None of the fail conditions is present. None None no 0xC131 Lost Communication With Power Steering Control Module "A" yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following messages have not been received for 5s: BrakeSnData_3_HS3 (when <Electric Power Assist Steering (EPAS)> == enabled) The following signals have been received with value 0 for 5s: EPAS_Failure_UB (when <Electric Power Assist Steering (EPAS)> == enabled) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source Warning "Steering Loss Stop Safely" (W141) no 0xC136 Lost Communication With Differential Control Module - Rear yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** ================ Criteria applicable for all variants ================ The following messages have not been received for 5s: GWM_Send_Signals_4 (when <ELSD>==Enabled) The following signals have been recived with value zero for 5s: GWM_Send_Signals_4::RearDiffSrvcRqd_B_Rq_UB (when <ELSD>==Enabled) *** Pass *** None of the fail conditions is present. ECU turns on the indicators depending on configuration and fail source Powertrain malfunction telltale is on, "Check 4x4" warning no 0xC137 Lost Communication With Trailer Brake Control Module yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following messages have not been received for 5s: TrailerBrakeInfo (when <Trailer Brake> == enabled) TrailerBrakeInfo (when <Trailer Brake Controller> == enabled) *** Pass *** None of the fail conditions is present. None None no 0xC13F Lost Communication With Pedestrian Alert Control Module yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following signals have been received with value 0 for 5s: PdstrnAlrt_B_Falt_UB (when <Approaching Vehicle Audible System> == Enabled) *** Pass *** None of the fail conditions is present. None None no 0xC140 Lost Communication With Body Control Module yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** =================== Criteria applicable for all variants =================== The following messages have not been received for 5s: BCM_Lamp_Stat_HS3 _BodyInformation_3 (when <Outside Air Temp> == enabled) Body_Info_6_HS3 (when <MyKey_Feature_Supported> == enabled) Body_Info_1_HS3 (when <PrkLckCtl_D_Allw_Cfg> == ALLW_SUST_ENBL_FOR_PARKING) GWM_Send_Signals_4 (when <PrkLckCtl_D_Allw_Cfg> == ALLW_SUST_ENBL_FOR_PARKING) Body_Info_6_HS3 (when <Passive Entry Passive Start> == enabled) Locking_Systems_2_HS3 Personality_BCM_Data_HS3 Body_Info_1_HS3 (when <Running Board Control Function> == enabled) The following signals have been received with value 0 for 5s: Outside_Air_Temp_Stat_UB (when <Outside Air Temp> == enabled) PtLatchActv_B_RqBcm_UB (when <PrkLckCtl_D_Allw_Cfg> == ALLW_SUST_ENBL_FOR_PARKING) PrkLckCtlMsgTxt_D_Rq_UB (when <PrkLckCtl_D_Allw_Cfg> == ALLW_SUST_ENBL_FOR_PARKING) PrkLckCtlAvail_T_Stat_UB (when <PrkLckCtl_D_Allw_Cfg> == ALLW_SUST_ENBL_FOR_PARKING) HtrnOvrTeLamp_B_Dsply_UB ========= Criteria applicable only for <Variant_S1> OR <Variant_S2> ========= The following messages have not been received for 5s: Body_Info_6_HS3 ========= Criteria applicable only for <Variant_S2> ========= The following messages have not been received for 5s: Personality_DSM_Data_HS3 (when <Easy Entry/Exit> == Enabled) Personality_BCM_Data_HS3 (when <Silent Mode Control Function> == Enabled) BCM_Lamp_Stat_HS3 (when <Police Liftgate Unlocked Indicator> == Enabled) Body_Info_6_HS3 (when <PoliceFeature> == Enabled) (PoliceFeature: Internal configuration set by Dataset) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source BRAKE telltale turns on no 0xC146 Lost Communication With Serial Data Gateway "A" yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** =================== Criteria applicable for all variants =================== Any of the following messages has not been received for 5s: EngineData_7_HS3 BodyInfo_HS3 EngVehicleSpThrottle_HS3 EngVehicleSpThrottle2_HS3 Body_Info_1_HS3 (when <Transmission Type> == automatic) Any of the following signals has been received with value 0 for 5s: GearLvrPos_D_Actl_UB (when <Transmission Type> == automatic) ========= Criteria applicable only for <Variant_S1> OR <Variant_S2> ========= The following messages have not been received for 5s: _Battery_Mgmt_2 (when <Adaptive Cruise> = enabled) AND (CcStat_D_Actl !=4) AND (CcStat_D_Actl != 5) The following messages have not been received for 1s: _Battery_Mgmt_2 (when <Adaptive Cruise> = enabled) AND (CcStat_D_Actl==4 OR CcStat_D_Actl==5) The following signals are received with value 0 for 5s: CcStat_D_Actl_UB (when <Adaptive Cruise> = enabled) AND (CcStat_D_Actl !=4) AND (CcStat_D_Actl != 5) The following signals are received with value 0 for 1s: CcStat_D_Actl_UB (when <Adaptive Cruise> = enabled) AND (CcStat_D_Actl==4 OR CcStat_D_Actl==5) ========= Criteria applicable only for <Variant_S2> ========= Any of the following signals has been received with value 0 for 5s: BattTracSoc_Pc_Dsply_UB (when <PT Hybrid> == FHEV(0x02) || PHEV(0x03)) *** Pass *** None of the fail conditions is present. None None no 0xC151 Lost Communication With Restraints Control Module yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following messages have not been received for 5s: RCMStatusMessage_HS3 *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source Airbag telltale is on no yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following messages have not been received for 5s: RCMStatusMessage_HS3 *** Pass *** None of the fail conditions is present. None None no 0xC158 Lost Communication With Head Up Display yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** ========= Applicable for all variants ========= The following messages have not been received for 5s: HUD_Send_Signals (When <cHUD> == enabled) ==== Applicable for <Variant_S1> OR <Variant_S2> ==== The following messages have not been received for 5s: Personality_HUD_Data (When <cHUD> == enabled) *** Pass *** None of the fail conditions is present. None None no 0xC159 Lost Communication With Parking Assist Control Module "A" yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following messages have not been received for 5s: ParkAid_Aud_Warn_Stat2 (when <Park Aid Fault Warning Rear and Front> == enabled) ParkAid_Aud_Warn_Stat (when <Park Aid Fault Warning Rear and Front> == enabled) ParkAid_Data_HS3 (when <AutoPark> != disabled) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source Warning "Check Park Aid" (W350) no 0xC184 Lost Communication With Radio yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following messages have not been received for 5s: AHU_Alert (when <Chime Generator> == (audio, dual || audio, single)) *** Pass *** None of the fail conditions is present. None None no 0xC198 Lost Communication With Telematic Control Module yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100ms 40 127 255 *** Fail *** =================== Criteria applicable for all variants =================== The following messages have not been received for 5s: TCU_Send_Signals_5 (when <Emergency Call System> == enabled) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source eCall_System_Fault_MC_Warn (W3519) no 0xC199 Lost Communication With "Door Control Module A" yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following messages have not been received for 5s: Personality_DDM_Data_HS3 (when <Mirrors Autofold> == enabled) *** Pass *** None of the fail conditions is present. Autofold Menu receives Error status instead of On or Off No option selected in Autofold Menu no 0xC19E Lost Communication With Transmission Range Control Module yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following messages have not been received for 5s: Gear_Shift_by_Wire_5_HS3 (when <Shift By Wire> == enabled && <TRCM Present> == enabled) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source Powertrain malfunction telltale is on no 0xC205 Lost Communication With "Door Control Module G" yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following _UB signals have been received with value 0 for 5s: SldrlChime_D_Rq_UB (when <Power Sliding Door> == LeftPSD(0x1) || <Power Sliding Door> == (Left and Rigth PSD(0x3))) SldrlMsgTxt_D2_Rq_UB (when <Power Sliding Door> == LeftPSD(0x1) || <Power Sliding Door> == (Left and Rigth PSD(0x3))) *** Pass *** None of the fail conditions is present. None None no 0xC20B Lost Communication With "Door Control Module H" yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following messages have not been received for 5s: GWM_Send_Signals_14_HS3 (when <Power Liftgate Control Function> != Disabled(0x0) || <Power Sliding Door> != No PSD(0x0)) The following _UB signals have been received with value 0 for 5s: SldrrChime_D_Rq_UB (when <Power Sliding Door> == Rigth(0x2) || <Power Sliding Door> == (Left and Rigth PSD(0x3))) SldrrMsgTxt_D2_Rq_UB (when <Power Sliding Door> == Rigth(0x2) || <Power Sliding Door> == (Left and Rigth PSD(0x3))) *** Pass *** None of the fail conditions is present. None None no 0xC212 Lost Communication With Steering Column Control Module yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** ========= For all variants ========= The following messages have not been received for 5s: GWM_Send_Signals_4 (when <Highbeam Telltale Source> == SCCM) Steering_Wheel_Data2_HS3 (when <Active Front Steering> == disabled) MC_Send_Signals_1 (when <Active Front Steering> == disabled) Personality_SCCM_Data_HS3 (when <Courtesy Wipe After Wash (CWAW)> == enabled || <Rear Reverse Gear Wipe (RRGW)> == enabled || <Rain Sensing Wipers (RSW)> == enabled) The following signals have been received with value 0 for 5s: HeadLghtHiOn_B_StatAhb_UB (when <Highbeam Telltale Source> == SCCM) Specific for <Variant_S1> OR <Variant_S2>: The following messages have not been received for 5s: GWM_Send_Signals_4 (when <Auto High Beam Telltale> == SCCM) ========= Criteria applicable only for <Variant_S2> ========= Steering_Wheel_Data2_HS3 (when <PT Hybrid> == PHEV(0x03) || <PT Hybrid> == FHEV(0x02)) *** Pass *** None of the fail conditions is present. None None no 0xC230 Lost Communication With Rear Gate Module yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following _UB signals have been received with value 0 for 5s: Power_Liftgate_Mode_Stt_UB (when <Power Liftgate Control Function> == Enabled) DrTgateChime2_D_Rq_UB (when <Power Liftgate Control Function> != Disabled(0x0)) *** Pass *** None of the fail conditions is present. Disable Power Liftgate Power Liftgate is disabled in Message Center no 0xC232 Lost Communication With Side Obstacle Detection Control Module "A" yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** ============= Criteria applicable for all variants ============= The following messages have not been received for 1.6s: Side_Detect_L_Stat_HS3 (when <Side Detect> == enabled || <Cross Traffic> == enabled) The following messages have not been received for 5s: Side_Detect_L_Stat_HS3 (when <BTT Lite> == enabled) ============= Criteria applicable for S2 variant ============= The following messages have not been received for 5s: BoundaryAlert_Left_1_HS3 (when <Boundary Alert> to Enabled) BoundaryAlert_Left_2_HS3 (when <Boundary Alert> to Enabled) BoundaryAlert_Left_3_HS3 (when <Boundary Alert> to Enabled) BoundaryAlert_Left_4_HS3 (when <Boundary Alert> to Enabled) *** Pass *** None of the fail conditions is present. None None no 0xC233 Lost Communication With Side Obstacle Detection Control Module "B" yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** ============= Criteria applicable for all variants ============= The following messages have not been received for 1.6s: Side_Detect_R_Stat_HS3 (when <Side Detect> == enabled || <Cross Traffic> == enabled) The following messages have not been received for 5s: Side_Detect_R_Stat_HS3 (when <BTT Lite> == enabled) ============= Criteria applicable for S2 variant ============= BoundaryAlert_Right_1_HS3 (when <Boundary Alert> to Enabled) BoundaryAlert_Right_2_HS3 (when <Boundary Alert> to Enabled) BoundaryAlert_Right_3_HS3 (when <Boundary Alert> to Enabled) BoundaryAlert_Right_4_HS3 (when <Boundary Alert> to Enabled) *** Pass *** None of the fail conditions is present. None None no 0xC23A Lost Communication With Image Processing Module A yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** ========= Criteria applicable only for <Variant_S1> OR <Variant_S2> ========= The following messages have not been received for 5s: IPMA_Data_HS3 (when <AutoHighBeam Control Function> == enabled) IPMA_Data_HS3 (when <Driver Alert System> == enabled) IPMA_Data_HS3 (when <Lane Assist> != Disabled) IPMA_Data_HS3 (when <Traffic Sign Recognition> == enabled) IPMA_Data_HS3 (when <Auto High Beam Telltale> == IPMA) IPMA_Data_HS3 (when <Front Camera> == enabled) IPMA_Data_HS3 (when <SLIF> == enabled) IPMA_Data_HS3 (when <Traffic Sign Recognition> to Enabled (0x1) OR <SLIF> to Enabled (0x1)) IPMA_Data_HS3 (when <Wrong Way Alert> == enabled) IPMA_Data_HS3 (when <Intelligent Adaptive Cruise Control> == enabled) IPMA_Data_HS3 (when <Lane Assist> != Disabled && <LDW_OFF_TT> == Enabled) ACCDATA_3_HS3 (when <Adaptive Cruise> == enabled) AND (CcStat_D_Actl != 4) AND (CcStat_D_Actl != 5) ACCDATA_3_HS3 (when <Intelligent Adaptive Cruise Control> == enabled) Traffic_RecogitionData_HS3 (when <Traffic Sign Recognition> == enabled) Traffic_RecogitionData_HS3 (when <Wrong Way Alert> == enabled) Traffic_RecogitionData_HS3 (when <SLIF> == Enabled) Traffic_RecogitionData_HS3 (when <Traffic Sign Recognition> to Enabled (0x1) OR <SLIF> to Enabled (0x1)) The following messages have not been received for 1s: ACCDATA_3_HS3 (when <Adaptive Cruise> == enabled) if CcStat_D_Actl==4 OR CcStat_D_Actl==5 ========= Criteria applicable only for <Variant_S2> ========= ACCDATA_3_HS3 (when <FCW_AmberRTT_Cfg> == Enabled) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source Warning "Front Camera Malfunction Service Required" (W1010) no 0xC241 Lost Communication With Headlamp Control Module "A" yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** ========= Criteria applicable for all variants ========= The following messages have not been received for 5s: Body_Info_1_HS3 (when <Highbeam Telltale Source> == HCM) Body_Info_1_HS3 (when <Adaptive Headlamps Feature> == enabled) Personality_HCM_Data_HS3 (when <Adaptive Head Lamps Control Function> == enabled OR <Adaptive Head Lamps Traffic> == enabled) The following signals have been received with value 0 for 5s: HeadLghtHiOn_B_StatHcm_UB (when <Highbeam Telltale Source> == HCM) Adaptive_Hdlmp_Fault_UB (when <Adaptive Headlamps Feature> == enabled) ========= Criteria applicable for <Variant_S1> OR <Variant_S2> ========= The following messages have not been received for 5s Personality_HCM_Data_HS3 (When <Predictive Lights> == enabled) *** Pass *** None of the fail conditions is present. None None no 0xC244 Lost Communication With Running Board Control Module A yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following messages have not been received for 5s: GWM_Send_Signals_6 (when <Running Board Control Function> == enabled) The following signals have been received with value 0 for 5 seconds: GWM_Send_Signals_6:wStepMsgTxt_D_Rq_UB (when <Running Board Control Function> == enabled) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source Warning "Power Step Fault" no 0xC293 Lost Communication with Hybrid/EV Powertrain Control Module yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following messages have not been received for 5s: ========= Criteria applicable only for <Variant_S1> OR <Variant_S2> ========= GWM_HPCM_i_FrP03 (when <PT Hybrid_2> != Non-Hybrid (0x00)) GWM_HPCM_i_FrP06 (when <PT Hybrid_2> == mHEV (0x04)) GWM_HPCM_i_FrP12 (when <PT Hybrid> == FHEV (0x02)) ========= Criteria applicable only for <Variant_S2> ========= GWM_HPCM_i_FrP13 (when <PT Hybrid> == FHEV(0x02) || PHEV(0x03)) GWM_HPCM_i_FrP03 (when <PT Hybrid> != Non-Hybrid (0x00)) GWM_HPCM_i_FrP04 (when <PT Hybrid> != Non-Hybrid (0x00)) GWM_HPCM_i_FrP06 (when <PT Hybrid> != Non-Hybrid (0x00)) *** Pass *** None of the fail conditions is present ECU turns on indicators depending on configuration and fail source no 0xC401 Invalid Data Received from ECM/PCM A yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** Any of the following signals has been received with invalid data for 5s: EngClntTe_D_Qf (Faulty: 0x00) VehVActlEng_D_Qf (Faulty: 0x00) OdoCount (Invalid: 0xFF) Veh_V_DsplyCcSet (Invalid: 0xFF) (when <ASLD> == enabled) OdoTripVerify_L_Actl (Faulty 0xFFFFFF) (when <Odometer Delta> == enabled) OdoCount (Invalid: 0xFF) (when <AltFuel_LPG**> == True(0x1)) **Notes: - AltFuel_LPG is an internal configuration set by Dataset. The following messages have not been received for 5s: BrakeSnData_3_HS3 (when <ASLD> == enabled) The following signals have been received with value 0 for 5s: Veh_V_DsplyCcSet_UB (when <ASLD> == enabled) ========= Criteria applicable only for <Variant_S2> ========= Any of the following signals has been received with invalid data for 5s: HvacHtrCore2_Te_Actl (Faulty 0X3FF) (when <PT Hybrid> != Non-Hybrid) EngOil_Te_Actl (Fault 0XFF) (when <Oil Temp Display> == Enabled) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source - Engine coolant temperature telltale is on - Warning "Engine coolant overtemperature" - Speedometer gauge goes to position 0 - Odo shows "Error" no yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following signals have been received with invalid data for 5s: EngClntTe_D_Qf (Invalid: 0x01) VehVActlEng_D_Qf (Invalid: 0x01) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source - Engine coolant temperature telltale is on - Warning "Engine coolant overtemperature" - Speedometer gauge goes to position 0 no yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** Any of the following messages has not been received for 5s: BrakeSnData_3_HS3 _Battery_Mgmt_2 The following signals have been received with value 0 for 5s: CcOvrrdActv_B_Actl_UB CcStat_D_Actl_UB HtrnOvrTeLamp_B_Dsply_UB (when <PT Hybrid> != Non-Hybrid(0x00) AND <China BEV/xHEV Function > == Not China(0x00)) *** Pass *** None of the fail conditions is present. None None no yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following signals have been received with invalid data for 5s: OdoCount (Invalid: 0xFF) OdoCount (Invalid: 0xFF) (when <AltFuel_LPG**> == True(0x1)) **Notes: - AltFuel_LPG is an internal configuration set by Dataset. *** Pass *** None of the fail conditions is present. Odo stops running Odo shows "Error" no 0xC409 Invalid Data Received From Alternative Fuel Control Module yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** =================== Criteria applicable for all variants =================== The following signals have been received with invalid data for 5s: AltFuelOpMde_D_Stat (Invalid: 0x7) (when <AltFuel_LPG**> == True(0x1)) **Notes: - AltFuel_LPG is an internal configuration set by Dataset. *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source no 0xC412 Invalid Data Received From Battery Energy Control Module "A" yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following signals have been received with invalid data for 5s BattTracSoc_Pc_Dsply(Faulty: 0xFF) (when <PT Hybrid> = PHEV) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source Depending on failure cause sympthoms could be: Gauge pointer shall move to 0% no 0xC415 Invalid Data Received from Anti-Lock Brake System (ABS) Control Module "A" yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following messages have not been received for 5s: BodyEngGatewayData_HS3 (when <AutoHold> = enabled) The following signals have been received with value 0 for 5s: AutoHoldMde_D_Ind_UB (when <AutoHold> = enabled) AutoHoldMsgTxt_D_Rq_UB (when <AutoHold> = enabled) *** Pass *** None of the fail conditions is present. None None no yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following messages have not been received for 5s: GWM_Send_Signals_3 (when <AdvanceTrac Hard Button Control> == enabled && <AdvanceTrac Control Function> == disabled) The following signals have been received with value 0 for 5s: DrvSlipCtlMdeMsg_D_Rq_UB (when <AdvanceTrac Hard Button Control> == enabled && <AdvanceTrac Control Function> == disabled) *** Pass *** None of the fail conditions is present. None None no 0xC416 Invalid Data Received From Vehicle Dynamics Control Module yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100ms 40 127 255 *** Fail *** The following messages have not been received for 5s: GWM_Send_Signals_7_HS3 (When <CCD Control Function> == enabled) The following signals have been received with value 0 for 5s: Ccd_B_Falt_UB (When <CCD Control Function> == enabled) *** Pass *** None of the fail conditions is present. Warning W1027 is shown Warning W1027 is shown no 0xC422 Invalid Data Received From Body Control Module yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following signals have been received with invalid data for 5s: Tire_Press_Telltale (Invalid: 0x3) (when <TPMS Configuration> == enabled) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source TPMS telltale blinks no yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following signals have been received with value 0 for 5s: PwSysULoFalt_D_Stat_UB *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source Battery Charge telltale On no 0xC424 Invalid Data Received From HVAC Control Module yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following signals have been received with invalid data for 5s: Outside_Air_Temp_Stat (Invalid: 0xFF) (when <Outside Air Temp> == enabled && <OAT Source> == HVAC) Outside_Air_Temp_Stat (Invalid: 0xFF) (when <Frost Telltale> == enabled && <OAT Source> == HVAC) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source - OAT shows dashes - Frost telltale turns on no yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following signals have been received with invalid data for 5s: Outside_Air_Temp_Stat (Unknown: 0xFE) (when <Outside Air Temp> == enabled && <OAT Source> == HVAC) Outside_Air_Temp_Stat (Unknown: 0xFE) (when <Frost Telltale> == enabled && <OAT Source> == HVAC) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source - OAT shows dashes - Frost telltale turns on no yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** Any of the following messages has not been received for 5s: _BodyInformation_3 (when <Outside Air Temp> == enabled && <OAT Source> == HVAC) _BodyInformation_3 (when <Frost Telltale> == enabled && <OAT Source> == HVAC) The following signals have been received with value 0 for 5s: Outside_Air_Temp_Stat_UB (when <Outside Air Temp> == enabled && <OAT Source> == HVAC) Outside_Air_Temp_Stat_UB (when <Frost Telltale> == enabled && <OAT Source> == HVAC) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source - OAT shows dashes - Frost telltale turns on no 0xC431 Invalid Data Received From Body Control Module "A" yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following messages have not been received for 5s: _Battery_Mgmt_2 The following signals have been received with value 0 for 5s: PwSysULoFalt_D_Stat_UB *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source Battery charge telltale turns on no 0xC452 Invalid Data Received From Restraints Control Module yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following signals have been received with invalid data for 5s: FirstRowBuckleDriver (Invalid: 0x3) (when <Driver Beltminder> == enabled) FirstRowBucklePsngr (Invalid: 0x3) (when <Pass BeltMinder> == enabled) *** Pass *** None of the fail conditions is present. None None no 0xC49C Invalid Data Received From Battery Charger Control Module "A" yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** ============= Criteria applicable for all variants ============= The following signals have been recived with value 0 for 5s: GWM_Send_Signals_3::HtrnSrvcRqd_B_Dsply_UB when <PT Hybrid>== BEV(0x01) || PHEV(0x03) GWM_Send_Signals_3::ChrgrSrvcRqd_B_Rq_UB when <PT Hybrid>== BEV(0x01) || PHEV(0x03) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source Powertrain malfunction telltale is on, "Check 4x4" warning no 0xC533 Invalid Data Received From Side Obstacle Detection Control Module "A" yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** ============== Criteria applicable for all variants ============== The following signals have been received with invalid value for 1.6s: Side_Detect_L_Stat_HS3::CtaLeft_D_Stat (Invalid: 0x4) (when <Cross Traffic> == enabled) Side_Detect_L_Stat_HS3::CtaSnsLeft_D_Stat (invalid: 0x3) (when <Cross Traffic> == enabled) Side_Detect_L_Stat_HS3::SodLeft_D_Stat(Invalid: 0x4) (when <Side Detect> == enabled) ============== Criteria applicable for S2 variant ============== The following signals have been received with invalid data for 5s: BalrSnsLeft_D_Falt (Invalid 0x03) (when <Boundary Alert> to Enabled) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source - Display warning "Cross Traffic System Fault" (W444) - Display warning "Blind Spot System Fault" (W443) - Blindspot telltale turns on no yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following signals have been received with incompatible configuration for 1.6s: <Side Detect> == disabled && Side_Detect_L_Stat_HS3::SodLeft_D_Stat with any value except 0x3 (Disabled). <Side Detect> == enabled && Side_Detect_L_Stat_HS3::SodLeft_D_Stat with value 0x3 (Disabled). <Cross Traffic> == disabled && Side_Detect_L_Stat_HS3::CtaLeft_D_Stat with any value except 0x3 (Disabled). <Cross Traffic> == enabled && Side_Detect_L_Stat_HS3::CtaLeft_D_Stat with value 0x3 (Disabled). ============= Criteria applicable for S2 variant ============= The following signals have been received with incompatible configuration for 5s: GWM_Send_Signals_15_HS3::BalrLeft_D_Stat != 0x02 (Disabled) when <Boundary Alert> to Disabled *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source - warning "Cross Traffic System Fault" (W444) - warning "Blind Spot System Fault" (W443) - Blindspot telltale on no yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** =========== Criteria applicable for S2 variant =========== The following signals have been received with value 0 for 5sec: BalrLeft_D_Stat_UB (when <Boundary Alert> to Enabled) BalrMdeLeft_D_Stat_UB (when <Boundary Alert> to Enabled) BalrChimeLeft_D_Rq_UB (when <Boundary Alert> to Enabled) BalrSnsLeft_D_Falt_UB (when <Boundary Alert> to Enabled) BalrMdeSelLeft_B_Stat_UB (when <Boundary Alert> to Enabled) BalrLckLeft_B_Stat_UB (when <Boundary Alert> to Enabled) BalrWndwLeft_B_Stat_UB (when <Boundary Alert> to Enabled) *** Pass *** None of the fail conditions is present. None None no 0xC534 Invalid Data Received From Side Obstacle Detection Control Module "B" yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** ============= Criteria applicable for all variants ============= The following signals have been received with invalid value for 1.6s: Side_Detect_R_Stat_HS3::CtaRight_D_Stat (Invalid: 0x4) (when <Cross Traffic> == enabled) Side_Detect_R_Stat_HS3::CtaSnsRight_D_Stat (invalid: 0x3) (when <Cross Traffic> == enabled) Side_Detect_R_Stat_HS3::SodRight_D_Stat(Invalid: 0x4) (when <Side Detect> == enabled) ============= Criteria applicable for S2 variant ============= The following signals have been received with invalid data for 5s: BalrSnsRight_D_Falt (Invalid 0x03) (when <Boundary Alert> to Enabled) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source - Display warning "Cross Traffic System Fault" (W444) - Display warning "Blind Spot System Fault" (W443) - Blindspot telltale turns on no yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following signals have been received with incompatible configuration for 1.6s: <Side Detect> == disabled && Side_Detect_R_Stat_HS3::SodRight_D_Stat with any value except 0x3 (Disabled). <Side Detect> == enabled && Side_Detect_R_Stat_HS3::SodRight_D_Stat with value 0x3 (Disabled). <Cross Traffic> == disabled && Side_Detect_R_Stat_HS3::CtaRight_D_Stat with any value except 0x3 (Disabled). <Cross Traffic> == enabled && Side_Detect_R_Stat_HS3::CtaRight_D_Stat with value 0x3 (Disabled). ============ Criteria applicable for S2 variant ============ The following signals have been received with incompatible configuration for 5s: GWM_Send_Signals_15_HS3::BalrRight_D_Stat != 0x02 (Disabled) when <Boundary Alert> to Disabled *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source - Display warning "Cross Traffic System Fault" (W444) - Display warning "Blind Spot System Fault" (W443) - Blindspot telltale turns on no yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** ============ Criteria applicable for S2 variant ============ The following signals have been received with value 0 for 5sec: BalrRight_D_Stat_UB (when <Boundary Alert> to Enabled) BalrMdeRight_D_Stat_UB (when <Boundary Alert> to Enabled) BalrChimeRight_D_Rq_UB (when <Boundary Alert> to Enabled) BalrSnsRight_D_Falt_UB (when <Boundary Alert> to Enabled) BalrMdeSelRight_B_Stat_UB (when <Boundary Alert> to Enabled) BalrLckRight_B_Stat_UB (when <Boundary Alert> to Enabled) BalrWndwRight_B_Stat_UB (when <Boundary Alert> to Enabled) *** Pass *** None of the fail conditions is present. None None no 0xC53B Invalid Data Received From Image Processing Module A yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following condition is true for 5s: Rx CAN signal ACCDATA_3_HS3::AccMemEnbl_B_RqDrv == 1 AND <Adaptive Cruise> == disabled. *** Pass *** None of the fail conditions is present. None None no 0xC545 Invalid Data Received From Running Board Control Module "A" yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following signals have been received with invalid value for 5s: Body_Info_1_HS3::Running_Board_Stat == (0x1 - All_Enabled) OR (0x2 - Manually_Deployed) (when <Running Board Control Function> == disabled) *** Pass *** None of the fail conditions is present. None None no 0xC557 Invalid Data Received From Front Controls Interface Module "A" yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following signals have been received with invalid data for 5s: Outside_Air_Temp_Stat (Invalid: 0xFF) (when <Outside Air Temp> ==enabled && <OAT Source> == FCIM) Outside_Air_Temp_Stat (Invalid: 0xFF) (when <Frost Telltale> == enabled && <OAT Source> == FCIM) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source - OAT shows dashes - Frost telltale turns on no yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following signals have been received with invalid data for 5s: Outside_Air_Temp_Stat (Unknown: 0xFE) (when <Outside Air Temp> ==enabled && <OAT Source> == FCIM) Outside_Air_Temp_Stat (Unknown: 0xFE) (when <Frost Telltale> == enabled && <OAT Source> == FCIM) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source - OAT shows dashes - Frost telltale turns on no yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** Any of the following messages has not been received for 5s: _BodyInformation_3 (when <Outside Air Temp> ==enabled && <OAT Source> == FCIM) _BodyInformation_3 (when <Frost Telltale> == enabled && <OAT Source> == FCIM) The following signals have been received with value 0 for 5s: Outside_Air_Temp_Stat_UB (when <Outside Air Temp> ==enabled && <OAT Source> == FCIM) Outside_Air_Temp_Stat_UB (when <Frost Telltale> == enabled && <OAT Source> == FCIM) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source - OAT shows dashes - Frost telltale turns on no 0xC594 Invalid Data Received From Hybrid/EV Powertrain Control Module yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** The following signals have been received with invalid value for 5s: VehElRnge_L_Dsply to Unknown(0xFFE), when <PT Hybrid> == FHEV(0x02)||PHEV(0x03) VehElRnge_L_Dsply to Faulted(0xFFF), when <PT Hybrid> == FHEV(0x02)||PHEV(0x03) *** Pass *** None of the fail conditions is present. ECU turns on indicators depending on configuration and fail source no 0xD001 Switch Pack - Switch Circuit yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** When the following conditions are met: Boundary Alert Switch is faulted with short to Ground (For 120sec) (when <Boundary Alert> to Enabled) *** Pass *** None of the fail conditions is present. None None no 0xE100 Initial Configuration Not Complete yes Diag Mode is not Indeterminate 100 ms 0 127 255 *** Fail *** - At least one configuration DID has never been written *** Pass *** - All Configuration DIDs have been written at least once Warnings depending on misconfigured features Unexpected behavior of configured features This DTC ages immediately per requirement no 0xE200 Control Module Configuration Memory Corrupt yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) After any R/W operation on any section of the NVM 40 127 255 *** Fail *** CRC check of DExx blocks fails. *** Pass *** CRC Check is correct. Warnings depending on misconfigured features Unexpected behavior of configured features no 0xF000 Control Module yes Power in (9v ~ 16v) && (IGNITION_ON || POWERPACK_ON) 100 ms 40 127 255 *** Fail *** Odometer NVM data error. replace ECU Odometer shows "Error". no 0xF003 Battery Voltage yes IGNITION_ON || POWERPACK_ON 100 ms 40 127 255 *** Fail *** Under voltage: Supply voltage under 1084 ADC counts (approx. 7.2V) for 5s *** Pass *** Normal Voltage: Supply voltage 7.2-16.6V Cluster turns off Cluster turns off no 8 yes IGNITION_ON || POWERPACK_ON 100 ms 40 127 255 *** Fail *** Over voltage: Supply voltage over 2502 ADC counts (approx. 16.6V) for 5s *** Pass *** Normal Voltage: Supply voltage 7.2-16.6V Cluster turns off Cluster turns off no 8 0xF00A Ignition Switch yes Power in (9v ~ 16v) 100 ms 40 127 255 *** Fail *** Signal BodyInfo_HS3::Ignition_Status is received with value 0x8 (Start) for more than 15s. *** Pass *** Signal BodyInfo_HS3::Ignition_Status is received with value different to 0x8 (Start) Cluster assumes Ignition_Status = RUN Cluster will return to RUN conditions - Display on no Check Valid Application 0x0304 1000 no programmingSession routine completed RoutineInfo 1 RoutineType 4 7 enumerated 0x01 Type 1 RoutineStatus 0 3 enumerated 0x00 completed Response Additional Data 1 Application Status 0 7 enumerated 0x01 Valid Application Software is NOT Present 0x02 Valid Application Software is Present On-Demand Self-Test 0x0202 Functions Tested: - play a chime twice - sweep all gauges. - turn on all telltales - drive illumination to max. value - display an image. Circuits Tested: check fuel senders. DTC (046011, 046013, 134611, 134613) will be set if there is a failure. 16000 no (Ignition = RUN) && (Normal Voltage) && (Vehicle Speed <= 5 km/h) && (In extendedSession - DID D100) Enter a session other than extendedSession OR Self test is complete RoutineInfo 1 RoutineType 4 7 enumerated 0x02 Type 2 RoutineStatus 0 3 enumerated 0x00 completed 0x01 aborted 0x02 active RoutineInfo 1 RoutineType 4 7 enumerated 0x02 Type 2 RoutineStatus 0 3 enumerated 0x00 completed 0x01 aborted 0x02 active RoutineInfo 1 RoutineType 4 7 enumerated 0x02 Type 2 RoutineStatus 0 3 enumerated 0x00 completed 0x01 aborted 0x02 active Response Additional Data 3 On-Demand DTCs 0 23 DTC Body Control Module BCM CAN SAE_J2284 500000 11 0x0726 0x07DF 0x072E 25 0x32 0x19 5000 5000 generalReject 0x10 serviceNotSupported 0x11 subFunctionNotSupported 0x12 incorrectMessageLengthOrInvalidFormat 0x13 responseTooLong 0x14 busyRepeatRequest 0x21 conditionsNotCorrect 0x22 requestSequenceError 0x24 noResponseFromSubnetComponent 0x25 failurePreventsExecutionOfRequestedAction 0x26 requestOutOfRange 0x31 securityAccessDenied 0x33 invalidKey 0x35 exceedNumberOfAttempts 0x36 requiredTimeDelayNotExpired 0x37 uploadDownloadNotAccepted 0x70 transferDataSuspended 0x71 generalProgrammingFailure 0x72 wrongBlockSequenceCounter 0x73 requestCorrectlyReceived-ResponsePending 0x78 subFunctionNotSupportedInActiveSession 0x7E serviceNotSupportedInActiveSession 0x7F rpmTooHigh 0x81 rpmTooLow 0x82 engineIsRunning 0x83 engineIsNotRunning 0x84 engineRunTimeTooLow 0x85 temperatureTooHigh 0x86 temperatureTooLow 0x87 vehicleSpeedTooHigh 0x88 vehicleSpeedTooLow 0x89 throttle/PedalTooHigh 0x8A throttle/PedalTooLow 0x8B transmissionRangeNotInNeutral 0x8C transmissionRangeNotInGear 0x8D brakeSwitch(es)NotClosed 0x8F shifterLeverNotInPark 0x90 torqueConverterClutchLocked 0x91 voltageTooHigh 0x92 voltageTooLow 0x93 defaultSession 0x01 This diagnostic session enables the default diagnostic session in the server(s) and does not support any diagnostic application timeout handling provisions (e.g., TesterPresent service is not necessary to keep the session active). A server shall always start the default diagnostic session when powered up. If no other diagnostic session is started, then the default diagnostic session shall be running as long as the server is powered. If any of the followings are met 1. On ECU reset 2. On diagnostics service $10 $01/$81 3. If any of the exit criteria of extended diagnotcis session is met If any of the followings are met 1. On diagnostics service $10 $02/$82 2. On diagnostics service $10 $03/$83 programmingSession 0x02 This diagnosticSession enables all diagnostic services required to support the memory programming of a server. Regardless of whether the programmingSession runs in boot software or not, the ECU shall automatically suspend logging of DTCs and suspend transmission of non-diagnostic frames when entering the programmingSession. Session Entry Criteria: If all of the followings are met (1) On diagnostic service $10 $02/$82 (2) Vehicle Speed <= 5 (3) Battery Voltage != Under voltage (4) Self Test routine state != Running (5) Valet_Mode_Status != ON (6) Perimeter_Alarm_Veh_Mode = DISARMED (7) ((Ignition_Status = RUN & Valet_Mode_Status <> ON) | CarMode = FACTORY) HINT: GGDS requires the ability to transition to programmingSession when vehicle speed and engine RPM are 0. If vehicle speed or engine RPM are networked and never received during an ignition cycle, the ECU shall allow transition to programmingSession. If any of the followings are met 1. On diagnostic service $10 $01/$81 2. On ECU Reset extendedDiagnosticSession 0x03 This diagnosticSession is used to enable timed diagnostic service functionality (e.g., I/O control). The diagnostic functionality in this session shall also include all supported diagnostic functionality supported in the defaultSession. Session Entry Criteria: If all of the followings are met (1) On diagnostic service $10 $03/$83 (2) Ignition State = Dont care (3) Vehicle Speed <= 5 (4) Battery Voltage != Under voltage (5) On demand Self Test routine != Running Session Exit Criteria: If any of the followings are met 1. On diagnostic service $10 $01/$81 or $10 $02/$82 and On demand Self Test routine != Running 2. On ECU reset 3. S3server timeout 4. Vehicle Speed > 5kmph DiagnosticSessionControl 0x10 yes yes yes 50 25 This NRC is sent if the requested sub-function parameter (i.e., diagnosticSessionType) is not supported by the ECU. This NRC is sent if the session request format (i.e. length) is invalid. This NRC is sent if entry conditions not met ReadDTCInformation 0x19 yes yes yes reportNumberOfDTCByStatusMask 0x01 reportDTCByStatusMask 0x02 reportSupportedDTC 0x0A reportDTCExtDataRecordByDTCNumber 0x06 50 0x00 This NRC is sent if the user parameter range is invalid. i.e. other than ClearAllDTC records This NRC is sent if the requested sub-function parameter (i.e., DTC report type) is not supported by the ECU. This NRC is sent if the session request format (i.e. length) is invalid. This NRC is sent if: - The tester specified a DTCMaskRecord that was not recognized by the ECU; - The tester specified an invalid DTCExtDataRecordNumber. Note that this is to be differentiated from the case where the DTCExtDataRecordNumber and DTCMaskRecord combination is supported by the server, but no data is currently associated with it (i.e., positive response required withno data); - The tester specified a FunctionalGroupIdentifier that was not recognized by the ECU; ReadDataByIdentifier 0x22 yes yes 50 25 5 1 This NRC is sent if the length of the request message is invalid or the tester exceeded the maximum number of dataIdentifiers allowed to be requested at a time. This NRC is sent if, none of the requested dataIdentifier values are supported by the device; none of the requested dataIdentifiers are supported in the current session; RoutineControl 0x31 yes yes yes startRoutine 0x01 stopRoutine 0x02 requestRoutineResults 0x03 200 60000 This NRC is sent if the requested sub-function parameter (i.e., routineControlType) is not supported by the ECU. This NRC is sent if the length of the message is wrong This NRC is sent if the requested routine state is in progress. This NRC is returned if the criteria for the request RoutineControl are not met. This NRC is returned if - the routine is currently active and can not be restarted when the 'startRoutine' sub-function is received (it is up to the vehicle manufacturer whether a given routine can be restarted while active), - the routine is not currently active when the 'stopRoutine' sub-function is received, - routine results are not available when the 'requestRoutineResults' sub-function is received (e.g., the requested routineIdentifier has never been started). This NRC is returned if: - The server does not support the requested routineIdentifier, - The user optional routineControlOptionRecord contains invalid data for the requested routineIdentifier. This NRC is returned if the routine is requested when the corresponding security level remains locked Number of Trouble Codes Set due to Diagnostic Test 0x0202 DID Info: Number of Trouble Codes Set due to Diagnostic Test Configuartion Requirements: n/a DataFlow: Supplier defined 1 single_value Number of Trouble Codes Set due to Diagnostic Test 0 7 unsigned 0 Undefined / Not Used Tire Pressure Monitoring System (TPMS) Warning Lamp Status 0x2806 DID Info: Tire Pressure Telltale Status Configuartion Requirements: TPMEnable_Cfg = ENABLE DataFlow: Tire_Press_Telltale 1 single_value Tire Pressure Monitoring System (TPMS) Warning Lamp Status 0 7 enumerated 0x00 TPMS Warning Lamp/Telltale OFF 0x01 TPMS Warning Lamp/Telltale ON 0x02 TPMS Warning Lamp/Telltale FLASH Brake Fluid Level Sensor Status 0x2839 DID Info: Brake Fluid Switch Input Configuartion Requirements: Byte1 Bit 4 is always reported & BrakeFluidSource_Cfg = CKT DataFlow: PIDReadBrakFluid_Sw 1 single_value Brake Fluid Level Sensor Status 0 7 enumerated 0x01 Normal 0x02 Low 0xFF Faulted Brake Input Switch Status 0x2B00 DID Info: Park Brake Switch Input Configuartion Requirements: Byte 1, Bit 5& ParkBrakeType_Cfg = MECH DataFlow: Park_Brake_Status DID Info: Brake Pedal Switch Status Configuartion Requirements: Byte 1, Bit 6BodyHwareExists(Brake_Pedal_Switch_Ckt) DataFlow: Brake_Pedal_Status 4 bitmapped Brake Pedal Switch (BS) 30 30 enumerated 0x00 Inactive 0x01 Active Park Brake Switch 29 29 enumerated 0x00 Inactive 0x01 Active Vehicle Battery Voltage 0x402A DID Info: Vehicle Battery Voltage(System Battery Voltage Value) Configuartion Requirements: n/a DataFlow: VBattRaw[VB] 1 single_value Vehicle Battery Voltage 0 7 unsigned 6 V Vehicle Battery Current 0x402B DID Info: Vehicle Battery Current Configuartion Requirements: BMSInCar_Cfg <> NONE DataFlow: BattCurrent 1 single_value Vehicle Battery Current 0 7 unsigned -127 Amp Exterior Lights 0x40A5 DID Info: Exterior Lights Pin: J5-14/J5-28 Service $22 - Configuartion Requirements: SlaveExists_FEEL_Cfg <> PRESENT & (Lincoln_Experience_Cfg = LINCOLN_EXPERIENCE1& LF_RF_PositionLampCkt_Usage_Cfg = FRONT) Service $22 - DataFlow: Byte 1, Bit 0 to 3 - Always set to 0 Byte 1, Bit 4 - PIDReadRF_DRL_Lamp Byte 1, Bit 5 to 6 - Always set to 0 Byte 1, Bit 7 - PIDReadLF_DRL_Lamp Byte 2, Bit 0 - IF (PIDReadPark_Lamps_Body =ON) Then Byte 2, Bit 0 - Set to 1 Else Byte 2, Bit 0 - Set to 0 Byte 2, Bit 1 - IF (RR_Stop_Position_Lamp_Ckt <> 0) Then Byte 2, Bit 1 - Set to 1 Else Byte 2, Bit 1 - Set to 0 Byte 2, Bit 2 - IF (LR_Stop_Position_Lamp_Ckt <> 0)Then Byte 2, Bit 2 - Set to 1 Else Byte 2, Bit 2 - Set to 0 Byte 2, Bit 3 - IF (PIDReadRF_FogLamp = ACTIVE | RAMPING )Then Byte 2, Bit 3 - Set to 1 Else Byte 2, Bit 3 - Set to 0 Byte 2, Bit 4 - IF (PIDReadLF_FogLamp = ACTIVE | RAMPING) Then Byte 2, Bit 4 - Set to 1 Else Byte 2, Bit 4 - Set to 0 Byte 2, Bit 5 - IF (PIDReadRF_Position_Lamp =ON) Then Byte 2, Bit 5 - Set to 1 Else Byte 2, Bit 5 - Set to 0 Byte 2, Bit 6 - IF (PIDReadLF_Position_Lamp =ON) Then Byte 2, Bit 6 - Set to 1 Else Byte 2, Bit 6 - Set to 0 Byte 2, Bit 7 - Always set to 0 Byte 3, Bit 0-7 - Always set to 0 Byte 2, Bit 3 - IF (PIDReadRF_FogLamp = ACTIVE | RAMPING )Then Byte 2, Bit 3 - Set to 1 Else Byte 2, Bit 3 - Set to 0 Byte 2, Bit 4 - IF (PIDReadLF_FogLamp = ACTIVE | RAMPING) Then Byte 2, Bit 4 - Set to 1 Else Byte 2, Bit 4 - Set to 0 Byte 2, Bit 5 - IF (PIDReadRF_Position_Lamp =ON) Then Byte 2, Bit 5 - Set to 1 Else Byte 2, Bit 5 - Set to 0 Byte 2, Bit 6 - IF (PIDReadLF_Position_Lamp =ON) Then Byte 2, Bit 6 - Set to 1 Else Byte 2, Bit 6 - Set to 0 Byte 2, Bit 7 - Always set to 0 Byte 3, Bit 0-7 - Always set to 0 Service $22 -Configuartion Requirements: SlaveExists_FEEL_Cfg <> PRESENT & (Lincoln_Experience_Cfg = LINCOLN_EXPERIENCE1& LF_RF_PositionLampCkt_Usage_Cfg = REAR) Service $22 - DataFlow: Byte 1, Bit 0 to 3 - Always set to 0 Byte 1, Bit 4 - PIDReadRF_DRL_Lamp Byte 1, Bit 5 to 6 - Always set to 0 Byte 1, Bit 7 - PIDReadLF_DRL_Lamp Byte 2, Bit 0 - IF ( PIDReadPark_Lamps_Body = ON) Then Byte 2, Bit 0 - Set to 1 Else Byte 2, Bit 0 - Set to 0 Byte 2, Bit 1 - IF (RR_Stop_Position_Lamp_Ckt <> 0) Then Byte 2, Bit 1 - Set to 1 Else Byte 2, Bit 1 - Set to 0 Byte 2, Bit 2 - IF (LR_Stop_Position_Lamp_Ckt <> 0)Then Byte 2, Bit 2 - Set to 1 Else Byte 2, Bit 2 - Set to 0 Byte 2, Bit 3 - IF (PIDReadRF_FogLamp = ACTIVE | RAMPING )Then Byte 2, Bit 3 - Set to 1 Else Byte 2, Bit 3 - Set to 0 Byte 2, Bit 4 - IF (PIDReadLF_FogLamp = ACTIVE | RAMPING) Then Byte 2, Bit 4 - Set to 1 Else Byte 2, Bit 4 - Set to 0 Byte 2, Bits 5-7, Always set to 0 Byte 3, Bits 0-3, Always set to 0 Byte 3, Bit 4 -( IF PIDReadLF_Position_Lamp = ON) Then Byte 3, Bit4 - Set to 1 Else Byte 3, Bit 4- Set to 0 Byte 3, Bit 5 - IF (PIDReadRF_Position_Lamp = ON) Then Byte 3, Bit 5 - Set to 1 Else Byte 3, Bit 5 - Set to 0 Byte 3 Bits 6 - 7, Always set to 0 Configuartion Requirements: SlaveExists_FEEL_Cfg = PRESENT & Lincoln_Experience_Cfg = LINCOLN_EXPERIENCE1 DataFlow: Byte 1, Bit 0 to 7 - Always set to 0 Byte 2, Bit 0 - IF (PIDReadPark_Lamps_Body = ON) Then Byte 2, Bit 0 - Set to 1 Else Byte 2, Bit 0 - Set to 0 Byte 2, Bit 1 - IF (RR_Stop_Position_Lamp_Ckt <> 0) Then Byte 2, Bit 1 - Set to 1 Else Byte 2, Bit 1 - Set to 0 Byte 2, Bit 2 - IF (LR_Stop_Position_Lamp_Ckt <> 0)Then Byte 2, Bit 2 - Set to 1 Else Byte 2, Bit 2 - Set to 0 Byte 2, Bit 3 - IF (PIDReadRF_FogLamp = ACTIVE | RAMPING )Then Byte 2, Bit 3 - Set to 1 Else Byte 2, Bit 3 - Set to 0 Byte 2, Bit 4 - IF (PIDReadLF_FogLamp = ACTIVE | RAMPING) Then Byte 2, Bit 4 - Set to 1 Else Byte 2, Bit 4 - Set to 0 Byte 2, Bits 5-7, Always set to 0 Byte 3, Bits 0-1, Always set to 0 Byte 3, Bit 2 -( IF PIDReadLF_High_Beam = ON) Then Byte 3, Bit2 - Set to 1 Else Byte 3, Bit 2- Set to 0 Byte 3, Bit 3 -( IF PIDReadRF_High_Beam = ON) Then Byte 3, Bit3 - Set to 1 Else Byte 3, Bit 3- Set to 0 Byte 3, Bit 4 - IF (PIDReadLF_Position_Lamp = ON) Then Byte 3, Bit 4 - Set to 1 Else Byte 3, Bit 4 - Set to 0 Byte 3, Bit 5 - IF (PIDReadRF_Position_Lamp = ON) Then Byte 3, Bit 5 - Set to 1 Else Byte 3, Bit 5 - Set to 0 Byte 3 Bits 6 - 7, Always set to 0 Service $2F: For service 2F requirements please refer to Table 6.5.3-66- DID $40A5 Writing Requirements 4 bitmapped Signature Lamp Circuit 31 31 enumerated 0x00 Inactive 0x01 Active Day Time Running Light 28 28 enumerated 0x00 Off 0x01 On Right High Beam 27 27 enumerated 0x00 Off 0x01 On Left High Beam 26 26 enumerated 0x00 Off 0x01 On Right Front Fog Light 25 25 enumerated 0x00 Off 0x01 On Left Front Fog Light 24 24 enumerated 0x00 Off 0x01 On Left Front Position/Sidemarker Circuit 22 22 enumerated 0x00 Inactive 0x01 Active Right Front Position/Sidemarker Circuit 21 21 enumerated 0x00 Inactive 0x01 Active Exterior Lighting Power Supply "A" 20 20 enumerated 0x00 Inactive 0x01 Active Exterior Lighting Power Supply "B" 19 19 enumerated 0x00 Inactive 0x01 Active Left Tailgate/Liftgate Lamps 18 18 enumerated 0x00 Inactive 0x01 Active Right Tailgate/Liftgate Lamps 17 17 enumerated 0x00 Inactive 0x01 Active Tailgate/Liftgate Applique Lamps 16 16 enumerated 0x00 Inactive 0x01 Active Right Rear Position Lamp/Park Circuit 13 13 enumerated 0x00 Inactive 0x01 Active Left Rear Position Lamp/Park Circuit 12 12 enumerated 0x00 Inactive 0x01 Active Exterior Lighting Power Supply "F" 11 11 enumerated 0x00 Inactive 0x01 Active Exterior Lighting Power Supply "E" 10 10 enumerated 0x00 Inactive 0x01 Active Exterior Lighting Power Supply "D" 9 9 enumerated 0x00 Inactive 0x01 Active Exterior Lighting Power Supply "C" 8 8 enumerated 0x00 Inactive 0x01 Active Reverse Lamps Output Control Status 0x40C8 DID Info: Reverse Lamps Output Control Status Pin: J6-66 Configuartion Requirements: Service $22 - n/a Service $2F - n/a DataFlow: Service $22 - PIDReadReverse_Lamp Service $2F - PIDCtrlReverse_Lamp 1 single_value Reverse Lamps Output Control Status 0 7 enumerated 0x00 Null - No Control Active 0x01 Active/ Set On 0x02 Inactive/ Set Off Right Front Headlamp High Beam Output Control 0x40DA DID Info: Right Front Headlamp High Beam Output Status Pin: J5-38 Configuartion Requirements: Service $22 - (RF_High_Beam_Ckt_Usage_Cfg <> (POWER_SUPPLY) | ( CarMode = FACTORY )) & RF_High_Beam_Ckt_Usage_Cfg <> NOT_USED Service $2F - (RF_High_Beam_Ckt_Usage_Cfg <> NOT_USED & (RF_High_Beam_Ckt_Usage_Cfg <> POWER_SUPPLY | CarMode = FACTORY) DataFlow: Service $22 - PIDReadRF_High_Beam Service $2F - Table 6.5.3-25 - DID $40DA Writing Requirements 1 single_value Right Front Headlamp High Beam Output Control 0 7 enumerated 0x01 Active 0x02 Inactive 0x03 Null - No Control Active 0x04 On 0x05 Off 0x06 Daytime Running Lamp Left Front Headlamp High Beam Output Control 0x40DB DID Info: Left Front Headlamp High Beam Output Status Pin: J5-40 Configuartion RequirementsLF_High_Beam_Ckt_Usage_Cfg <> (POWER_SUPPLY) | ( CarMode = FACTORY )) & LF_High_Beam_Ckt_Usage_Cfg <> NOT_USED DataFlow: Service $22 - PIDReadLF_High_Beam Service $2F - Table 6.5.3-24 - DID $40DB Writing Requirements 1 single_value Left Front Headlamp High Beam Output Control 0 7 enumerated 0x01 Active 0x02 Inactive 0x03 Null - No Control Active 0x04 On 0x05 Off 0x06 Daytime Running Lamp Right Rear Turn Signal Lamp Control 0x40E0 DID Info: Right Rear Turn Signal Lamp Status Pin: J6-65 Configuartion Requirements: BodyHwareExists(RR_Turn_Lamp_Ckt) & RR_Turn_Lamp_Ckt_Usage_Cfg <> NOT_USED DataFlow: Service $22 - PIDReadRR_Turn_Lamp Service $2F - PIDCtrlRR_Turn_Lamp 1 single_value Right Rear Turn Signal Lamp Control 0 7 enumerated 0x01 Active 0x02 Inactive 0x03 Flash Left Rear Turn Signal Lamp Control 0x40E2 DID Info: Left Rear Turn Signal Lamp Status Pin: J6-6 Configuartion Requirements: BodyHwareExists(LR_Turn_Lamp_Ckt) & LR_Turn_Lamp_Ckt_Usage_Cfg <> NOT_USED DataFlow: Service $22 - PIDReadLR_Turn_Lamp Service $2F - PIDCtrlLR_Turn_Lamp 1 single_value Left Rear Turn Signal Lamp Control 0 7 enumerated 0x01 Active 0x02 Inactive 0x03 Flash Right Front Turn Signal Lamp/ Right Mirror Turn Signal Lamp Control 0x40E3 DID Info: Right Front Turn/Mirror Signal Lamp Status Pin: J5-2 Configuartion Requirements: n/a DataFlow: Service $22 - PIDReadRF_Turn_Lamp Service $2F - PIDCtrlRF_Turn_Lamp 1 single_value Right Front Turn Signal Lamp/ Right Mirror Turn Signal Lamp Control 0 7 enumerated 0x01 Active 0x02 Inactive 0x03 Flash Left Front Turn Signal Lamp/ Left Mirror Turn Signal Lamp Control 0x40E4 DID Info: Left Front Turn/Mirror Signal Lamp Status Pin: J5-3 Configuartion Requirements: n/a DataFlow: Service $22 - PIDReadLF_Turn_Lamp Service $2F - PIDCtrlLF_Turn_Lamp 1 single_value Left Front Turn Signal Lamp/ Left Mirror Turn Signal Lamp Control 0 7 enumerated 0x01 Active 0x02 Inactive 0x03 Flash Left Front Low Beam Output Control Status 0x40E7 DID Info: Left Front Low Beam Circuit status Pin: J5-1 Configuartion Requirements: n/a DataFlow: Service $22 - PIDReadLF_Low_Beam Service $2F - PIDCtrlLF_Low_Beam 1 single_value Left Front Low Beam Output Control Status 0 7 enumerated 0x01 Active 0x02 Inactive 0x03 VREG - The Left Front Low Beam Circuit Is Pulse Width Modulating For Voltage Regulation 0x04 DRL- The Left Front Low Beam Circuit Is Pulse Width Modulating For DRL Right Front Low Beam Output Control Status 0x40E8 DID Info: Right Front Low Beam Circuit status Pin: J5-39 Configuartion Requirements: n/a DataFlow: Service $22 - PIDReadRF_Low_Beam Service $2F - PIDCtrlRF_Low_Beam 1 single_value Right Front Low Beam Output Control Status 0 7 enumerated 0x01 Active 0x02 Inactive 0x03 VREG - The Right Front Low Beam Circuit Is Pulse Width Modulating For Voltage Regulation 0x04 Daytime Running Light (DRL) - The Right Front Low Beam Circuit Is Pulse Width Modulating For DRL Ambient Light Level White Lighting Status 0x40E9 DID Info: Ambient Light Level White Lighting Status Configuartion Requirements: BodyHwareExists(Autolamp_Sensor_Input_Ckt) & AmbientLightSensorPresent_Cfg = PRESENT DataFlow: Ambient_Light_Level_WhiteLighting_Status 1 single_value Ambient Light Level White Lighting Status 0 7 enumerated 0x01 Lost - Light Level Is Not Known 0x02 Dusk 0 - Light Level Is At The Low End Of Dusk 0x03 Dusk 1 - Light Level Is At Low Intermediate Dusk 0x04 Dusk 2 - Light Level Is At Intermediate Dusk 0x05 Dusk 3 - Light Level Is At High Intermediate Dusk 0x06 Dusk 4 - Light Level Is At The High End Of Dusk 0x07 Crossover- Light Level Is Between Dusk And Day 0x08 Day - Light Level Is At Daytime Level 0xFF Fault- Input From Sensor Is Likely A Short Circuit To Ground Ambient Light Level Status 0x40EA DID Info: Ambient Light Level Status Configuartion Requirements: BodyHwareExists(Autolamp_Sensor_Input_Ckt) & AmbientLightSensorPresent_Cfg = PRESENT DataFlow: Ambient_Light_Level_Status 1 single_value Ambient Light Level Status 0 7 enumerated 0x01 Lost- Light Level Is Not Known 0x02 Very Dark- Light Level Is Extremely Low (30 LUX) 0x03 Dark- Light Level Is Insufficient (1200 LUX) 0x04 Twilight- Light Level Is Between Sufficient And Insufficient 0x05 Light- Light Level Is Sufficient (2000 LUX) 0x06 Very Light - Light Level Is Extemely High (5000 LUX) 0xFF Fault- Input From Sensor Is Likely A Short Circuit To Ground Center High Mounted Stop Lamp (CHMSL) Output Control 0x40F5 DID Info: Stop Lamps CHMSL Circuit Status Pin: J6-57 Configuartion Requirements: n/a DataFlow: Service $22 - PIDReadStop_Lamps_CHMSL Service $2F - PIDCtrlStop_Lamps_CHMSL 1 single_value Center High Mounted Stop Lamp (CHMSL) Output Control 0 7 enumerated 0x01 Active 0x02 Inactive Vehicle Horn Switch Input Status 0x41D2 DID Info: Vehicle Horn Switch Input Configuartion Requirements: n/a DataFlow: DiagReadVeh_Horn_Sw_Status 1 single_value Vehicle Horn Switch Input Status 0 7 enumerated 0x00 Off 0x01 On 0x02 Stuck Horn Relay Output 0x41D3 DID Info: Horn Relay Output Pin: J5-18 Configuartion Requirements: n/a DataFlow: Service $22 - PIDRead_Horn Service $2F - PIDCtrl_Horn 1 single_value Horn Relay Output 0 7 enumerated 0x00 Null - No Control Active 0x01 Off 0x02 Honk 0x03 On 0x04 Manual On 0x05 Manual Off 0x06 Chirp 0x07 Chirp Honk Left Front Turn Lamp Outage Feedback Status 0x41E1 DID Info: Left Front Turn Lamp Outage Feedback Status Configuartion Requirements: BodyHwareExists(LF_LED_Turn_Outage_Ckt) &Front_LED_Turn_Outage_Cfg <> NO_OUTAGE DataFlow: LF_LED_Turn_Outage_Fdbk_Status 1 single_value Left Front Turn Lamp Outage Feedback Status 0 7 enumerated 0x00 Off 0x01 On Right Front Turn Lamp Outage Feedback Status 0x41E3 DID Info: Right Front Turn Lamp Outage Feedback Status Configuartion Requirements: BodyHwareExists(RF_LED_Turn_Outage_Ckt) & Front_LED_Turn_Outage_Cfg <> NO_OUTAGE DataFlow: RF_LED_Turn_Outage_Fdbk_Status 1 single_value Right Front Turn Lamp Outage Feedback Status 0 7 enumerated 0x00 Off 0x01 On Left Front Daytime Running Light Output 0x41EB DID Info: Left Front Daytime Running Light Output Pin: J5-8 Configuartion Requirements: BodyHwareExists(LF_DRL_Lamp_Ckt) & LF_DRL_Lamp_Ckt_Usage_Cfg <> (POSITION_ONLY & NOT_USED) & ((Lincoln_Experience_Cfg <>LINCOLN_EXPERIENCE1) |(CarMode = FACTORY)) DataFlow: Service $22 - PIDReadLF_DRL_Lamp Service $2F - PIDCtrlLF_DRL_Lampl 1 single_value Left Front Daytime Running Light Output 0 7 enumerated 0x00 Null - No Control Active 0x01 Active 0x02 Inactive 0x04 Active Dim Left Front Fog Lamps Output 0x41EC DID Info: Left Front Fog Lamps Output Pin: J5-6 Configuartion Requirements: BodyHwareExists(LF_Fog_Lamp_Ckt) & LF_Fog_Lamp_Ckt_Usage_Cfg <> (NOT_USED & TURN) & ((LF_Fog_Lamp_Ckt_Usage_Cfg <> POWER_SUPPLY) | (CarMode = FACTORY )) DataFlow: Service $22 - PIDReadLF_FogLamp Service $2F - PIDCtrlLF_FogLamps 1 single_value Left Front Fog Lamps Output 0 7 enumerated 0x00 Null - No Control Active 0x01 Active 0x02 Inactive 0x03 Ramping Left Front Position Lamp Output 0x41ED DID Info: Left Front Position Lamp Output Pin: J5-14 Configuartion Requirements: LF_Position_Lamp_Ckt_Usage_Cfg <> NOT_USED & ((Lincoln_Experience_Cfg <>LINCOLN_EXPERIENCE1) | (CarMode = FACTORY)) DataFlow: Service $22 - PIDReadLF_Position_Lamp Service $2F - PIDCtrlLF_Position_Lamp 1 single_value Left Front Position Lamp Output 0 7 enumerated 0x00 Null - No Control Active 0x01 On 0x02 Off Left Rear Stop/Position Lamp Output 0x41EE DID Info: Left Rear Stop/Position Lamp Output Pin: J6-12 Configuartion Requirements: BodyHwareExists(LR_Stop_Position_Lamp_Ckt) & LR_Stop_Pos_Lamp_Ckt_Usage_Cfg <> NOT_USED & ((Lincoln_Experience_Cfg <>LINCOLN_EXPERIENCE1) |(CarMode = FACTORY)) DataFlow: Service $22 - PIDReadLR_Stop_Position_Lamp Service $2F - PIDCtrlLR_Stop_Position_Lamp 1 single_value Left Rear Stop/Position Lamp Output 0 7 enumerated 0x00 Null - No Control Active 0x01 Off 0x02 Position Lamp On 0x03 Stop Lamp On 0x04 Flash On 0x05 On Rear Park Lamps Output 0x41EF DID Info: Rear Park Lamps Output (Park Lamps Body Output Status) Pin: J6-52 Configuartion Requirements: BodyHwareExists(Park_Lamps_Body_Ckt) & Park_Lamps_Body_Ckt_Usage_Cfg <> NOT_USED & ((Lincoln_Experience_Cfg <>LINCOLN_EXPERIENCE1) | (CarMode = FACTORY)) DataFlow: Service $22 - PIDReadPark_Lamps_Body Service $2F - PIDCtrlPark_Lamps_Body 1 single_value Rear Park Lamps Output 0 7 enumerated 0x00 Null - No Control Active 0x01 Active 0x02 Inactive Rear Fog Lamps Output 0x41F1 DID Info: Rear Fog Lamps Output Pin: J6-67 Configuartion Requirements: RearFog_Enable_Cfg = ENABLED DataFlow: Service $22 - PIDRead_RearFogLamps Service $2F - PIDCtrl_RearFogLamps 1 single_value Rear Fog Lamps Output 0 7 enumerated 0x00 Null - No Control Active 0x01 Active 0x02 Inactive Right Front Daytime Running Light Output 0x41F2 DID Info: Right Front Daytime Running Light Output Pin: J5-9 Configuartion Requirements: BodyHwareExists(RF_DRL_Lamp_Ckt) & RF_DRL_Lamp_Ckt_Usage_Cfg <> (POSITION_ONLY & NOT_USED) & ((Lincoln_Experience_Cfg <>LINCOLN_EXPERIENCE1) |(CarMode = FACTORY)) DataFlow: Service $22 - PIDReadRF_DRL_Lamp Service $2F - PIDCtrlRF_DRL_Lamp 1 single_value Right Front Daytime Running Light Output 0 7 enumerated 0x00 Null - No Control Active 0x01 Active 0x02 Inactive Right Front Fog Lamps Output 0x41F3 DID Info: Right Front Fog Lamps Output Pin: J5-7 Configuartion Requirements: BodyHwareExists(RF_Fog_Lamp_Ckt) & RF_Fog_Lamp_Ckt_Usage_Cfg <> (NOT_USED & TURN) & ((RF_Fog_Lamp_Ckt_Usage_Cfg <> POWER_SUPPLY) | (CarMode = FACTORY )) DataFlow: Service $22 - PIDReadRF_FogLamp Service $2F - PIDReadRF_FogLamps 1 single_value Right Front Fog Lamps Output 0 7 enumerated 0x00 Null - No Control Active 0x01 Active 0x02 Inactive 0x03 Ramping Right Front Position Lamp Output 0x41F4 DID Info: Right Front Position Lamp Output Pin: J5-28 Configuartion Requirements: RF_Position_Lamp_Ckt_Usage_Cfg <> NOT_USED & ((Lincoln_Experience_Cfg <>LINCOLN_EXPERIENCE1) | (CarMode = FACTORY)) DataFlow: Service $22 - PIDReadRF_Position_Lamp Service $2F - PIDCtrlRF_Position_Lamp 1 single_value Right Front Position Lamp Output 0 7 enumerated 0x00 Null - No Control Active 0x01 On 0x02 Off Right Rear Stop/Position Lamp Output 0x41F5 DID Info: Right Rear Stop/Position Lamp Output Pin: J6-51 Configuartion Requirements: BodyHwareExists(RR_Stop_Position_Lamp_Ckt) & RR_Stop_Pos_Lamp_Ckt_Usage_Cfg <> NOT_USED & ((Lincoln_Experience_Cfg <>LINCOLN_EXPERIENCE1) |(CarMode = FACTORY)) DataFlow: Service $22 - PIDReadRR_Stop_Position_Lamp Service $2F - PIDCtrlRR_Stop_Position_Lamp 1 single_value Right Rear Stop/Position Lamp Output 0 7 enumerated 0x00 Null - No Control Active 0x01 Off 0x02 Position Lamp On 0x03 Stop Lamp On 0x04 Flash On 0x05 On Left Rear Child Lock Status 0x4216 DID Info: Left Rear Child Lock Status Configuartion Requirements: BodyHwareExists(LR_Child_Lock_FB_Ckt) DataFlow: PIDReadLR_Child_Lock_FB 1 single_value Left Rear Child Lock Status 0 7 enumerated 0x00 Inactive 0x01 Active Right Rear Child Lock Status 0x4218 DID Info: Right Rear Child Lock Status Configuartion Requirements: BodyHwareExists(RR_Child_Lock_FB_Ckt) DataFlow: PIDReadRR_Child_Lock_FB 1 single_value Right Rear Child Lock Status 0 7 enumerated 0x00 Inactive 0x01 Active Vehicle Speed Output Control 0x4240 DID Info: Discrete Vehicle Speed Status Pin: J6-60 Configuartion Requirements: DiscreteVSPDCkt_Cfg = USED DataFlow: Service $22 - PIDRead_Discrete_VSPD Service $2F - PIDRead_Discrete_VSPD 1 single_value Vehicle Speed Output Control 0 7 enumerated 0x00 Null - No Control Active 0x01 On 0x02 Off 0x03 PWM Signal Turn Indicator Switch Input 0x4253 DID Info: Turn Signal Switch Input Status Configuartion Requirements: N/A DataFlow: PIDReadTurnSignal 1 single_value Turn Indicator Switch Input 0 7 enumerated 0x00 Off - No Request 0x01 Left Turn Request 0x02 Right Turn Request 0x03 Fault Demand Lamp Output 0x425D DID Info: Demand Lamp Output Status Pin: J6-72, J5-43 Configuartion Requirements: n/a DataFlow: Service $22 - Demand_Lamp_Ckt Service $2F - PIDCtrlDemandLamp 1 single_value Demand Lamp Output 0 7 enumerated 0x00 Null - No Control Active 0x01 Active 0x02 Inactive Headlamp Input Status 0x429F DID Info: HeadLamp Input Status Configuartion Requirements: n/a DataFlow: Parameter 1: Headlight Status:Headlight_Status Parameter 2: Relative Switch Up Count:LINHeadlampRelSw_Cnt_Up Parameter 3: Relative Switch Down Count:LINHeadlampRelSw_Cnt_Dn Parameter 4: Absoulte Switch Status:HeadlampAbsSw_Pos_Stat Parameter 5: Hardwired Headlamp Switch Input StatusIDReadHead Parameter 6: Headlamp Switch Type:HeadlampSwitchType_Cfg Parameter 7: Headlamp Switch Communication status:LINHSM_Comstat Parameter 8: Generic LIN Input 1: Gen_LIN_Inp_1_LINHSM Parameter 9: Generic LIN Input 2: Gen_LIN_Inp_2_LINHSM Parameter 10: Generic LIN Input 3: Gen_LIN_Inp_3_LINHSM Parameter 11: Generic LIN Input 4: Gen_LIN_Inp_4_LINHSM Parameter 12: Generic LIN Input 5: Gen_LIN_Inp_5_LINHSM Parameter 13: Generic LIN Input 6: Gen_LIN_Inp_6_LINHSM Parameter 14: Generic LIN Input 7: Gen_LIN_Inp_7_LINHSM Parameter 15: Generic LIN Input 8: Gen_LIN_Inp_8_LINHSM 15 packeted Headlight Status 112 119 enumerated 0x00 Off 0x01 Autolamps 0x02 Headlamps 0x03 Park Lamps/Position Lamps Relative Switch Up Count 104 111 unsigned 0 Count Relative Switch Down Count 96 103 unsigned 0 Count Absolute Switch Status 88 95 enumerated 0x00 Off 0x01 Autolamps 0x02 Headlamps 0x03 Parklamps Position 0x04 Invalid 0x05 Unknown Headlamp Switch Input Status 80 87 enumerated 0x00 Off 0x01 Autolamps 0x02 Headlamps 0x03 Park Lamps/Position Lamps 0x04 Fault Headlamp Switch Type 72 79 enumerated 0x00 Hardwired 0x01 LIN Absolute 0x02 LIN Relative 0x03 None Headlamp Switch Communication Status 64 71 enumerated 0x00 Missing 0x01 Present Generic Input 1 Status 56 63 unsigned 0 Count Generic Input 2 Status 48 55 unsigned 0 Count Generic Input 3 Status 40 47 unsigned 0 Count Generic Input 4 Status 32 39 unsigned 0 Count Generic Input 5 Status 24 31 unsigned 0 Count Generic Input 6 Status 16 23 unsigned 0 Count Generic Input 7 Status 8 15 unsigned 0 Count Generic Input 8 Status 0 7 unsigned 0 Count Left Rear Position Lamp Output Status 0x42AA DID Info: Left Rear Position Lamp Output Pin: J6-53 Configuartion Requirements: BodyHwareExists(LR_Position_Lamp_Ckt) & LR_Position_Lamp_Ckt_Usage_Cfg <> NOT_USED DataFlow: Service $22 - PIDReadLR_Position_Lamp Service $2F - PIDCtrlLR_Position_Lamp 1 single_value Left Rear Position Lamp Output Status 0 7 enumerated 0x00 Null - No Control Active 0x01 On 0x02 Off Right Rear Position Lamp Output Status 0x42AB DID Info: Right Rear Position Lamp Output Pin: J6-48 Configuartion Requirements: BodyHwareExists(RR_Position_Lamp_Ckt) & RR_Position_Lamp_Ckt_Usage_Cfg <> NOT_USED DataFlow: Service $22 - PIDReadRR_Position_Lamp Service $2F - PIDCtrlRR_Position_Lamp 1 single_value Right Rear Position Lamp Output Status 0 7 enumerated 0x00 Null - No Control Active 0x01 On 0x02 Off Headlamp Switch Backlight Output Status 0x42B1 DID Info: Headlamp Switch Backlight Output Status Pin: J6-4 Configuartion Requirements: BodyHwareExists(Backlighting2_LED_Ckt) DataFlow: Service $22 - PIDReadBacklighting2_LED Service $2F - PIDCtrlBacklighting2_LED 1 single_value Headlamp Switch Backlight Output Status 0 7 enumerated 0x00 Null - No Control Active 0x01 Headlamp Switch Backlight Off 0x02 Headlamp Switch Backlight On Center High Mounted Stop Lamp (CHMSL) Output 2 0x42C2 Pin: J6-61 1 single_value Center High Mounted Stop Lamp (CHMSL) Output 2 0 7 enumerated 0x00 Null 0x01 ACTIVE 0x02 INACTIVE Input Status 0x61C0 DID Info: Front Fog Switch Configuartion Requirements:Byte 1, Bit 6(BodyHwareExists(FR_Fog_Input_Ckt ) | FogLampSwitchType_Cfg = LIN ) & FogLampCkt_Switch_Cfg = USED DataFlow: Front_Fog_Lamp_DbncV DID Info: Rear Fog Switch Configuartion Requirements: Byte 1, Bit5RearFog_Enable_Cfg = ENABLED DataFlow: Rear_Fog_Lamp_DbncV 4 bitmapped Front Fog Switch 30 30 enumerated 0x00 Off 0x01 On Rear Fog Switch 29 29 enumerated 0x00 Off 0x01 On Dimmer Switch Input Status #1 0x711B DID Info: Digital Dimmer Switch Input Status Configuartion Requirements: Dim_DayLevel_Cfg = FROM_SW |Dim_NightLevel_Cfg = FROM_SW DataFlow: PIDReadDigitalDimmer 1 single_value Dimmer Switch Input Status #1 0 7 enumerated 0x80 Dimmer Switch Input - No Keypress 0x81 Dimmer Switch Input - Illumination UP 0x82 Dimmer Switch Input - Illumination DOWN 0x83 Dimmer Switch Input - Illumination UP + DOWN High Beam Switch Input Status 0x711C DID Info: High Beam Switch Input Status Configuartion Requirements: BodyHwareExists(MFS_High_Beam_Ckt ) | BodyHwareExists(MFS_Flash_Ckt) DataFlow: PIDReadFTP_HighBeam_Sw 1 single_value High Beam Switch Input Status 0 7 enumerated 0x00 Off 0x01 High Beam/Low Beam Toggle 0x02 Flash to Pass 0xFF Invalid External Lighting System Input Signal Status 0x7150 DID Info: Exterior Lamp Input Switch Status - Hazard Switch Configuartion Requirements: Byte 1, Bit 2 DataFlow: Hazard_DbncV 4 bitmapped Autolights Switch 31 31 enumerated 0x00 Off 0x01 On Flash to Pass Switch 30 30 enumerated 0x00 Off 0x01 On Headlamp High Beam Switch 29 29 enumerated 0x00 Off 0x01 On Headlamp Low Beam Switch 28 28 enumerated 0x00 Off 0x01 On Sidelights Switch 27 27 enumerated 0x00 Off 0x01 On Hazard Warning Switch 26 26 enumerated 0x00 Off 0x01 On Direction Indicator Switch Right Hand 25 25 enumerated 0x00 Off 0x01 On Direction Indicator Switch Left Hand 24 24 enumerated 0x00 Off 0x01 On Direction Indicator Switch Right Hand Lane Change 18 18 enumerated 0x00 Off 0x01 On Direction Indicator Switch Left Hand Lane Change 17 17 enumerated 0x00 Off 0x01 On Brake Lamp Switch 16 16 enumerated 0x00 Off 0x01 On Special Vehicle Function 9 9 enumerated 0x00 Off 0x01 On Auxiliary Driving Lamp Switch 8 8 enumerated 0x00 Off 0x01 On Operating State 0x9A08 DID Info: Exterior Lamp Input Switch Status - Hazard Switch Configuartion Requirements: n/a DataFlow: DiagSession 1 single_value Operating State 0 7 bytes Active Diagnostic Session 0xD100 1 single_value Active Diagnostic Session 0 7 enumerated 0x01 Default Session 0x02 Programming Session 0x03 Extended Diagnostic Session ECU Power Supply Voltage 0xD111 1 single_value ECU Power Supply Voltage 0 7 unsigned 0 V Number of Continuous DTCs with Pending or Confirmed Status 0xD137 DID Info: Number of Continuous DTCs with Pending or Confirmed Status Configuartion Requirements: Parameter 0 is always reported DataFlow: Supplier defined 1 single_value Number of Continuous DTCs with Pending or Confirmed Status 0 7 unsigned 0 Undefined / Not Used Boot Software Version Number 0xF109 3 packeted Boot Software Version Number- Main Version 16 23 bcd left 0x00 Boot Software Version Number- Sub Version 8 15 bcd left 0x00 Boot Software Version Number- Release Version 0 7 bcd left 0x00 ECU Cal-Config Part Number 0xF10A DID info: ECU Cal-Config File (Body Configuration File) Configuartion Requirements: N/A DataFlow: If ( BodyFilePartNum_Cfg = 0000000000000000000000000000000000000000000000 ) Reply failurePreventsExecutionOfRequestedAction Else BodyFilePartNum_Cfg 24 single_value ECU Cal-Config Part Number 0 191 ascii left 0x00 ECU Cal-Config #7 Part Number 0xF10E DID info: ECU Cal-Config #7 (PEPS Cal Block) Configuartion Requirements: N/A DataFlow: If ( PEPS_CalFilePartNum_Cfg = 0000000000000000000000000000000000000000000000 ) Reply failurePreventsExecutionOfRequestedAction Else PEPS_CalFilePartNum_Cfg 24 single_value ECU Cal-Config #7 Part Number 0 191 ascii left 0x00 On-line Diagnostic Database Reference Number 0xF110 This DID is used to report the ECU's Part 2 Spec WERS Part Number (e.g., DS-1234-ABCD-AA). 24 single_value On-line Diagnostic Database Reference Number 0 191 ascii left 0x00 ECU Core Assembly Number 0xF111 DID Info: ECU Core Assembly Number (Part Number Identification Prefix-Base-Suffix) Configuartion Requirements: n/a DataFlow: Supplier defined(also in Bootloader) 24 single_value ECU Core Assembly Number 0 191 ascii left 0x00 ECU Delivery Assembly Number 0xF113 DID Info: ECU Deliver Assembly Number Configuartion Requirements: n/a DataFlow: Supplier defined(also in Bootloader) 24 single_value ECU Delivery Assembly Number 0 191 ascii left 0x00 Software Download Specification Version 0xF162 1 single_value Software Download Specification Version 0 7 enumerated 0x06 SWDL 00.06.15.002-006 Diagnostic Specification Version 0xF163 1 single_value Diagnostic Specification Version 0 7 enumerated 0x04 GGDS 00.06.15.001-004 ECU Cal-Config #2 Part Number 0xF16B DID info: ECU Cal-Config File #2 (Personalization File) Configuartion Requirements: N/A DataFlow: If ( PersFilePartNum_Cfg = 0000000000000000000000000000000000000000000000 ) Reply failurePreventsExecutionOfRequestedAction Else PersFilePartNum_Cfg 24 single_value ECU Cal-Config #2 Part Number 0 191 ascii left 0x00 ECU Cal-Config #3 Part Number 0xF16C DID info: ECU Cal-Config File #3 (BMS/Load Shed - Battery Config File) Configuartion Requirements: N/A DataFlow: If ( BMSFilePartNum_Cfg = 0000000000000000000000000000000000000000000000 ) Reply failurePreventsExecutionOfRequestedAction Else BMSFilePartNum_Cfg 24 single_value ECU Cal-Config #3 Part Number 0 191 ascii left 0x00 ECU Cal-Config #4 Part Number 0xF16D DID info: ECU Cal-Config File #4 (LIN Config File) Configuartion Requirements: N/A DataFlow: If ( LINFilePartNum_Cfg = 0000000000000000000000000000000000000000000000 ) Reply failurePreventsExecutionOfRequestedAction Else LINFilePartNum_Cfg 24 single_value ECU Cal-Config #4 Part Number 0 191 ascii left 0x00 ECU Cal-Config #5 Part Number 0xF16E DID info: ECU Cal-Config File #5 (BMS/LoadShed - Engine Config File) Configuartion Requirements: N/A DataFlow: If ( BMS_EngFilePartNum_Cfg = 0000000000000000000000000000000000000000000000 ) Reply failurePreventsExecutionOfRequestedAction Else BMS_EngFilePartNum_Cfg 24 single_value ECU Cal-Config #5 Part Number 0 191 ascii left 0x00 NOS Bootloader Generation Tool Version Number 0xF17C 11 packeted NOS Bootloader Generation Tool Supplier 80 87 enumerated 0x08 Vector NOS Bootloader Generation Tool Version Number 0 79 bytes ECU Cal-Config #6 Part Number 0xF17D DID info: ECU Cal-Config #6 (Hardware Threshold Config File) Configuartion Requirements: N/A DataFlow: If ( HwareThrshFilePartNum_Cfg = 0000000000000000000000000000000000000000000000 ) Reply failurePreventsExecutionOfRequestedAction Else HwareThrshFilePartNum_Cfg 24 single_value ECU Cal-Config #6 Part Number 0 191 ascii left 0x00 Boot Software Identification 0xF180 25 packeted Number Of Modules (ISO14229 compatibility - always set to 01h) 192 199 unsigned 0 Count Boot Software Identifcation Data (Part no. of the bootloader) 0 191 ascii left 0x00 Vehicle Manufacturer ECU Software Number 0xF188 24 single_value Vehicle Manufacturer ECU Software Number 0 191 ascii left 0x00 ECU Serial Number 0xF18C DID Info: ECU Serial Number Configuartion Requirements: n/a DataFlow: BCMSerialNumber 16 single_value ECU Serial Number 0 127 ascii left 0x00 Vehicle Identification Number 0xF190 DID Info: Vehicle Identification Number Configuartion Requirements: n/a DataFlow: Report DID_DE5A_Data Byte 0-5 + DID_DE5B_Data Byte 0-5 + DID_DE5C_Data Byte 0-4 + 0x00 + 0x00 + 0x00 + 0x00 + 0x00 + 0x00 + 0x00Note: '+' symbol used above represents concatenation 24 single_value Vehicle Identification Number 0 191 ascii left 0x00 Vehicle Speed Sensor 0xF40D DID Info: Vehicle Speed Sensor(In BCM, it is HSCAN signal) Configuartion Requirements: n/a DataFlow: Vehicle_Speed 1 single_value Vehicle Speed Sensor 0 7 unsigned 0 Kph TPMS Warning Status of All Tires 0xFD0A DID Info: TPMS Warning Status of All Tires Configuartion Requirements: TPMEnable_Cfg = ENABLE DataFlow: Warning_Status[LF] Warning_Status[RF] Warning_Status[LR] Warning_Status[RR] Warning_Status[IRR] Warning_Status[ILR] 6 packeted Warning_Status[LF] 40 47 enumerated 0x00 UNKNOWN 0x01 IN_RANGE 0x03 LOW 0x04 ALERT 0x06 INVALID_DATA 0x0F FAULT Warning_Status[RF] 32 39 enumerated 0x00 UNKNOWN 0x01 IN_RANGE 0x03 LOW 0x04 ALERT 0x06 INVALID_DATA 0x0F FAULT Warning_Status[RR] 24 31 enumerated 0x00 UNKNOWN 0x01 IN_RANGE 0x03 LOW 0x04 ALERT 0x06 INVALID_DATA 0x0F FAULT Warning_Status[LR] 16 23 enumerated 0x00 UNKNOWN 0x01 IN_RANGE 0x03 LOW 0x04 ALERT 0x06 INVALID_DATA 0x0F FAULT Warning_Status[IRR] 8 15 enumerated 0x00 UNKNOWN 0x01 IN_RANGE 0x03 LOW 0x04 ALERT 0x06 INVALID_DATA 0x0F FAULT Warning_Status[ILR] 0 7 enumerated 0x00 UNKNOWN 0x01 IN_RANGE 0x03 LOW 0x04 ALERT 0x06 INVALID_DATA 0x0F FAULT warningIndicatorRequested 7 testNotCompletedThisOperationCycle 6 confirmedDTC 3 testFailedThisOperationCycle 1 0x12 Circuit Short To Battery 0x14 Circuit Short To Ground or Open 0x11 Circuit Short To Ground 0x15 Circuit Short To Battery or Open 0x51 Not Programmed 0x04 System Internal Failure 0x05 System Programming Failure 0x09 Component Failure 0x49 Internal Electronic Failure 0x56 Invalid / Incompatible Configuration 0x77 Commanded Position Not Reachable 0x87 Missing Message 0x92 Performance or Incorrect Operation 0x93 No Operation 0x96 Component Internal Failure 0x01 General Electrical Failure 0x7B Low Fluid Level 0x24 Signal Stuck High 0x9E Stuck On 0x02 General Signal Failure 0x08 Bus Signal / Message Failure 0x55 Not Configured 0x97 Component or System Operation Obstructed or Blocked 0x9A Component or System Operating Conditions 0x00 No Sub Type Information 0x13 Circuit Open 0x8F Erratic 0x62 Signal Compare Failure 0x29 Signal Invalid 0x16 Circuit Voltage Below Threshold 0x17 Circuit Voltage Above Threshold 0x4A Incorrect Component Installed 0x03 FM (Frequency Modulated) / PWM (Pulse Width Modulated) Failure 0x1C Circuit Voltage Out of Range 0x61 Signal Calculation Failure 0x85 Signal Above Allowable Range 0x230 Fuel Pump Primary Circuit yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Fuel_Pump_Relay_Ctrl_Ckt] = SHORT | FETMode[Fuel_Pump_Relay_Ctrl_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Fuel_Pump_Relay_Ctrl_Ckt] <> SHORT & FETMode[Fuel_Pump_Relay_Ctrl_Ckt] <> NO_RETRY & FETGood[Fuel_Pump_Relay_Ctrl_Ckt] = GOOD Fuel_Pump_Relay_Ctrl_Ckt Output is turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Fuel pump is disabled, engine stops / can not start. yes Incerment/fail criteria:FET_Ctrl[Fuel_Pump_Relay_Ctrl_Ckt] = SHORT | FETMode[Fuel_Pump_Relay_Ctrl_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Fuel_Pump_Relay_Ctrl_Ckt] <> SHORT & FETMode[Fuel_Pump_Relay_Ctrl_Ckt] <> NO_RETRY & FETGood[Fuel_Pump_Relay_Ctrl_Ckt] = GOOD J5_24 = Fuel_Pump_Relay_Ctrl_Ckt. yes Config Requirement:FuelPumpRelayConnection_Cfg = CONNECTED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Fuel_Pump_Relay_Ctrl_Ckt output behaves as normal. Short CCT to GND: Fuel pump runs continuiously, engin will start / run. Open CCT: Engine stops / can not start. no J5_24 = Fuel_Pump_Relay_Ctrl_Ckt. 0x830 Clutch Pedal Switch "A" Circuit no yes Incerment/fail criteria:Clutch_Pedal_Status = DEPRESSED; Decrement/pass criteria:Clutch_Pedal_Status = RELEASED J4_48 = Clutch_Input_Ckt (Clutch switch input). 0x4040 Brake Pedal Switch "A" no yes Incerment/fail criteria:Brake_Pedal_Status = APPLIED; Decrement/pass criteria:Brake_Pedal_Status = RELEASED J4_8 = BOO_Ckt (Brake switch input). 0x5017 Boot/Trunk Primary Switch yes Config Requirement(BodyHwareExists(Decklid_Liftglass_Switch_Ckt) & LGG_DL_Enable_Cfg <> DISABLE) |(Decklid_Key_Unlock_Cfg = DECKLID_SWITCH &LGG_DL_Enable_Cfg <> DISABLE)) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 1 1 Incerment/fail criteriaecklid_Liftgate_Glass_Switch_Status = OPEN Decrement/pass criteriaecklid_Liftgate_Glass_Switch_Status <> OPEN n.a. The Decklid_Liftgate will activate when vehicle is UNLOCKED without a switch press. yes Incerment/fail criteriaecklid_Liftgate_Glass_Switch_Status = OPEN; Decrement/pass criteriaecklid_Liftgate_Glass_Switch_Status <> OPEN J6-28 = Decklid_Liftglass_Switch_Ckt 0x513A Wakeup Control yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[ECU_Drive_Ckt] = SHORT | FETMode[ECU_Drive_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[ECU_Drive_Ckt] <> SHORT & FETMode[ECU_Drive_Ckt] <> NO_RETRY & FETGood[ECU_Drive_Ckt] = GOOD ECU_Drive_Ckt_SPL1 & ECU_Drive_Ckt_SPL2 Outputs are turned off. Note: ECU_Drive_Ckt (a.k.a. Wake Up Ckt). No power supplied to the "Immobilizer XCVR" or "Passive Backup XCVR" or "PCM/TCM/ECM". no J4_16 = ECU_Drive_Ckt_SPL1. J5_10 = ECU_Drive_Ckt_SPL2. yes Config Requirement:ECU_Drive_Ckt_OpenDTC_Cfg = USED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable ECU_Drive_Ckt_SPL1 & ECU_Drive_Ckt_SPL2 Output normal. Note: ECU_Drive_Ckt (a.k.a. Wake Up Ckt) Short CCT to VBatt: "Immobilizer XCVR" or "Passive Backup XCVR" or "PCM/TCM/ECM" continuiously powered. Open CCT: No power supplied to the "Immobilizer XCVR" or "Passive Backup XCVR" or "PCM/TCM/ECM". yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J4_16 = ECU_Drive_Ckt_SPL1. J5_10 = ECU_Drive_Ckt_SPL2. 0x5A56 Left Front Tire Pressure Sensor and Transmitter Assembly yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteria:Refer to Table 6.6.217- DTCs that shall be set on delivery to Ford VO - with Clearing and Re-Setting Requirements Decrement/pass criteria:Refer to Table 6.6.217- DTCs that shall be set on delivery to Ford VO - with Clearing and Re-Setting Requirements As TPMmanufacMode_Cfg is set to BUILD in this case, no special fault actions. Tire Press Telltale will FLASH for 75s (TPMTellTaleFlashTime_Cfg) and then turn OFF/ON according to TPMTellTaleOp_Cfg N/A no N/A 0x5A58 Right Front Tire Pressure Sensor and Transmitter Assembly yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteria:Refer to Table 6.6.217- DTCs that shall be set on delivery to Ford VO - with Clearing and Re-Setting Requirements Decrement/pass criteria:Refer to Table 6.6.217- DTCs that shall be set on delivery to Ford VO - with Clearing and Re-Setting Requirements As TPMmanufacMode_Cfg is set to BUILD in this case, no special fault actions. Tire Press Telltale will FLASH for 75s (TPMTellTaleFlashTime_Cfg) and then turn OFF/ON according to TPMTellTaleOp_Cfg N/A no N/A 0x5D00 Park Brake Apply Switch no yes Incerment/fail criteriaark_Brake_Status = ENGAGED; Decrement/pass criteriaark_Brake_Status <> ENGAGED J6_30 = Park_Brake_Ckt 0x9007 High-Beam Headlamp Switch no yes Incerment/fail criteriaIDReadFTP_HighBeam_Sw = FAULT |PIDReadFTP_HighBeam_Sw = HIGH; Decrement/pass criteriaIDReadFTP_HighBeam_Sw <> FAULT &PIDReadFTP_HighBeam_Sw <> HIGH J4-42 0x9026 Steering Column Lock yes Config Requirement:SlaveExists_SCL_Cfg = PRESENT & ESCL_Enable_Cfg = ENABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 127 127 Incerment/fail criteria:Unlock_SCL_Fault <> (NONE | TIMEOUT_INPROG| TIMEOUT_RETRY| INVBOLT_TIMEOUT| INVBOLT_RETRY) Decrement/pass criteria:Unlock_SCL_Fault = (NONE | TIMEOUT_INPROG| TIMEOUT_RETRY| INVBOLT_TIMEOUT| INVBOLT_RETRY) BCM will record fault status in non volatile error memory variable SCL_UnlockFault_EvStack Steering Column cannot unlock. Vehicle will not start. Service light wrench will be displayed no J4-36 yes Config Requirement:SlaveExists_SCL_Cfg = PRESENT & ESCL_Enable_Cfg = ENABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 127 127 Incerment/fail criteria:SCL_Mated_Mismatch = SET_DTC Decrement/pass criteria:SCL_Mated_Mismatch = CLEAR_DTC BCM will record fault status in non volatile error memory variableSCL_IntFault_EvStack and SCL_EraseFault_EvStack Steering Column is not mated to the BCM. Steering column cannot be locked or unlocked. no J4-36 yes Config Requirement:SlaveExists_SCL_Cfg = PRESENT & ESCL_Enable_Cfg = ENABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 127 127 Incerment/fail criteria:Int_SCL_Fault = BOLT_MISMATCH Decrement/pass criteria:Int_SCL_Fault <> BOLT_MISMATCH BCM will record fault status in non volatile error memory variable SCL_IntFault_EvStack Steering column cannot be locked or unlocked due to a difference found in BCM's copy and ESCL module's copy of the bolt status no J4-36 yes Config Requirement:SlaveExists_SCL_Cfg = PRESENT & ESCL_Enable_Cfg = ENABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 127 127 Incerment/fail criteria:SCL_Replace = SET_DTC Decrement/pass criteria:SCL_Replace = CLEAR_DTC BCM will record fault status in non volatile error memory variable SCL_IntFault_EvStack and SCL_EraseFault_EvStack Steering column cannot be locked or unlocked due to error status reported by ESCL no J4-36 yes Config Requirement:SlaveExists_SCL_Cfg = PRESENT & ESCL_Enable_Cfg = ENABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 0 127 127 Incerment/fail criteria:BCM_SCL_ProgStatus = UNMATED Decrement/pass criteria:BCM_SCL_ProgStatus = MATED Steering Column is not mated to the BCM. Steering column cannot be locked or unlocked. no J4-36 yes Config Requirement:SlaveExists_SCL_Cfg = PRESENT & ESCL_Enable_Cfg = ENABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 127 127 Incerment/fail criteria:Unlock_SCL_Fault = WRONG_RESP | INVBOLT_WR_RESP Decrement/pass criteria:Unlock_SCL_Fault <> ( WRONG_RESP | INVBOLT_WR_RESP) BCM will record fault status in non volatile error memory variable SCL_UnlockFault_EvStack Wrong reponse from BCM to challenge sent by ESCL. Steering Column cannot unlock caused by wrong reponse from BCM to challenge sent by ESCL OR SCL bolt position is not known because of a failure in the LIN module or a bit error in communication no J4-36 yes Config Requirement:SlaveExists_SCL_Cfg = PRESENT & ESCL_Enable_Cfg = ENABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 127 127 Incerment/fail criteria:SCL_LockFail_Cnt > SCL_LockFail_Cnt_Cfg Decrement/pass criteria:SCL_LockFail_Cnt <= SCL_LockFail_Cnt_Cfg Steering Column cannot be locked (any type of fault). Service light wrench will be displayed due to persistent locking fault no J4-36 yes Config Requirement:SlaveExists_SCL_Cfg = PRESENT & ESCL_Enable_Cfg = ENABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 127 127 Incerment/fail criteria:SCL_Pwr_Fault = SYS_OFF Decrement/pass criteria:SCL_Pwr_Fault <> SYS_OFF Steering Column cannot unlock or lock due to fault causing ESCL not to be powered up. Service light wrench will be displayed no J4-36 yes Config Requirement:SlaveExists_SCL_Cfg = PRESENT & ESCL_Enable_Cfg = ENABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 127 127 Incerment/fail criteria:SCL_Pwr_Fault = SYS_FAULT Decrement/pass criteria:SCL_Pwr_Fault <> SYS_FAULT Power is provided to ESCL when it shouldn't be. Service light wrench will be displayed no J4-36 yes Config Requirement:SlaveExists_SCL_Cfg = PRESENT & ESCL_Enable_Cfg = ENABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 127 127 Incerment/fail criteria: Int_SCL_Fault = (ABS_FAULT | PCM_FAULT | PCM_ABS_FAULT) | (ExistingESCLRelay_Ctrl = ACTIVE & Safety_Logic_ESCL_Power_Allowed = NO_POWER) Decrement/pass criteria: Int_SCL_Fault <>(PCM_ABS_FAULT & ABS_FAULT & PCM_FAULT) & Safety_Logic_ESCL_Power_Allowed <> NO_POWER BCM will record fault status in non volatile error memory variable SCL_PrgmFault_EvStack if fault occurred during programming of ESCL or SCL_IntFault_EvStack if SCL_IntFault_EvStack Steering column cannot be locked. Safety conditions to power the ESCL not satisfied no J4-36 yes Config Requirement:SlaveExists_SCL_Cfg = PRESENT & ESCL_Enable_Cfg = ENABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 127 127 Incerment/fail criteria:SCL_Unexpected_Fault = SET_DTC Decrement/pass criteria:SCL_Unexpected_Fault = CLEAR_DTC BCM will record fault status in non volatile error memory variable SCL_IntFault_EvStack Unexpected failure scenario. No fault symptoms can be predicted no J4-36 0x9046 Front Fog Lamp Control Switch yes Config Requirement: (BodyHwareExists(FR_Fog_Input_Ckt) | FogLampSwitchType_Cfg= LIN) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit1 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 1 1 Incerment/fail criteria:Front_Fog_Lamp_DbncV = ACTIVE Decrement/pass criteria:Front_Fog_Lamp_DbncV = INACTIVE N/A Front Fog Lamp may not turn ON when requested (i.e. momentary switch is pressed) yes Incerment/fail criteria:Front_Fog_Lamp_DbncV = ACTIVE; Decrement/pass criteria:Front_Fog_Lamp_DbncV = INACTIVE J4-55 0x9047 Rear Fog Lamp Control Switch yes Config Requirement:RearFog_Enable_Cfg = ENABLED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 1 1 Incerment/fail criteria:Rear_Fog_Lamp_DbncV = ACTIVE Decrement/pass criteria:Rear_Fog_Lamp_DbncV = INACTIVE N/A Rear Fog Lamp may not turn ON when requested (i.e. momentary switch is pressed) yes Incerment/fail criteria:Rear_Fog_Lamp_DbncV = ACTIVE; Decrement/pass criteria:Rear_Fog_Lamp_DbncV = INACTIVE J4-53 0x9048 Brake Fluid Level Switch yes Config Requirement: BrakeFluidSource_Cfg = CKT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit1 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 13 13 Incerment/fail criteriaIDReadBrakFluid_Sw = FAULT Decrement/pass criteriaIDReadBrakFluid_Sw = ( NORMAL | LOW ) BCM will set: - Brk_Fluid_Lvl_Low to Invalid - BrkWarnInd_B_Rq to On - Brake_Fluid_Level_Status unchanged. In IGN RUN status, cluster brake warning tell-tale is turned ON N/A yes Incerment/fail criteriaIDReadBrakFluid_Sw = FAULT; Decrement/pass criteriaIDReadBrakFluid_Sw = ( NORMAL | LOW ) J5-34 (Brake_Fluid_Switch_Ckt) no yes Incerment/fail criteriaIDReadBrakFluid_Sw = LOW ; Decrement/pass criteriaIDReadBrakFluid_Sw = NORMAL J5-34 (Brake_Fluid_Switch_Ckt) 0x9051 Front Washer Switch no yes Incerment/fail criteria:FR_Washer_Pump_DbncV = ACTIVE; Decrement/pass criteria:FR_Washer_Pump_DbncV = INACTIVE J4_5 = FR_Wiper_Wash_Pump_Ckt_SPL1. 0x9052 Rear Washer Switch no yes Incerment/fail criteria:RR_Washer_Pump_DbncV = ACTIVE; Decrement/pass criteria:RR_Washer_Pump_DbncV = INACTIVE J4_7 = RR_Wiper_Wash_Pump_Ckt_SPL1. 0x908A Start Button yes Config Requirement: (BodyHwareExists(StartStop1_Ckt) | BodyHwareExists(StartStop2_Ckt)) & KeySource_Cfg = (PUSHBUTTON | PASSIVE) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit1 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 100 40 13 13 Incerment/fail criteria: PIDRead_Start_Button = FAULT & StartStop_Combo = INACTIVE Decrement/pass criteria: PIDRead_Start_Button <> FAULT & StartStop_Combo = INACTIVE Toggles startstop button state when inputs disagree (two input circuits for one button) Wrench Telltale light will be requested to activate. yes Incerment/fail criteriaIDRead_Start_Button = FAULT; Decrement/pass criteriaIDRead_Start_Button <> FAULT J4-21, J4-61 yes Config RequirementBodyHwareExists(StartStop1_Ckt) | BodyHwareExists(StartStop2_Ckt)) & KeySource_Cfg = (PUSHBUTTON | PASSIVE) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 13 7 Incerment/fail criteria:StartStop1_DbncV = ACTIVE| StartStop2_DbncV = ACTIVE Decrement/pass criteria:StartStop1_DbncV <> ACTIVE& StartStop2_DbncV <> ACTIVE N/A N/A yes Incerment/fail criteria:StartStop1_DbncV = ACTIVE| StartStop2_DbncV = ACTIVE; Decrement/pass criteria:StartStop1_DbncV <> ACTIVE& StartStop2_DbncV <> ACTIVE J4-21, J4-61 yes Config Requirement: (BodyHwareExists(StartStop1_Ckt) | BodyHwareExists(StartStop2_Ckt)) & KeySource_Cfg = (PUSHBUTTON | PASSIVE) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 100 40 127 255 Incerment/fail criteria: PIDRead_Start_Button = FAULT & StartStop_Combo = ACTIVE Decrement/pass criteria: PIDRead_Start_Button <> FAULT & StartStop_Combo = ACTIVE Toggles startstop button state when inputs disagree (two input circuits for one button) Wrench Telltale light will be requested to activate. no J4-21, J4-61 0x909F Intrusion Sensor Module yes Config Requirement:BodyHwareExists(LIN_02_Ckt) &SlaveExists_CSM_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:CSM_ComStat = PRESENT & CSM_OpStat = SHORT Decrement/pass criteria:CSM_ComStat = PRESENT & CSM_OpStat <> SHORT N/A Intrusion Sensor Module may not activate when requested after CSMFaultMax_Cfg times. yes Incerment/fail criteria:CSM_ComStat = PRESENT & CSM_OpStat = SHORT; Decrement/pass criteria:CSM_ComStat = PRESENT & CSM_OpStat <> SHORT J6-54 yes Config Requirement:SlaveExists_CSM_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:CSM_ComStat = PRESENT &CSM_IpStat = FAULTY Decrement/pass criteria:CSM_ComStat = PRESENT &CSM_IpStat <> FAULTY N/A Intrusion Sensor Module may not activate when requested after CSMFaultMax_Cfg times. yes Incerment/fail criteria:CSM_ComStat = PRESENT &CSM_IpStat = FAULTY; Decrement/pass criteria:CSM_ComStat = PRESENT &CSM_IpStat <> FAULTY J6-54 yes Config Requirement:SlaveExists_CSM_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:CSM_ComStat = MISSING Decrement/pass criteria:CSM_ComStat <> MISSING N/A Intrusion Sensor Module may not activate when requested after CSMFaultMax_Cfg times. yes Incerment/fail criteria:CSM_ComStat = MISSING; Decrement/pass criteria:CSM_ComStat <> MISSING J6-54 yes Config Requirement:SlaveExists_CSM_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:CSM_ComStat = PRESENT &CSM_FaultStat = FAULTY Decrement/pass criteria:CSM_ComStat = PRESENT &CSM_FaultStat <> FAULTY N/A Intrusion Sensor Module may not activate when requested after CSMFaultMax_Cfg times. yes Incerment/fail criteria:CSM_ComStat = PRESENT &CSM_FaultStat = FAULTY; Decrement/pass criteria:CSM_ComStat = PRESENT &CSM_FaultStat <> FAULTY J6-54 yes Config Requirement:SlaveExists_CSM_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 26 26 Incerment/fail criteria:CSM_ComStat = PRESENT &CSM_CfgStat = NO_CONFIG Decrement/pass criteria:CSM_ComStat = PRESENT &CSM_CfgStat <> NO_CONFIG N/A Intrusion Sensor Module may not activate when requested after CSMFaultMax_Cfg times. yes Incerment/fail criteria:CSM_ComStat = PRESENT &CSM_CfgStat = NO_CONFIG; Decrement/pass criteria:CSM_ComStat = PRESENT &CSM_CfgStat <> NO_CONFIG J6-54 yes Config Requirement:SlaveExists_CSM_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) &Ignition_Status = RUN VBATT Guard:n/a Ign_5sec:n/a 1000 40 32 32 Incerment/fail criteriaTCSTest[909F08].MonitorMAX<>MAX & DTCSTest[909F55].MonitorMAX<>MAX & DTCSTest[909F49].MonitorMAX<>MAX & DTCSTest[909F01].MonitorMAX<>MAX & DTCSTest[909F9A].MonitorMAX<>MAX & DTCSTest[909F02].MonitorMAX<>MAX & (Intrusion_Fault_Cnt >= CSMFaultMax_Cfg | Inclination_Fault_Cnt >= CSMFaultMax_Cfg) Decrement/pass criteriaTCSTest[909F08].MonitorMAX = MAX | DTCSTest[909F55].MonitorMAX = MAX | DTCSTest[909F49].MonitorMAX = MAX | DTCSTest[909F01].MonitorMAX = MAX | DTCSTest[909F9A].MonitorMAX = MAX | DTCSTest[909F02].MonitorMAX = MAX| (Intrusion_Fault_Cnt < CSMFaultMax_Cfg & Inclination_Fault_Cnt < CSMFaultMax_Cfg) N/A Intrusion Sensor Module may not activate when requested yes Incerment/fail criteriaTCSTest[909F08].MonitorMAX<>MAX & DTCSTest[909F55].MonitorMAX<>MAX & DTCSTest[909F49].MonitorMAX<>MAX & DTCSTest[909F01].MonitorMAX<>MAX & DTCSTest[909F9A].MonitorMAX<>MAX & DTCSTest[909F02].MonitorMAX<>MAX & DTC_909F97_CSM_Blocked = SET_DTC; Decrement/pass criteriaTCSTest[909F08].MonitorMAX = MAX | DTCSTest[909F55].MonitorMAX = MAX | DTCSTest[909F49].MonitorMAX = MAX | DTCSTest[909F01].MonitorMAX = MAX | DTCSTest[909F9A].MonitorMAX = MAX | DTCSTest[909F02].MonitorMAX = MAX| DTC_909F97_CSM_Blocked = CLEAR_DTC J6-54 yes Config Requirement:SlaveExists_CSM_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:CSM_ComStat = PRESENT &CSM_OpStat = TMP_DISABLED Decrement/pass criteria:CSM_ComStat = PRESENT &CSM_OpStat <> TMP_DISABLED N/A Intrusion Sensor Module may not activate when requested yes Incerment/fail criteria:CSM_ComStat = PRESENT &CSM_OpStat = TMP_DISABLED; Decrement/pass criteria:CSM_ComStat = PRESENT &CSM_OpStat <> TMP_DISABLED J6-54 0x90A1 Trailer Tow Detection no yes Incerment/fail criteria:TrailerConnect_Status = CONNECTED; Decrement/pass criteria:TrailerConnect_Status= DISCONNECTED Not existing (TT_Anti_Theft_Ckt) 0x90AB Remote Keyless Entry Synchronization yes Config Requirement:RKE_Enable_Cfg = ENABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteria:Sync_Status[Sync_Status_Index] = OUTSYNC for any Sync_Status_Index (0 to MAX_NUM_TICS_Cfg-1) Decrement/pass criteria:Sync_Status[Sync_Status_Index] = INSYNC for all Sync_Status_Index (0 to MAX_NUM_TICS_Cfg-1) N/A RKE transmitter not in synch (unable to authenticate key) no N/A 0x90AD Rain Sensor yes Config Requirement:SlaveExists_RSM_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:RSM_ComStat = PRESENT & RSM_OpStat = SHORT Decrement/pass criteria:RSM_ComStat = PRESENT & RSM_OpStat <> SHORT No action Auto Wipe when raining will not work properly N/A yes Incerment/fail criteria:RSM_ComStat = PRESENT & RSM_OpStat = SHORT; Decrement/pass criteria:RSM_ComStat = PRESENT & RSM_OpStat <> SHORT J5-46 (LIN_03_Ckt) yes Config Requirement:SlaveExists_RSM_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:RSM_ComStat = PRESENT &RSM_IpStat = FAULTY Decrement/pass criteria:RSM_ComStat = PRESENT &RSM_IpStat <> FAULTY No action Auto Wipe when raining will not work properly N/A yes Incerment/fail criteria:RSM_ComStat = PRESENT &RSM_IpStat = FAULTY; Decrement/pass criteria:RSM_ComStat = PRESENT &RSM_IpStat <> FAULTY J5-46 (LIN_03_Ckt) yes Config Requirement:SlaveExists_RSM_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:RSM_ComStat = MISSING Decrement/pass criteria:RSM_ComStat <> MISSING No action Auto Wipe when raining will not work properly N/A yes Incerment/fail criteria:RSM_ComStat = MISSING; Decrement/pass criteria:RSM_ComStat <> MISSING J5-46 (LIN_03_Ckt) yes Config Requirement:SlaveExists_RSM_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:RSM_ComStat = PRESENT &RSM_FaultStat = FAULTY Decrement/pass criteria:RSM_ComStat = PRESENT &RSM_FaultStat <> FAULTY No action Auto Wipe when raining will not work properly N/A yes Incerment/fail criteria:RSM_ComStat = PRESENT &RSM_FaultStat = FAULTY; Decrement/pass criteria:RSM_ComStat = PRESENT &RSM_FaultStat <> FAULTY J5-46 (LIN_03_Ckt) yes Config Requirement:SlaveExists_RSM_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 26 26 Incerment/fail criteria:RSM_ComStat = PRESENT &RSM_CfgStat = NO_CONFIG Decrement/pass criteria:RSM_ComStat = PRESENT &RSM_CfgStat <> NO_CONFIG No action Auto Wipe when raining will not work properly N/A yes Incerment/fail criteria:RSM_ComStat = PRESENT &RSM_CfgStat = NO_CONFIG; Decrement/pass criteria:RSM_ComStat = PRESENT &RSM_CfgStat <> NO_CONFIG J5-46 (LIN_03_Ckt) yes Config Requirement:SlaveExists_RSM_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:RSM_ComStat = PRESENT &RSM_OpStat = TMP_DISABLED Decrement/pass criteria:RSM_ComStat = PRESENT &RSM_OpStat <> TMP_DISABLED No action Auto Wipe when raining will not work properly N/A yes Incerment/fail criteria:RSM_ComStat = PRESENT &RSM_OpStat = TMP_DISABLED; Decrement/pass criteria:RSM_ComStat = PRESENT &RSM_OpStat <> TMP_DISABLED J5-46 (LIN_03_Ckt) 0x90C6 Exterior Trunk Antenna no yes Incerment/fail criteriaSupplier definedDTC_90C601 = SET_DTC(Low layer is supposed to provide this dataflow for Exterior Trunk Antenna.); Decrement/pass criteriaSupplier defined) TC_90C601 = CLEAR_DTC J7-14, J7-6 0x90C7 Interior Trunk Antenna yes Config RequirementASE_Cfg = ENABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit1 = 1) & (Interior Trunk Antenna is enabled in the PEPS M3 calibration file) VBATT Guard:n/a Ign_5sec:n/a n/a 40 127 64 Increment/fail criteria: (Supplier defined) DTC_90C701 = SET_DTC (Low layer is supposed to provide this dataflow for InteriorTrunk Antenna.) Decrement/pass criteria: (Supplier defined) DTC_90C701 = CLEAR_DTC Antenna disabled, on next peps event attempt to autorecover antenna Passive Entry won't function, user required to use RKE or backup mechanical key. Passive Start will have limitied functionality ie. Function not available in the 2nd/3rd row area, backup pocket will function DTC should be renamed 2nd/3rd Row Antenna yes Incerment/fail criteriaSupplier defined)DTC_90C601 = SET_DTC(Low layer is supposed to provide this dataflow for Exterior Trunk Antenna.); Decrement/pass criteriaSupplier defined)DTC_90C601 = CLEAR_DTC J7-14, J7-6 0x90C8 Interior Centre Antenna yes Config Requirement: PASE_Cfg = ENABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index],bit0 = 1) & (Interior Center Antenna is enabled in the PEPS M3 calibration file) VBATT Guard:n/a Ign_5sec:n/a n/a 40 127 64 Incerment/fail criteria: (Supplier defined) DTC_90C801 = SET_DTC Low layer is supposed to provide this dataflow for Interior Center Antenna.) Decrement/pass criteria: (Supplier defined) DTC_90C801 = CLEAR_DTC Antenna disabled, on next peps event attempt to autorecover antenna Passive Entry won't function, user required to use RKE or backup mechanical key. Passive Start will have serverly limitied functionality ie. Function not available in the cabin space, backup pocket will not operate. yes Incerment/fail criteriaSupplier defined)DTC_90C801 = SET_DTC(Low layer is supposed to provide this dataflow for Interior Center Antenna.); Decrement/pass criteriaSupplier defined)DTC_90C801 = CLEAR_DTC J7-1, J7-9 0x90C9 Interior Front Antenna yes Config Requirement: PASE_Cfg = ENABLE & (DTCSuppression_Cfg[DTC Suppression_Cfg_Index], bit0 = 1) & Interior Front Antenna is enabled in the PEPS M3 calibration file) VBATT Guard:n/a Ign_5sec:n/a n/a 40 127 64 Incerment/fail criteria: (Supplier defined) DTC_90C901 = SET_DTC (Low layer is supposed to provide this dataflow for Interior Front Antenna.) Decrement/pass criteria: (Supplier defined) DTC_90C901 = CLEAR_DTC Antenna disabled, on next peps event attempt to autorecover antenna Passive Entry won't function, user required to use RKE or backup mechanical key. Passive Start will have serverly limitied functionality ie. Function not available in the cabin space, backup pocket will not operate. yes Incerment/fail criteriaSupplier defined)DTC_90C901 = SET_DTC(Low layer is supposed to provide this dataflow for Interior Front Antenna.); Decrement/pass criteriaSupplier defined)DTC_90C901 = CLEAR_DTC J4-49, J4-62 0x90D5 PATS Antenna yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteriaTC_TransceiverBrokenAntenna = SET_DTC Decrement/pass criteriaTC_TransceiverBrokenAntenna = CLEAR_DTC Vehicle start via PATS not possible yes Incerment/fail criteriaTC_TransceiverBrokenAntenna = SET_DTC; Decrement/pass criteriaTC_TransceiverBrokenAntenna = CLEAR_DTC 0x90D7 PATS Key yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteriaTC_KeyProgrammingFailure = SET_DTC Decrement/pass criteriaTC_KeyProgrammingFailure = CLEAR_DTC Vehicle start via PATS not possible no yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteriaTC_UnprogrammedKey = SET_DTC Decrement/pass criteriaTC_UnprogrammedKey = CLEAR_DTC Vehicle start via PATS not possible yes Incerment/fail criteriaTC_UnprogrammedKey = SET_DTC; Decrement/pass criteriaTC_UnprogrammedKey = CLEAR_DTC yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteria:KeySource_Cfg = KEY_CYL | NULL & CEIModeLocked_Cfg = UNLOCKED Decrement/pass criteria:KeySource_Cfg <> (KEY_CYL | NULL) | CEIModeLocked_Cfg = LOCKED Vehicle start via PATS not possible no yes Config RequirementKeySource_Cfg = NULL | KEY_CYL) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteriaTC_PATSKeyComm = SET_DTC Decrement/pass criteriaTC_PATSKeyComm = CLEAR_DTC Vehicle start via PATS not possible yes Incerment/fail criteriaTC_PATSKeyComm = SET_DTC; Decrement/pass criteriaTC_PATSKeyComm = CLEAR_DTC yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteriaTC_PATSKeyPartialResponse = SET_DTC Decrement/pass criteriaTC_PATSKeyPartialResponse = CLEAR_DTC Vehicle start via PATS is unreliable yes Incerment/fail criteriaTC_PATSKeyPartialResponse = SET_DTC; Decrement/pass criteriaTC_PATSKeyPartialResponse = CLEAR_DTC 0x90D8 PATS Key Less Than Minimum Programmed yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteria:NumberKeysProgrammed < MinNumKeysRequired & CEIOperationalMode = READ_KEYS Decrement/pass criteria:NumberKeysProgrammed >=MinNumKeysRequired Vehicle start via PATS not possible yes Incerment/fail criteria:NumberKeysProgrammed < MinNumKeysRequired & CEIOperationalMode = READ_KEYS; Decrement/pass criteria:NumberKeysProgrammed >=MinNumKeysRequired 0x90D9 PATS Transponder yes Config Requirement: (immoTransceiverType_Cfg <> (ATIC164 | NULL)) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit1 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteria: CEIOperationalMode = READ_KEYS & DTC_TransceiverComm = SET_DTC Decrement/pass criteria: CEIOperationalMode <> READ_KEYS | DTC_TransceiverComm = CLEAR_DTC Vehicle start via PATS not possible yes Incerment/fail criteria:CEIOperationalMode = READ_KEYS & DTC_TransceiverComm = SET_DTC; Decrement/pass criteria:CEIOperationalMode <> READ_KEYS | DTC_TransceiverComm = CLEAR_DTC 0x90DA PATS Target Identifier yes Config Requirement: (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteria:Target1IDStored = NO Decrement/pass criteria:Target1IDStored = YES Vehicle start via PATS not possible no 0x90F1 Key In Switch yes Config Requirement:KeySource_Cfg = [KEY_CYL | NULL] & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 33 33 Incerment/fail criteriaIDRead_KeyInIgnition = FAULT Decrement/pass criteriaIDRead_KeyInIgnition <> FAULT No action (Open Circuit for IDH signal) No action N/A yes Incerment/fail criteriaIDRead_KeyInIgnition <> IN; Decrement/pass criteriaIDRead_KeyInIgnition = IN J4-22 (Key_In_Ignition_Ckt) 0x90F3 Left front position light yes Config Requirement:Lincoln_Experience_Cfg <> LINCOLN_EXPERIENCE1 & SlaveExists_FEEL_Cfg <> PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[LF_Position_Lamp_Ckt] = SHORT | FETMode[LF_Position_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[LF_Position_Lamp_Ckt] <> SHORT & FETMode[LF_Position_Lamp_Ckt] <> NO_RETRY & FETGood[LF_Position_Lamp_Ckt] = GOOD "LF_Position_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Left Front Position Light may not activate when requested yes Incerment/fail criteria:FET_Ctrl[LF_Position_Lamp_Ckt] = SHORT | FETMode[LF_Position_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[LF_Position_Lamp_Ckt] <> SHORT & FETMode[LF_Position_Lamp_Ckt] <> NO_RETRY & FETGood[LF_Position_Lamp_Ckt] = GOOD J5-14 yes Config Requirement: LF_Position_Lamp_Ckt_Usage_Cfg <> NOT_USED & Lincoln_Experience_Cfg <> LINCOLN_EXPERIENCE1 & PositionLampOpenDTC_Cfg = USED & SlaveExists_FEEL_Cfg <> PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Left Front Position Light will stay at maximum illumination Open: Left Front Position Light will not illuminate yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-14 0x90F4 Right front position light yes Config Requirement:Lincoln_Experience_Cfg <> LINCOLN_EXPERIENCE1 & SlaveExists_FEEL_Cfg <> PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[RF_Position_Lamp_Ckt] = SHORT | FETMode[RF_Position_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[RF_Position_Lamp_Ckt] <> SHORT & FETMode[RF_Position_Lamp_Ckt] <> NO_RETRY & FETGood[RF_Position_Lamp_Ckt] = GOOD "RF_Position_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Right Front Position Light may not activate when requested yes Incerment/fail criteria:FET_Ctrl[RF_Position_Lamp_Ckt] = SHORT | FETMode[RF_Position_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[RF_Position_Lamp_Ckt] <> SHORT & FETMode[RF_Position_Lamp_Ckt] <> NO_RETRY & FETGood[RF_Position_Lamp_Ckt] = GOOD J5-28 yes Config Requirement:RF_Position_Lamp_Ckt_Usage_Cfg <> NOT_USED & Lincoln_Experience_Cfg <> LINCOLN_EXPERIENCE1 & PositionLampOpenDTC_Cfg= USED & SlaveExists_FEEL_Cfg <> PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Right Front Position Light will stay at maximum illumination Open: Right Front Position Light will not illuminate yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-28 0x910C Rear door driver side power child locking motor no yes Incerment/fail criteria: (DriverSide_Cfg = LEFT & PIDRead_LRChildNotUnlock = UNLOCK) |(DriverSide_Cfg = RIGHT & PIDRead_RRChildNotUnlock = UNLOCK); Decrement/pass criteria: (DriverSide_Cfg = LEFT & PIDRead_LRChildNotUnlock = NOT_UNLOCK) |(DriverSide_Cfg = RIGHT & PIDRead_RRChildNotUnlock = NOT_UNLOCK) J6-47= LR_Child_Lock_FB_Ckt yes Config Requirement:BodyHwareExists(LR_Child_Lock_FB_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & ChildLock_DCUEnable_Cfg = (1 | 2 | 4) & Child_Lock_Cfg = ENABLE & Latch_Type_Cfg = C1A & Child_Flag_Status = CHILD_ON & DriverSide_Cfg = LEFT VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 26 26 Incerment/fail criteriaIDReadLR_Chld_LK_FB = MISMATCH Decrement/pass criteriaIDReadLR_Chld_LK_FB <> MISMATCH n.a. A CAN message will NOT be sent to the cluster to illuminate LED indicator for Child Lock Active. DTC can be TEST at dealer no J6-47= LR_Child_Lock_FB_Ckt 0x910D Rear door passenger side power child locking motor no yes Incerment/fail criteria: (DriverSide_Cfg = RIGHT & PIDRead_LRChildNotUnlock = UNLOCK) |(DriverSide_Cfg = LEFT & PIDRead_RRChildNotUnlock = UNLOCK); Decrement/pass criteria: (DriverSide_Cfg = RIGHT & PIDRead_LRChildNotUnlock = NOT_UNLOCK) |(DriverSide_Cfg = LEFT & PIDRead_RRChildNotUnlock = NOT_UNLOCK) J6-46= RR_Child_Lock_FB_Ckt yes Config Requirement:BodyHwareExists(RR_Child_Lock_FB_Ckt) & ChildLock_DCUEnable_Cfg = (1 | 2 | 4) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Child_Lock_Cfg = ENABLE & Latch_Type_Cfg = C1A & Child_Flag_Status = CHILD_ON & DriverSide_Cfg = LEFT VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 26 26 Incerment/fail criteriaIDReadRR_Chld_LK_FB = MISMATCH Decrement/pass criteriaIDReadRR_Chld_LK_FB <> MISMATCH n.a. A CAN message will NOT be sent to the cluster to illuminate LED indicator for Child Lock Active. DTC can be TEST at dealer no J6-46= RR_Child_Lock_FB_Ckt 0x9115 High Mounted Stop Lamp control yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Stop_lamps_CHMSL_Ckt] = SHORT | FETMode[Stop_lamps_CHMSL_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Stop_lamps_CHMSL_Ckt] <> SHORT & FETMode[Stop_lamps_CHMSL_Ckt] <> NO_RETRY & FETGood[Stop_lamps_CHMSL_Ckt] = GOOD "Stop_Lamps_CHMSL_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." High Mounted Stop Lamp may not activate when requested (Brake input is applied) yes Incerment/fail criteria:FET_Ctrl[Stop_lamps_CHMSL_Ckt] = SHORT | FETMode[Stop_lamps_CHMSL_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Stop_lamps_CHMSL_Ckt] <> SHORT & FETMode[Stop_lamps_CHMSL_Ckt] <> NO_RETRY & FETGood[Stop_lamps_CHMSL_Ckt] = GOOD J6-57 yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: High Mounted Stop Lamp will stay at maximum illumination Open: High Mounted Stop Lamp will not illuminate yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J6-57 0x9131 Wiper motor module yes Config Requirement:SlaveExists_SFWM_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:SFWM_ComStat = PRESENT & SFWM_OpStat = SHORT Decrement/pass criteria:SFWM_ComStat = PRESENT & SFWM_OpStat <> SHORT N/A Dependant on SFWM behaviour (Outside of Scope of BCM). yes Incerment/fail criteria:SFWM_ComStat = PRESENT & SFWM_OpStat = SHORT; Decrement/pass criteria:SFWM_ComStat = PRESENT & SFWM_OpStat <> SHORT N/A communication via LIN yes Config Requirement:SlaveExists_SFWM_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:SFWM_ComStat = PRESENT &SFWM_IpStat = FAULTY Decrement/pass criteria:SFWM_ComStat = PRESENT &SFWM_IpStat <> FAULTY N/A Dependant on SFWM behaviour (Outside of Scope of BCM). yes Incerment/fail criteria:SFWM_ComStat = PRESENT &SFWM_IpStat = FAULTY; Decrement/pass criteria:SFWM_ComStat = PRESENT &SFWM_IpStat <> FAULTY N/A communication via LIN yes Config Requirement:SlaveExists_SFWM_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:SFWM_ComStat = MISSING Decrement/pass criteria:SFWM_ComStat <> MISSING N/A Dependant on SFWM behaviour (Outside of Scope of BCM). yes Incerment/fail criteria:SFWM_ComStat = MISSING; Decrement/pass criteria:SFWM_ComStat <> MISSING N/A communication via LIN yes Config Requirement:SlaveExists_SFWM_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:SFWM_ComStat = PRESENT &SFWM_FaultStat = FAULTY Decrement/pass criteria:SFWM_ComStat = PRESENT &SFWM_FaultStat <> FAULTY N/A Dependant on SFWM behaviour (Outside of Scope of BCM). yes Incerment/fail criteria:SFWM_ComStat = PRESENT &SFWM_FaultStat = FAULTY; Decrement/pass criteria:SFWM_ComStat = PRESENT &SFWM_FaultStat <> FAULTY N/A communication via LIN yes Config Requirement:SlaveExists_SFWM_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 26 26 Incerment/fail criteria:SFWM_ComStat = PRESENT &SFWM_CfgStat = NO_CONFIG Decrement/pass criteria:SFWM_ComStat = PRESENT &SFWM_CfgStat <> NO_CONFIG N/A Dependant on SFWM behaviour (Outside of Scope of BCM). yes Incerment/fail criteria:SFWM_ComStat = PRESENT &SFWM_CfgStat = NO_CONFIG; Decrement/pass criteria:SFWM_ComStat = PRESENT &SFWM_CfgStat <> NO_CONFIG N/A communication via LIN yes Config Requirement:SlaveExists_SFWM_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:SFWM_ComStat = PRESENT &SFWM_OpStat = TMP_DISABLED Decrement/pass criteria:SFWM_ComStat = PRESENT &SFWM_OpStat <> TMP_DISABLED N/A Dependant on SFWM behaviour (Outside of Scope of BCM). yes Incerment/fail criteria:SFWM_ComStat = PRESENT &SFWM_OpStat = TMP_DISABLED; Decrement/pass criteria:SFWM_ComStat = PRESENT &SFWM_OpStat <> TMP_DISABLED N/A communication via LIN 0x9142 Ignition Status 1 no yes Incerment/fail criteria:Ignition_Status<>RUN; Decrement/pass criteria:Ignition_Status=RUN N/A 0x9147 Left Front Fog Lamps yes Config Requirement:ActlHwareExists(LF_Fog_Lamp_Ckt) & LF_Fog_Lamp_Ckt_Usage_Cfg <> (POWER_SUPPLY & TURN) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[LF_Fog_Lamp_Ckt] = SHORT | FETMode[LF_Fog_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[LF_Fog_Lamp_Ckt] <> SHORT & FETMode[LF_Fog_Lamp_Ckt] <> NO_RETRY & FETGood[LF_Fog_Lamp_Ckt] = GOOD "LF_Fog_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Left Front Fog Lamps may not activate when requested yes Incerment/fail criteria:FET_Ctrl[LF_Fog_Lamp_Ckt] = SHORT | FETMode[LF_Fog_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[LF_Fog_Lamp_Ckt] <> SHORT & FETMode[LF_Fog_Lamp_Ckt] <> NO_RETRY & FETGood[LF_Fog_Lamp_Ckt] = GOOD J5-6 yes Config Requirement:BodyHwareExists(LF_Fog_Lamp_Ckt) & LF_Fog_Lamp_Ckt_Usage_Cfg <> (POWER_SUPPLY & NOT_USED & TURN) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Left Front Fog Lamps will stay at maximum illumination Open: Left Front Fog Lamps will not illuminate yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-6 0x9148 Right Front Fog Lamps yes Config Requirement:ActlHwareExists(RF_Fog_Lamp_Ckt) & RF_Fog_Lamp_Ckt_Usage_Cfg <> (POWER_SUPPLY & TURN) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[RF_Fog_Lamp_Ckt] = SHORT | FETMode[RF_Fog_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[RF_Fog_Lamp_Ckt] <> SHORT & FETMode[RF_Fog_Lamp_Ckt] <> NO_RETRY & FETGood[RF_Fog_Lamp_Ckt] = GOOD "RF_Fog_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Right Front Fog Lamps may not activate when requested yes Incerment/fail criteria:FET_Ctrl[RF_Fog_Lamp_Ckt] = SHORT | FETMode[RF_Fog_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[RF_Fog_Lamp_Ckt] <> SHORT & FETMode[RF_Fog_Lamp_Ckt] <> NO_RETRY & FETGood[RF_Fog_Lamp_Ckt] = GOOD J5-7 yes Config Requirement:BodyHwareExists(RF_Fog_Lamp_Ckt) & RF_Fog_Lamp_Ckt_Usage_Cfg <> (POWER_SUPPLY & NOT_USED & TURN) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Right Front Fog Lamps will stay at maximum illumination Open: Right Front Fog Lamps will not illuminate yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-7 0x915E Camera Module yes Config Requirement:SlaveExists_RVC_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:RVC_ComStat = PRESENT & RVC_OpStat = SHORT Decrement/pass criteria:RVC_ComStat = PRESENT & RVC_OpStat <> SHORT No action Rear Camera will not work properly N/A yes Incerment/fail criteria:RVC_ComStat = PRESENT & RVC_OpStat = SHORT; Decrement/pass criteria:RVC_ComStat = PRESENT & RVC_OpStat <> SHORT J6-59 (LIN_06_Ckt) yes Config Requirement:SlaveExists_RVC_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 43 43 Incerment/fail criteria:RVC_ComStat = PRESENT &RVC_IpStat = FAULTY Decrement/pass criteria:RVC_ComStat = PRESENT &RVC_IpStat <> FAULTY No action Rear Camera will not work properly N/A yes Incerment/fail criteria:RVC_ComStat = PRESENT &RVC_IpStat = FAULTY; Decrement/pass criteria:RVC_ComStat = PRESENT &RVC_IpStat <> FAULTY J6-59 (LIN_06_Ckt) yes Config Requirement:SlaveExists_RVC_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 43 43 Incerment/fail criteria:RVC_ComStat = MISSING Decrement/pass criteria:RVC_ComStat <> MISSING No action Rear Camera will not work properly N/A yes Incerment/fail criteria:RVC_ComStat = MISSING; Decrement/pass criteria:RVC_ComStat <> MISSING J6-59 (LIN_06_Ckt) yes Config Requirement:SlaveExists_RVC_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 43 43 Incerment/fail criteria:RVC_ComStat = PRESENT &RVC_FaultStat = FAULTY Decrement/pass criteria:RVC_ComStat = PRESENT &RVC_FaultStat <> FAULTY No action Rear Camera will not work properly N/A yes Incerment/fail criteria:RVC_ComStat = PRESENT &RVC_FaultStat = FAULTY; Decrement/pass criteria:RVC_ComStat = PRESENT &RVC_FaultStat <> FAULTY J6-59 (LIN_06_Ckt) yes Config Requirement:SlaveExists_RVC_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 26 26 Incerment/fail criteria:RVC_ComStat = PRESENT &RVC_CfgStat = NO_CONFIG Decrement/pass criteria:RVC_ComStat = PRESENT &RVC_CfgStat <> NO_CONFIG No action Rear Camera will not work properly N/A yes Incerment/fail criteria:RVC_ComStat = PRESENT &RVC_CfgStat = NO_CONFIG; Decrement/pass criteria:RVC_ComStat = PRESENT &RVC_CfgStat <> NO_CONFIG J6-59 (LIN_06_Ckt) no yes Incerment/fail criteria:RVC_ComStat = PRESENT &RVC_OpStat = TMP_DISABLED; Decrement/pass criteria:RVC_ComStat = PRESENT &RVC_OpStat <> TMP_DISABLED J6-59 (LIN_06_Ckt) 0x9175 Drivers Door Ajar Switch no yes Incerment/fail criteriaF_Door_Ajar_Status = AJAR; Decrement/pass criteriaF_Door_Ajar_Status = CLOSED J6-32= RF_Door_Ajar_Ckt 0x9176 Passenger Door Ajar Switch no yes Incerment/fail criteriaF_Door_Ajar_Status = AJAR; Decrement/pass criteriaF_Door_Ajar_Status = CLOSED J6-29= LF_Door_Ajar_Ckt 0x9178 Boot/Trunk Ajar Switch no yes Incerment/fail criteriaecklid_Ajar_Status = AJAR; Decrement/pass criteriaecklid_Ajar_Status = CLOSED J6-16= Liftgate_Glass_Decklid_Ajar_Ckt 0x9182 Tire Pressure Monitoring System yes Config Requirement:TPMEnable_Cfg = ENABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteriaTC_9182_All_Sensor_Fault = SET Decrement/pass criteriaTC_9182_All_Sensor_Fault = CLEAR BCM shall set Composite_Warning_Status to SYSTEM_FAULT Tire Press Telltale will FLASH for 75s (TPMTellTaleFlashTime_Cfg) and then turn OFF/ON according to TPMTellTaleOp_Cfg N/A no N/A yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteria:Refer to Table 6.6.217- DTCs that shall be set on delivery to Ford VO - with Clearing and Re-Setting Requirements Decrement/pass criteria:Refer to Table 6.6.217- DTCs that shall be set on delivery to Ford VO - with Clearing and Re-Setting Requirements As TPMmanufacMode_Cfg is set to BUILD in this case, no special fault actions. Tire Press Telltale will FLASH for 75s (TPMTellTaleFlashTime_Cfg) and then turn OFF/ON according to TPMTellTaleOp_Cfg N/A no N/A 0x9184 Steering Column Lock Output yes Config Requirement:ActlHwareExists(ESCL_Relay_Ctrl_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[ESCL_Relay_Ctrl_Ckt] = SHORT | FETMode[ESCL_Relay_Ctrl_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[ESCL_Relay_Ctrl_Ckt] <> SHORT & FETMode[ESCL_Relay_Ctrl_Ckt] <> NO_RETRY & FETGood[ESCL_Relay_Ctrl_Ckt] = GOOD "ESCL_Relay_Ctrl_Ckt Output turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set)." Steering Column cannot unlock or lock. no J5-12 no yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-12 no yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-12 yes Config Requirement:BodyHwareExists(ESCL_Relay_Ctrl_Ckt) & SlaveExists_SCL_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 43 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Short CCT to Battery: ESCL is powered continuously, locking or unlocking is possible. Open CCT: Locking or unlocking is not possible yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-12 0x91C0 Driver Side Rear Door Ajar Switch no yes Incerment/fail criteriaR_Door_Ajar_Status = AJAR; Decrement/pass criteriaR_Door_Ajar_Status = CLOSED J6-34= RR_Door_Ajar_Ckt 0x91C1 Passenger Side Rear Door Ajar Switch no yes Incerment/fail criteriaR_Door_Ajar_Status = AJAR; Decrement/pass criteriaR_Door_Ajar_Status = CLOSED J6-33= LR_Door_Ajar_Ckt 0x91D8 Restraint Event Notification yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 10 26 Incerment/fail criteria: (Ignition_Status = RUN & Event_Notification_Signal = INVALID) Decrement/pass criteria:Ignition_Status <> RUN| Event_Notification_Signal <> INVALID N/A Hardwired Event notification Signal (ENS) received from RCM is invalid. Post crash alert will not occur. Service lamp in cluster will be turned ON if fault is persistent. yes Incerment/fail criteriaIgnition_Status = RUN & Event_Notification_Signal = INVALID); Decrement/pass criteria:Ignition_Status <> RUN| Event_Notification_Signal <> INVALID J6-13 0x91D9 Vehicle Battery yes Config Requirement: BMSInCar_Cfg <> NONE & EnableFailedBattDetection_Cfg = TRUE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 128 Incerment/fail criteria:FailedBatteryFlag = TRUE Decrement/pass criteria:FailedBatteryFlag = FALSE Set the battery telltale lamp on the cluster. STOP START feature will not work no n.a yes Config Requirement:BMSInCar_Cfg <> NONE&(DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 8 16 Incerment/fail criteriawSysULoFalt_D_Stat = LOWBATTVOLTAGEDURINGPWSRCON Decrement/pass criteriawSysULoFalt_D_Stat <> LOWBATTVOLTAGEDURINGPWSRCON Set the battery telltale lamp on the cluster. STOP START feature will not work no n.a. yes Config Requirement:BMSInCar_Cfg <> NONE&(DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 4 8 Incerment/fail criteriawSysULoFalt_D_Stat = OVERVOLTAGE Decrement/pass criteriawSysULoFalt_D_Stat <> OVERVOLTAGE Set the battery telltale lamp on the cluster. STOP START feature will not work no n.a. 0x91DA Driver Door Key Cylinder Switch yes Config Requirement(BodyHwareExists(DF_Door_Key_Lock_Ckt ) & PoliceIdle_Enable_Status <> ENABLED) | (BodyHwareExists(DF_Door_Key_Unlock_Ckt) & PoliceRearDoor_Cfg <> POLICE)) & DF_Door_Key_Cfg = ENABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 1 1 Incerment/fail criteriaIDRead_Driver_Door_KeySwitch <> NULL Decrement/pass criteriaIDRead_Driver_Door_KeySwitch = NULL Stuck switch can be detected. The customer can NOT request to disarm or Arm Intrusion & Inclination Alarm. yes Incerment/fail criteriaIDRead_Driver_Door_KeySwitch <> NULL; Decrement/pass criteriaIDRead_Driver_Door_KeySwitch = NULL J6-26= Driver_Door_Key_Lock_Ckt & J6-27= Driver_Door_Key_UNLock_Ckt 0x91DB Battery Monitoring Module "A" yes Config Requirement:SlaveExists_BMS_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:BMS_ComStat = PRESENT &BMS_IpStat = FAULTY Decrement/pass criteria:BMS_ComStat = PRESENT &BMS_IpStat <> FAULTY No action Battery Management System not working properly N/A yes Incerment/fail criteria:BMS_ComStat = PRESENT &BMS_IpStat = FAULTY; Decrement/pass criteria:BMS_ComStat = PRESENT &BMS_IpStat <> FAULTY J5-45 (LIN_04_Ckt, BMS) yes Config Requirement:SlaveExists_BMS_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:BMS_ComStat = MISSING Decrement/pass criteria:BMS_ComStat <> MISSING No action Battery Management System not working properly N/A yes Incerment/fail criteria:BMS_ComStat = MISSING; Decrement/pass criteria:BMS_ComStat <> MISSING J5-45 (LIN_04_Ckt, BMS) yes Config Requirement:BMSInCar_Cfg <> NONE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 255 Incerment/fail criteriaTC_LINSignalMissed_Flag = TRUE Decrement/pass criteriaTC_LINSignalMissed_Flag = FALSE No action Battery Management System not working properly N/A no J5-45 (LIN_04_Ckt, BMS) yes Config Requirement:SlaveExists_BMS_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:BMS_ComStat = PRESENT & BMS_OpStat = SHORT Decrement/pass criteria:BMS_ComStat = PRESENT & BMS_OpStat <> SHORT No action Battery Management System not working properly N/A yes Incerment/fail criteria:BMS_ComStat = PRESENT & BMS_OpStat = SHORT; Decrement/pass criteria:BMS_ComStat = PRESENT & BMS_OpStat <> SHORT J5-45 (LIN_04_Ckt, BMS) yes Config Requirement:SlaveExists_BMS_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:BMS_ComStat = PRESENT &BMS_FaultStat = FAULTY Decrement/pass criteria:BMS_ComStat = PRESENT &BMS_FaultStat <> FAULTY No action Battery Management System not working properly N/A yes Incerment/fail criteria:BMS_ComStat = PRESENT &BMS_FaultStat = FAULTY; Decrement/pass criteria:BMS_ComStat = PRESENT &BMS_FaultStat <> FAULTY J5-45 (LIN_04_Ckt, BMS) yes Config Requirement:SlaveExists_BMS_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 26 26 Incerment/fail criteria:BMS_ComStat = PRESENT &BMS_CfgStat = NO_CONFIG Decrement/pass criteria:BMS_ComStat = PRESENT &BMS_CfgStat <> NO_CONFIG No action Battery Management System not working properly N/A yes Incerment/fail criteria:BMS_ComStat = PRESENT &BMS_CfgStat = NO_CONFIG; Decrement/pass criteria:BMS_ComStat = PRESENT &BMS_CfgStat <> NO_CONFIG J5-45 (LIN_04_Ckt, BMS) yes Config Requirement:SlaveExists_BMS_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:BMS_ComStat = PRESENT &BMS_OpStat = TMP_DISABLED Decrement/pass criteria:BMS_ComStat = PRESENT &BMS_OpStat <> TMP_DISABLED No action Battery Management System not working properly N/A yes Incerment/fail criteria:BMS_ComStat = PRESENT &BMS_OpStat = TMP_DISABLED; Decrement/pass criteria:BMS_ComStat = PRESENT &BMS_OpStat <> TMP_DISABLED J5-45 (LIN_04_Ckt, BMS) 0x91DC Rear Wiper Mode Switch no yes Incerment/fail criteria:RR_Wiper_DbncV = ACTIVE; Decrement/pass criteria:RR_Wiper_DbncV = INACTIVE J4_45 = RR_Wiper_Ckt. 0x9218 Transmitter Identification Code yes Config Requirement: ((IntegratedKey_Cfg = ENABLE & KeySource_Cfg = (NULL | KEY_CYL) & BodyHwareExists(LIN_01_Ckt)) | (KeySource_Cfg = PASSIVE)) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 1 Incerment/fail criteriaTC_IKTInvalidTIC = SET_DTC Decrement/pass criteriaTC_IKTInvalidTIC = CLEAR_DTC N/A Transponder verification failed, unable to start vehicle no N/A 0x9219 Interior Boot/Trunk Release Switch no yes Incerment/fail criteriaIP_Release_Switch_Dbnc = ACTIVE & IntDecklidSwitchType_Cfg = HARDWIRED) | (IntDecklidSwitchType_Cfg = LIN & PIDRead_Int_Decklid_Rqst_LIN = ACTIVE); Decrement/pass criteriaIP_Release_Switch_Dbnc = INACTIVE & IntDecklidSwitchType_Cfg = HARDWIRED) | (IntDecklidSwitchType_Cfg = LIN & PIDRead_Int_Decklid_Rqst_LIN = INACTIVE) J4-25= IP_Release_Switch_Ckt 0x921A Keypad Illumination Output yes Config Requirement: ActlHwareExists(Keypad_Illumination_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Keypad_Illumination_Ckt] = SHORT | FETMode[Keypad_Illumination_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Keypad_Illumination_Ckt] <> SHORT & FETMode[Keypad_Illumination_Ckt] <> NO_RETRY & FETGood[Keypad_Illumination_Ckt] = GOOD - Output turned OFF. - If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. - If 3/3maximum activations limit reached,output permanently disabled andmodule needs replacing (DTC F000 will set). Keypad Illumination is OFF N/A yes Incerment/fail criteria:FET_Ctrl[Keypad_Illumination_Ckt] = SHORT | FETMode[Keypad_Illumination_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Keypad_Illumination_Ckt] <> SHORT & FETMode[Keypad_Illumination_Ckt] <> NO_RETRY & FETGood[Keypad_Illumination_Ckt] = GOOD J6-15 (Keypad_Illumination_Ckt) yes Config Requirement:KeyPad_Enable_Cfg = ENABLE & BodyHwareExists(Keypad_Illumination_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Keypad illumination stays at maximum Open: Keypad does not illuminate N/A yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J6-15 (Keypad_Illumination_Ckt) 0x921B Keypad Input Switch yes Config RequirementBodyHwareExists(Keypad_Switch_A_Ckt) |BodyHwareExists(Keypad_Switch_B_Ckt) |BodyHwareExists(Keypad_Switch_C_Ckt)) & KeyPad_Enable_Cfg = ENABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 1 1 Incerment/fail criteria:Keypad_Input_Status <> NULL Decrement/pass criteria:Keypad_Input_Status = NULL No action Keypad Illumination is ON for more than 5s (BtnPress_Time_IllumClr_Cfg) without a button press N/A yes Incerment/fail criteria:Keypad_Input_Status <> NULL; Decrement/pass criteria:Keypad_Input_Status = NULL J6-35 (Keypad_switch_A_Ckt) J6-39 (Keypad_switch_B_Ckt) J6-38 (Keypad_switch_C_Ckt) 0x923A Left Front Turn Indicator yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[LF_Turn_Lamp_Ckt] = SHORT | FETMode[LF_Turn_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[LF_Turn_Lamp_Ckt] <> SHORT& FETMode[LF_Turn_Lamp_Ckt] <> NO_RETRY& FETGood[LF_Turn_Lamp_Ckt] = GOOD "LF_Turn_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Left Front Turn Indicator may not activate when turn signal left is requested yes Incerment/fail criteria:FET_Ctrl[LF_Turn_Lamp_Ckt] = SHORT | FETMode[LF_Turn_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[LF_Turn_Lamp_Ckt] <> SHORT & FETMode[LF_Turn_Lamp_Ckt] <> NO_RETRY & FETGood[LF_Turn_Lamp_Ckt] = GOOD J5-3 yes Config Requirement: Front_Bulb_Turn_Outage_Cfg = OUTAGE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable No Action Short: Left Front Turn Indicator will stay at maximum illumination Open: Left Front Turn Indicator will not illuminate yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-3 0x923B Right Front Turn Indicator yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[RF_Turn_Lamp_Ckt] = SHORT | FETMode[RF_Turn_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[RF_Turn_Lamp_Ckt] <> SHORT& FETMode[RF_Turn_Lamp_Ckt] <> NO_RETRY& FETGood[RF_Turn_Lamp_Ckt] = GOOD "RF_Turn_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Right Front Turn Indicator may not activate when turn signal right is requested yes Incerment/fail criteria:FET_Ctrl[RF_Turn_Lamp_Ckt] = SHORT | FETMode[RF_Turn_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[RF_Turn_Lamp_Ckt] <> SHORT& FETMode[RF_Turn_Lamp_Ckt] <> NO_RETRY& FETGood[RF_Turn_Lamp_Ckt] = GOOD J5-2 yes Config Requirement: Front_Bulb_Turn_Outage_Cfg = OUTAGE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Right Front Turn Indicator will stay at maximum illumination Open: Right Front Turn Indicator will not illuminate yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-2 0x9240 Start Button Mode Indicator yes Config Requirement:ActlHwareExists(Start_Button_LED_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Start_Button_LED_Ckt] = SHORT | FETMode[Start_Button_LED_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Start_Button_LED_Ckt] <> SHORT & FETMode[Start_Button_LED_Ckt] <> NO_RETRY & FETGood[Start_Button_LED_Ckt] = GOOD Start_Button_LED_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Start button does not illuminate yes Incerment/fail criteria:FET_Ctrl[Start_Button_LED_Ckt] = SHORT | FETMode[Start_Button_LED_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Start_Button_LED_Ckt] <> SHORT & FETMode[Start_Button_LED_Ckt] <> NO_RETRY & FETGood[Start_Button_LED_Ckt] = GOOD J4-20 yes Config Requirement:BodyHwareExists(Start_Button_LED_Ckt) & (KeySource_Cfg = PASSIVE | KeySource_Cfg = PUSHBUTTON) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Start button illumination stays at maximum illumination Open: Start button does not illuminate yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J4-20 0x9247 Left Rear Turn Indicator yes Config Requirement:ActlHwareExists(LR_Turn_Lamp_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[LR_Turn_Lamp_Ckt] = SHORT | FETMode[LR_Turn_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[LR_Turn_Lamp_Ckt] <> SHORT & FETMode[LR_Turn_Lamp_Ckt] <> NO_RETRY & FETGood[LR_Turn_Lamp_Ckt] = GOOD "LR_Turn_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Left Rear Turn Indicator may not activate when turn signal left is requested yes Incerment/fail criteria:FET_Ctrl[LR_Turn_Lamp_Ckt] = SHORT | FETMode[LR_Turn_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[LR_Turn_Lamp_Ckt] <> SHORT & FETMode[LR_Turn_Lamp_Ckt] <> NO_RETRY & FETGood[LR_Turn_Lamp_Ckt] = GOOD J6-6 yes Config Requirement:BodyHwareExists(LR_Turn_Lamp_Ckt) & LR_Turn_Lamp_Ckt_Usage_Cfg <> NOT_USED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Left Rear Turn Indicator will stay at maximum illumination Open: Left Rear Turn Indicator will not illuminate yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J6-6 0x9248 Right Rear Turn Indicator yes Config Requirement:ActlHwareExists(RR_Turn_Lamp_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[RR_Turn_Lamp_Ckt] = SHORT | FETMode[RR_Turn_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[RR_Turn_Lamp_Ckt] <> SHORT & FETMode[RR_Turn_Lamp_Ckt] <> NO_RETRY & FETGood[RR_Turn_Lamp_Ckt] = GOOD "RR_Turn_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Right Rear Turn Indicator may not activate when turn signal right is requested yes Incerment/fail criteria:FET_Ctrl[RR_Turn_Lamp_Ckt] = SHORT | FETMode[RR_Turn_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[RR_Turn_Lamp_Ckt] <> SHORT & FETMode[RR_Turn_Lamp_Ckt] <> NO_RETRY & FETGood[RR_Turn_Lamp_Ckt] = GOOD J6-65 yes Config Requirement:BodyHwareExists(RR_Turn_Lamp_Ckt) & RR_Turn_Lamp_Ckt_Usage_Cfg <> NOT_USED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Right Rear Turn Indicator will stay at maximum illumination Open: Right Rear Turn Indicator will not illuminate yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J6-65 0x924A Right Daytime Running Light yes Config Requirement:ActlHwareExists(RF_DRL_Lamp_Ckt) & Lincoln_Experience_Cfg <> LINCOLN_EXPERIENCE1 & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[RF_DRL_Lamp_Ckt] = SHORT | FETMode[RF_DRL_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[RF_DRL_Lamp_Ckt] <> SHORT & FETMode[RF_DRL_Lamp_Ckt] <> NO_RETRY & FETGood[RF_DRL_Lamp_Ckt] = GOOD "RF_DRL_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Right Daytime Running Lamp may not turn ON when requested yes Incerment/fail criteria:FET_Ctrl[RF_DRL_Lamp_Ckt] = SHORT | FETMode[RF_DRL_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[RF_DRL_Lamp_Ckt] <> SHORT & FETMode[RF_DRL_Lamp_Ckt] <> NO_RETRY & FETGood[RF_DRL_Lamp_Ckt] = GOOD J5-9 yes Config Requirement:BodyHwareExists(RF_DRL_Lamp_Ckt) & RF_DRL_Lamp_Ckt_Usage_Cfg <> (POSITION_ONLY & NOT_USED)& Lincoln_Experience_Cfg <> LINCOLN_EXPERIENCE1 & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Right Daytime Running Lamp will stay at maximum illumination Open: Right Daytime Running Lamp will not illuminate yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-9 0x924B Left Daytime Running Light yes Config Requirement:ActlHwareExists(LF_DRL_Lamp_Ckt) & Lincoln_Experience_Cfg <> LINCOLN_EXPERIENCE1 & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[LF_DRL_Lamp_Ckt] = SHORT | FETMode[LF_DRL_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[LF_DRL_Lamp_Ckt] <> SHORT & FETMode[LF_DRL_Lamp_Ckt] <> NO_RETRY & FETGood[LF_DRL_Lamp_Ckt] = GOOD "LF_DRL_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Left Daytime Running Lamp may not turn ON when requested yes Incerment/fail criteria:FET_Ctrl[LF_DRL_Lamp_Ckt] = SHORT | FETMode[LF_DRL_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[LF_DRL_Lamp_Ckt] <> SHORT & FETMode[LF_DRL_Lamp_Ckt] <> NO_RETRY & FETGood[LF_DRL_Lamp_Ckt] = GOOD J5-8 yes Config Requirement:BodyHwareExists(LF_DRL_Lamp_Ckt) & LF_DRL_Lamp_Ckt_Usage_Cfg <> (POSITION_ONLY & NOT_USED) & Lincoln_Experience_Cfg <> LINCOLN_EXPERIENCE1 & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Left Daytime Running Lamp will stay at maximum illumination Open: Left Daytime Running Lamp will not illuminate yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-8 0x924D Tire Pressure Sensor yes Config Requirement:TPMEnable_Cfg = ENABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteriaTC_924D_02_Rolling_Sensor_Fault = SET Decrement/pass criteriaTC_924D_02_Rolling_Sensor_Fault = CLEAR BCM shall set Composite_Warning_Status to SENSOR_FAULT Tire Press Telltale will FLASH for 75s (TPMTellTaleFlashTime_Cfg) and then turn OFF/ON according to TPMTellTaleOp_Cfg N/A no N/A yes Config Requirement:TPMEnable_Cfg = ENABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteriaTC_924D_4A_TP_Sensor_Incorrect_Supplier = SET Decrement/pass criteriaTC_924D_4A_TP_Sensor_Incorrect_Supplier = CLEAR In Process Frame, BCM shall set Supplier_Ok to FALSE N/A N/A no N/A 0x9250 Tire Pressure Monitoring System (TPMS) Sensor Pressure Range yes Config Requirement:TPMEnable_Cfg = ENABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteriaTC_9250_Pressure_Range= SET Decrement/pass criteriaTC_9250_Pressure_Range= CLEAR In Process Frame, BCM shall set Sensor_Range_Ok to FALSE N/A N/A no N/A 0x9251 Tire Pressure Sensor Low Battery yes Config Requirement:TPMEnable_Cfg = ENABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteriaTC_9251_Sensor_Low_Batt = SET Decrement/pass criteriaTC_9251_Sensor_Low_Batt = CLEAR In Process Frame, BCM shall set Battery_Ok to FALSE N/A N/A no N/A 0x9254 Right Rear (Outside on Duel Wheel) Tire Pressure Sensor and Transmitter Assembly yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteria:Refer to Table 6.6.217- DTCs that shall be set on delivery to Ford VO - with Clearing and Re-Setting Requirements Decrement/pass criteria:Refer to Table 6.6.217- DTCs that shall be set on delivery to Ford VO - with Clearing and Re-Setting Requirements As TPMmanufacMode_Cfg is set to BUILD in this case, no special fault actions. Tire Press Telltale will FLASH for 75s (TPMTellTaleFlashTime_Cfg) and then turn OFF/ON according to TPMTellTaleOp_Cfg N/A no N/A 0x9255 Left Rear (Outside On Duel Wheel) Tire Pressure Sensor and Transmitter Assembly yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteria:Refer to Table 6.6.217- DTCs that shall be set on delivery to Ford VO - with Clearing and Re-Setting Requirements Decrement/pass criteria:Refer to Table 6.6.217- DTCs that shall be set on delivery to Ford VO - with Clearing and Re-Setting Requirements As TPMmanufacMode_Cfg is set to BUILD in this case, no special fault actions. Tire Press Telltale will FLASH for 75s (TPMTellTaleFlashTime_Cfg) and then turn OFF/ON according to TPMTellTaleOp_Cfg N/A no N/A 0x9256 Inner Right Rear (IRR) (Only On Dual Wheel) Tire Pressure Sensor and Transmitter Assembly yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteria:Refer to Table 6.6.217- DTCs that shall be set on delivery to Ford VO - with Clearing and Re-Setting Requirements Decrement/pass criteria:Refer to Table 6.6.217- DTCs that shall be set on delivery to Ford VO - with Clearing and Re-Setting Requirements As TPMmanufacMode_Cfg is set to BUILD in this case, no special fault actions. Tire Press Telltale will FLASH for 75s (TPMTellTaleFlashTime_Cfg) and then turn OFF/ON according to TPMTellTaleOp_Cfg N/A no N/A 0x9257 Inner Left Rear (ILR) (Only On Duel Wheel) Tire Pressure Sensor and Transmitter Assembly yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteria:Refer to Table 6.6.217- DTCs that shall be set on delivery to Ford VO - with Clearing and Re-Setting Requirements Decrement/pass criteria:Refer to Table 6.6.217- DTCs that shall be set on delivery to Ford VO - with Clearing and Re-Setting Requirements As TPMmanufacMode_Cfg is set to BUILD in this case, no special fault actions. Tire Press Telltale will FLASH for 75s (TPMTellTaleFlashTime_Cfg) and then turn OFF/ON according to TPMTellTaleOp_Cfg N/A no N/A 0x9265 Left Rear Turn Lamp Feedback yes Config Requirement:Rear_LED_Turn_Outage_Cfg = OUTAGE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 20 40 Incerment/fail criteria:OutageLED_Left_Rear = OUTAGE&Turn_Signal_Light_Command = LEFT | LEFT_FAST Decrement/pass criteria:OutageLED_Left_Rear = NULL&Turn_Signal_Light_Command = LEFT | LEFT_FAST N/A Left Turn Lamp function is requested and DTC may be shown on cluster. no J6-44 0x9266 Right Rear Turn Lamp Feedback yes Config Requirement:Rear_LED_Turn_Outage_Cfg = OUTAGE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 20 40 Incerment/fail criteria:OutageLED_Right_Rear = OUTAGE&Turn_Signal_Light_Command = RIGHT | RIGHT_FAST Decrement/pass criteria:OutageLED_Right_Rear = NULL&Turn_Signal_Light_Command = RIGHT | RIGHT_FAST N/A Right Turn Lamp function is requested and DTC may be shown on cluster. no J6-45 0x926A Drivers Door Interior Lock Switch yes Config Requirement: Latch_Type_Cfg<> ELATCH & (BodyHwareExists(Door_Lock_Ckt) | BodyHwareExists(Door_Unlock_Ckt))& PowerLock_Enable_Cfg = ENABLE & TrimSwitchType_Cfg = MOMENTARY & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit1 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 33 33 Incerment/fail criteria: PIDRead_Trim_Panel_Lock_Status = FAULT Decrement/pass criteria: PIDRead_Trim_Panel_Lock_Status <> FAULT S/C to ground = Disable LOCK/UNLOCK switch.Not activate Trim panel LED When switch pressed the DOOR lock will not change state from LOCK to UNLOCK (vice -versa) yes Incerment/fail criteriaIDRead_Trim_Panel_Lock_Status <>NULL; Decrement/pass criteriaIDRead_Trim_Panel_Lock_Status = NULL J6-25= Door_Lock_Switch_Ckt J6-20= Door_Unlock_Switch_Ckt 0x926C Decklid/Boot/Trunk Key Cylinder Switch no yes Incerment/fail criteriaecklid_Key_Status <> NULL; Decrement/pass criteriaecklid_Key_Status = NULL J6-42= Decklid_Key_Unlock_Ckt 0x9277 Reverse Lamp yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Reverse_Lamp_Ckt] = SHORT | FETMode[Reverse_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Reverse_Lamp_Ckt] <> SHORT & FETMode[Reverse_Lamp_Ckt] <> NO_RETRY & FETGood[Reverse_Lamp_Ckt] = GOOD "Reverse_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Reverse Lamp may not turn ON when requested yes Incerment/fail criteria:FET_Ctrl[Reverse_Lamp_Ckt] = SHORT | FETMode[Reverse_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Reverse_Lamp_Ckt] <> SHORT & FETMode[Reverse_Lamp_Ckt] <> NO_RETRY & FETGood[Reverse_Lamp_Ckt] = GOOD J6-66 yes Config Requirement:ReverseLampOpenDTC_Cfg= USED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Reverse Lamp will stay at maximum illumination Open: Reverse Lamp will not illuminate yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J6-66 0x92C2 Puddle Lamp yes Config Requirement:ActlHwareExists(Puddle_Lamp_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Puddle_Lamp_Ckt_Cfg = PUDDLE VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Puddle_Lamp_Ckt] = SHORT | FETMode[Puddle_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Puddle_Lamp_Ckt] <> SHORT & FETMode[Puddle_Lamp_Ckt] <> NO_RETRY & FETGood[Puddle_Lamp_Ckt] = GOOD Puddle_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Puddle lamps do not illuminate yes Incerment/fail criteria:FET_Ctrl[Puddle_Lamp_Ckt] = SHORT | FETMode[Puddle_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Puddle_Lamp_Ckt] <> SHORT & FETMode[Puddle_Lamp_Ckt] <> NO_RETRY & FETGood[Puddle_Lamp_Ckt] = GOOD J6-7 yes Config Requirement:BodyHwareExists(Puddle_Lamp_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Puddle_Lamp_Ckt_Cfg = PUDDLE VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Puddle lamp illumination stays at maximum illumination Open: Puddle lamps unable to illuminate yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J6-7 0x92F4 Vehicle Speed Output yes Config Requirement:ActlHwareExists(Discrete_VSPD_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Discrete_VSPD_Ckt] = SHORT | FETMode[Discrete_VSPD_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Discrete_VSPD_Ckt] <> SHORT & FETMode[Discrete_VSPD_Ckt] <> NO_RETRY & FETGood[Discrete_VSPD_Ckt] = GOOD n.a. Power Sunroof OR taxi meter not working corrcetly yes Incerment/fail criteria:FET_Ctrl[Discrete_VSPD_Ckt] = SHORT | FETMode[Discrete_VSPD_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Discrete_VSPD_Ckt] <> SHORT & FETMode[Discrete_VSPD_Ckt] <> NO_RETRY & FETGood[Discrete_VSPD_Ckt] = GOOD J6-60= Discrete_VSPD_Ckt yes Config Requirement:BodyHwareExists(Discrete_VSPD_Ckt) & DiscreteVSPDCkt_Cfg = USED &(DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE Note: This DTC needs to stay suppressed until Gen2M.The DTC cannot ever be set due to conflicts between the HW and SW requirements. The HW design means that the output can never be open circuit and therefore the open circuit fault cannot be detected. 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable n.a. Power Sunroof OR taxi meter not working corrcetly yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J6-60= Discrete_VSPD_Ckt 0x9305 Hood Switch no yes Incerment/fail criteria:Hood_Ajar_Status = AJAR; Decrement/pass criteria:Hood_Ajar_Status = CLOSED J5-26 = Hood_Ajar_Ckt yes Config Requirement: BodyHwareExists(Hood_Ajar_Ckt) & DiagnosableHoodSwitch_Cfg = DIAGNOSABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard: VBattState[VR_Diagnostics] = NORM_V Ign_5sec: STABLE 1000 40 33 13 Increment/fail criteria: Hood_Ajar_DbncV = FAULT Decrement/pass criteria: Hood_Ajar_DbncV <> FAULT n.a. yes Incerment/fail criteria:Hood_Ajar_Status = AJAR; Decrement/pass criteria:Hood_Ajar_Status = CLOSED J5-26 = Hood_Ajar_Ckt 0x9306 Liftgate Ajar Switch no yes Incerment/fail criteria:LG_Ajar_Status = AJAR; Decrement/pass criteria:LG_Ajar_Status = CLOSED J6-16= Liftgate_Glass_Decklid_Ajar_Ckt 0x930C Load Shed Control yes Config Requirement:ActlHwareExists(Load_Shed_Relay_Ctrl_Ckt) & SnowPlowMode_Cfg = DISABLED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Load_Shed_Relay_Ctrl_Ckt] = SHORT | FETMode[Load_Shed_Relay_Ctrl_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Load_Shed_Relay_Ctrl_Ckt] <> SHORT & FETMode[Load_Shed_Relay_Ctrl_Ckt] <> NO_RETRY & FETGood[Load_Shed_Relay_Ctrl_Ckt] = GOOD Load Shed Relay drive Output (Load_Shed_Relay_Ctrl_Ckt) turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Load Shed Relay does not energise. Load Shed power not available. yes Incerment/fail criteria:FET_Ctrl[Load_Shed_Relay_Ctrl_Ckt] = SHORT | FETMode[Load_Shed_Relay_Ctrl_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Load_Shed_Relay_Ctrl_Ckt] <> SHORT & FETMode[Load_Shed_Relay_Ctrl_Ckt] <> NO_RETRY & FETGood[Load_Shed_Relay_Ctrl_Ckt] = GOOD J5_17 = Load_Shed_Relay_Ctrl_Ckt. yes Config Requirement:BodyHwareExists(Load_Shed_Relay_Ctrl_Ckt) & SnowPlowMode_Cfg = DISABLED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Load Shed Relay drive Output (Load_Shed_Relay_Ctrl_Ckt) normal. Open CCT: Load Shed Relay does not energise. Load Shed power not available. Short CCT to GND: Load Shed Relay energised. Load Shed power can not be turned off. no J5_17 = Load_Shed_Relay_Ctrl_Ckt. 0x930F Run Accessory Control yes Config Requirement: ActlHwareExists(Run_ACC_Relay_Ctrl_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria: FET_Ctrl[Run_ACC_Relay_Ctrl_Ckt] = SHORT | FETMode[Run_ACC_Relay_Ctrl_Ckt]= NO_RETRY Decrement/pass criteria:FET_Ctrl[Run_ACC_Relay_Ctrl_Ckt]<> SHORT & FETMode[Run_ACC_Relay_Ctrl_Ckt]<> NO_RETRY & FETGood[Run_ACC_Relay_Ctrl_Ckt]= GOOD Run ACC Relay drive Output (ACC_Relay_Ctrl_Ckt) turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Run ACC Relay does not energise. Run ACC power not available. yes Incerment/fail criteria:FET_Ctrl[Run_ACC_Relay_Ctrl_Ckt] = SHORT | FETMode[Run_ACC_Relay_Ctrl_Ckt]= NO_RETRY; Decrement/pass criteria:FET_Ctrl[Run_ACC_Relay_Ctrl_Ckt]<> SHORT & FETMode[Run_ACC_Relay_Ctrl_Ckt]<> NO_RETRY & FETGood[Run_ACC_Relay_Ctrl_Ckt]= GOOD J5_20 = ACC_Relay_Ctrl_Ckt. yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Run ACC Relay drive Output (ACC_Relay_Ctrl_Ckt) normal. Open CCT: Run ACC Relay does not energise. Run ACC power not available. Short CCT to GND: Run ACC Relay energised. Run ACC power can not be turned off. no J5_20 = ACC_Relay_Ctrl_Ckt. 0x9310 Run/Start Control yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Run_Start_Relay_External_Ctrl_Ckt] = SHORT | FETMode[Run_Start_Relay_External_Ctrl_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Run_Start_Relay_External_Ctrl_Ckt] <> SHORT & FETMode[Run_Start_Relay_External_Ctrl_Ckt] <> NO_RETRY & FETGood[Run_Start_Relay_External_Ctrl_Ckt] = GOOD Run Start Relay drive Output (Run_Start_Relay_External_Ctrl_Ckt) turned OFF. Run Start Relay does not energise. Run Start power not available. yes Incerment/fail criteria:FET_Ctrl[Run_Start_Relay_External_Ctrl_Ckt] = SHORT | FETMode[Run_Start_Relay_External_Ctrl_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Run_Start_Relay_External_Ctrl_Ckt] <> SHORT & FETMode[Run_Start_Relay_External_Ctrl_Ckt] <> NO_RETRY & FETGood[Run_Start_Relay_External_Ctrl_Ckt] = GOOD J5_36 = Run_Start_Relay_External_Ctrl_Ckt. yes Config Requirement:RunStartRelay_External_Ckt_Cfg = USED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable(Run_Start_Relay_External_Ctrl_Ckt) Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable(Run_Start_Relay_External_Ctrl_Ckt) Run Start Relay drive Output (Run_Start_Relay_External_Ctrl_Ckt) normal. Open CCT: Run Start Relay does not energise. Run Start power not available. Short CCT to GND: Run Start Relay energised. Run Start power can not be turned off. no J5_36 = Run_Start_Relay_External_Ctrl_Ckt. 0x9313 Interior Lighting Output yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Interior_Lighting_Ckt_Cfg = (LE_COURTESY | NONLE_COURTESY) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Interior_Lighting_Ckt] = SHORT | FETMode[Interior_Lighting_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Interior_Lighting_Ckt] <> SHORT & FETMode[Interior_Lighting_Ckt] <> NO_RETRY & FETGood[Interior_Lighting_Ckt] = GOOD Interior_lighting_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Courtesy lamps do not illuminate yes Incerment/fail criteria:FET_Ctrl[Interior_Lighting_Ckt] = SHORT | FETMode[Interior_Lighting_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Interior_Lighting_Ckt] <> SHORT & FETMode[Interior_Lighting_Ckt] <> NO_RETRY & FETGood[Interior_Lighting_Ckt] = GOOD J6-17 yes Config Requirement:CourtesyLighting_Cfg <> LED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Interior_Lighting_Ckt_Cfg = (LE_COURTESY | NONLE_COURTESY) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Courtesy lamps illumination stays at maximum illumination Open: Courtesy lamps do not illuminate yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J6-17 0x9314 White Lighting (Reflective Controls) Illumination Output yes Config Requirement:ActlHwareExists(White_Lighting_Ckt & Bed_Lamp_Cfg = DISABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) ) & Lincoln_Experience_Cfg = NULL VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[White_Lighting_Ckt] = SHORT | FETMode[White_Lighting_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[White_Lighting_Ckt] <> SHORT & FETMode[White_Lighting_Ckt] <> NO_RETRY & FETGood[White_Lighting_Ckt] = GOOD White_Lighting_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Backlighting for controls on reflective surfaces do not illuminate yes Incerment/fail criteria:FET_Ctrl[White_Lighting_Ckt] = SHORT | FETMode[White_Lighting_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[White_Lighting_Ckt] <> SHORT & FETMode[White_Lighting_Ckt] <> NO_RETRY & FETGood[White_Lighting_Ckt] = GOOD J4-23 yes Config Requirement:BodyHwareExists(White_Lighting_Ckt) & WhiteLightCkt_Cfg = USED & Bed_Lamp_Cfg = DISABLE &WhiteLightOpenDTC_Cfg = USED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) ) & Lincoln_Experience_Cfg = NULL VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Backlighting for controls on reflective surfaces always illuminate at maximum Open: Backlighting for controls on reflective surfaces do not illuminate yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J4-23 0x9315 Backlighting (Non Reflective Controls) Illumination Output yes Config Requirement:ActlHwareExists(Backlighting_LED_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Backlighting_LED_Ckt] = SHORT | FETMode[Backlighting_LED_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Backlighting_LED_Ckt] <> SHORT & FETMode[Backlighting_LED_Ckt] <> NO_RETRY & FETGood[Backlighting_LED_Ckt] = GOOD Backlighting_LED_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Normal backlighting does not illuminate yes Incerment/fail criteria:FET_Ctrl[Backlighting_LED_Ckt] = SHORT | FETMode[Backlighting_LED_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Backlighting_LED_Ckt] <> SHORT & FETMode[Backlighting_LED_Ckt] <> NO_RETRY & FETGood[Backlighting_LED_Ckt] = GOOD J4-14 yes Config Requirement:BacklightingLEDCkt_Cfg = USED & BodyHwareExists(Backlighting_LED_Ckt) & BacklightDimOpenDTC_Cfg = USED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Normal backlighting illumination stays at maximum illumination Open: Normal backlighting does not illuminate yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J4-14 0x9317 Third Row Power Fold Seat Output yes Config Requirement:ActlHwareExists(Rear_Folding_Seat_Ckt) & ((RearFold_Cfg = ENABLE | DBRInCar_Cfg = TRUE) & SpotLight_Cfg <> ENABLE )& (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Rear_Folding_Seat_Ckt] = SHORT | FETMode[Rear_Folding_Seat_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Rear_Folding_Seat_Ckt] <> SHORT & FETMode[Rear_Folding_Seat_Ckt] <> NO_RETRY & FETGood[Rear_Folding_Seat_Ckt] = GOOD Power Seat Right 3rd row Relay drive Output (Rear_Folding_Seat_Ckt) turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Power Seat Right 3rd row or Power Seat Left 3rd row does not energise. Power Seat 3rd row power not available. yes Incerment/fail criteria:FET_Ctrl[Rear_Folding_Seat_Ckt] = SHORT | FETMode[Rear_Folding_Seat_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Rear_Folding_Seat_Ckt] <> SHORT & FETMode[Rear_Folding_Seat_Ckt] <> NO_RETRY & FETGood[Rear_Folding_Seat_Ckt] = GOOD J6_18 = Rear_Folding_Seat_Ckt. 0x9319 Shift Interlock (BSI) Output Circuit yes Config Requirement:ActlHwareExists(Brake_Shift_Interlock_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Brake_Shift_Interlock_Ckt] = SHORT | FETMode[Brake_Shift_Interlock_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Brake_Shift_Interlock_Ckt] <> SHORT & FETMode[Brake_Shift_Interlock_Ckt] <> NO_RETRY & FETGood[Brake_Shift_Interlock_Ckt] = GOOD "Brake_Shift_Interlock_Ckt Output turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set)." Brake Transmission Interlock cannot be deactivated. Transmission cannot be shifted from PARK position. yes Incerment/fail criteria:FET_Ctrl[Brake_Shift_Interlock_Ckt] = SHORT | FETMode[Brake_Shift_Interlock_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Brake_Shift_Interlock_Ckt] <> SHORT & FETMode[Brake_Shift_Interlock_Ckt] <> NO_RETRY & FETGood[Brake_Shift_Interlock_Ckt] = GOOD J6-19 / J4-18 yes Config Requirement:BodyHwareExists(Brake_Shift_Interlock_Ckt) & DRL_Trans_Cfg = AUTO & BSI_OpenDTC_Cfg = USED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Short CCT to Battery: Brake Shift Interlock is powered continuously, transmission can be moved from PARK position regardless of Ignition status. Open CCT: Transmission cannot be shifted from PARK position. yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J6-19 / J4-18 0x9323 Horn Switch yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 2000 40 1 1 Incerment/fail criteriaiagReadVeh_Horn_Sw_Status = STUCK Decrement/pass criteriaiagReadVeh_Horn_Sw_Status <> STUCK N/A Horn is activated when not requested for a period greater 60s. no J4-26 0x9326 External Door Handle LED yes Config Requirement:ActlHwareExists(Puddle_Lamp_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Puddle_Lamp_Ckt_Cfg = DOOR VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Puddle_Lamp_Ckt] = SHORT | FETMode[Puddle_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Puddle_Lamp_Ckt] <> SHORT & FETMode[Puddle_Lamp_Ckt] <> NO_RETRY & FETGood[Puddle_Lamp_Ckt] = GOOD Puddle_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Exterior door LEDs do not illuminate yes Incerment/fail criteria:FET_Ctrl[Puddle_Lamp_Ckt] = SHORT | FETMode[Puddle_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Puddle_Lamp_Ckt] <> SHORT & FETMode[Puddle_Lamp_Ckt] <> NO_RETRY & FETGood[Puddle_Lamp_Ckt] = GOOD J6-7 yes Config Requirement:BodyHwareExists(Puddle_Lamp_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Puddle_Lamp_Ckt_Cfg = DOOR VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Exterior door LED illumination stays at maximum illumination Open: Exterior door LEDs do not illuminate yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J6-7 0x9330 DC/AC Inverter Module yes Config Requirement:SlaveExists_ICM_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:ICM_ComStat = PRESENT & ICM_OpStat = SHORT Decrement/pass criteria:ICM_ComStat = PRESENT & ICM_OpStat <> SHORT N/A Inverter does not operate correctly yes Incerment/fail criteria:ICM_ComStat = PRESENT & ICM_OpStat = SHORT; Decrement/pass criteria:ICM_ComStat = PRESENT & ICM_OpStat <> SHORT J6-59 yes Config Requirement:SlaveExists_ICM_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 43 43 Incerment/fail criteria:ICM_ComStat = PRESENT &ICM_IpStat = FAULTY Decrement/pass criteria:ICM_ComStat = PRESENT &ICM_IpStat <> FAULTY N/A Inverter does not operate correctly yes Incerment/fail criteria:ICM_ComStat = PRESENT &ICM_IpStat = FAULTY; Decrement/pass criteria:ICM_ComStat = PRESENT &ICM_IpStat <> FAULTY J6-59 yes Config Requirement:SlaveExists_ICM_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 43 43 Incerment/fail criteria:ICM_ComStat = MISSING Decrement/pass criteria:ICM_ComStat <> MISSING N/A Inverter does not operate correctly yes Incerment/fail criteria:ICM_ComStat = MISSING; Decrement/pass criteria:ICM_ComStat <> MISSING J6-59 yes Config Requirement:SlaveExists_ICM_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 43 43 Incerment/fail criteria:ICM_ComStat = PRESENT &ICM_FaultStat = FAULTY Decrement/pass criteria:ICM_ComStat = PRESENT &ICM_FaultStat <> FAULTY N/A Inverter does not operate correctly yes Incerment/fail criteria:ICM_ComStat = PRESENT &ICM_FaultStat = FAULTY; Decrement/pass criteria:ICM_ComStat = PRESENT &ICM_FaultStat <> FAULTY J6-59 yes Config Requirement:SlaveExists_ICM_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 26 26 Incerment/fail criteria:ICM_ComStat = PRESENT &ICM_CfgStat = NO_CONFIG Decrement/pass criteria:ICM_ComStat = PRESENT &ICM_CfgStat <> NO_CONFIG N/A Inverter does not operate correctly yes Incerment/fail criteria:ICM_ComStat = PRESENT &ICM_CfgStat = NO_CONFIG; Decrement/pass criteria:ICM_ComStat = PRESENT &ICM_CfgStat <> NO_CONFIG J6-59 yes Config Requirement:SlaveExists_ICM_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 43 43 Incerment/fail criteria:ICM_ComStat = PRESENT &ICM_OpStat = TMP_DISABLED Decrement/pass criteria:ICM_ComStat = PRESENT &ICM_OpStat <> TMP_DISABLED N/A Inverter does not operate correctly yes Incerment/fail criteria:ICM_ComStat = PRESENT &ICM_OpStat = TMP_DISABLED; Decrement/pass criteria:ICM_ComStat = PRESENT &ICM_OpStat <> TMP_DISABLED J6-59 0x9336 Left Front Door External Antenna yes Config Requirement: PASE_Cfg = ENABLE & FrontDoor_ExtAntenna_Available_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & (Right Front Door External Antenna is enabled in the PEPS M3 calibration file) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 64 Incerment/fail criteria: (Supplier defined) DTC_933601= SET_DTC (Low layer is supposed to provide this dataflow for Left Front Door External Antenna.) Decrement/pass criteria: (Supplier defined) DTC_933601= CLEAR_DTC Antenna disabled, on next peps event attempt to autorecover antenna Passive Entry won't function, user required to use RKE or backup mechanical key. Passive Start will have minor limitation functionality ie. Some overrange/under range issues at vehicle boundary (sytem will incorrectly identify position of key at vehicle boundary), backup pocket will function yes Incerment/fail criteriaSupplier defined)DTC_933601= SET_DTC(Low layer is supposed to provide this dataflow for Left Front Door External Antenna.); Decrement/pass criteriaSupplier defined)DTC_933601= CLEAR_DTC J7-15, J7-7 for left hand drive vehicles J7-16, J7-8 for right hand drive vehicles 0x9337 Right Front Door External Antenna yes Config Requirement: PASE_Cfg = ENABLE & FrontDoor_ExtAntenna_Available_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit1 = 1) & (Right Front Door External Antenna is enabled in the PEPS M3 calibration file) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 64 Increment/fail criteria: PASE_Cfg = ENABLE & (DTCSuppression_Cfg[DTC Suppression_Cfg_Index], bit0 = 1) & (Right Front Door External Antenna is enabled in the PEPS M3 calibration file) Decrement/pass criteria: (Supplier defined) DTC_933701 = CLEAR_DTC Antenna disabled, on next peps event attempt to autorecover antenna Passive Entry won't function, user required to use RKE or backup mechanical key. Passive Start will have minor limitation functionality ie. Some overrange/under range issues at vehicle boundary (sytem will incorrectly identify position of key at vehicle boundary), backup pocket will function yes Incerment/fail criteriaSupplier defined)DTC_933701 = SET_DTC(Low layer is supposed to provide this dataflow for Right Front Door External Antenna.); Decrement/pass criteriaSupplier defined)DTC_933701 = CLEAR_DTC J7-15, J7-7 for right hand drive vehicles J7-16, J7-8 for left hand drive vehicles 0x934F Headlamp Flash Switch no yes Incerment/fail criteriaIDReadFTP_HighBeam_Sw = FAULT |PIDReadFTP_HighBeam_Sw = FTP; Decrement/pass criteriaIDReadFTP_HighBeam_Sw <> FAULT &PIDReadFTP_HighBeam_Sw <> FTP J4-41 0x9381 Left Front Door Handle Proximity Sensor yes Config RequirementASE_Cfg = ENABLE & ActlHwareExists(FL_Cap_Sensor_Data_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & FL_CapSensor_Cfg = ENABLE VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 128 Incerment/fail criteriaSupplier defined)DTC_938111 = SET_DTC(Low layer is supposed to provide this dataflow for Left Front Door Handle Proximity Sensor.) Decrement/pass criteriaSupplier defined)DTC_938111 = CLEAR_DTC FL_Cap_Sensor_Data_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Cannot lock/unlock car via door handle yes J7-4, J7-10 no yes Incerment/fail criteriaSupplier defined)DTC_938115 = SET_DTC(Low layer is supposed to provide this dataflow for Left Front Door Handle Proximity Sensor.); Decrement/pass criteriaSupplier defined)DTC_938115 = CLEAR_DTC J7-4, J7-10 yes Config RequirementASE_Cfg = ENABLE & BodyHwareExists(FL_Cap_Sensor_Data_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & FL_CapSensor_Cfg = ENABLE VBATT Guard:n/a Ign_5sec:n/a 1000 40 1 2 Incerment/fail criteriaSupplier defined)DTC_938129 = SET_DTC(Low layer is supposed to provide this dataflow for Left Front Door Handle Proximity Sensor.) Decrement/pass criteriaSupplier defined)DTC_938129 = CLEAR_DTC N/A Cannot lock/unlock car via door handle no J7-4, J7-10 0x9382 Right Front Door Handle Proximity Sensor yes Config RequirementASE_Cfg = ENABLE & ActlHwareExists(FR_Cap_Sensor_Data_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & FR_CapSensor_Cfg = ENABLE VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 128 Incerment/fail criteriaSupplier defined) DTC_938211 = SET_DTC (Low layer is supposed to provide this dataflow for Right Front Door Handle Proximity Sensor.) Decrement/pass criteriaSupplier defined)DTC_938211 = CLEAR_DTC FR_Cap_Sensor_Data_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Cannot lock/unlock car via door handle yes J7-12, J7-10 no yes Incerment/fail criteriaSupplier defined)DTC_938215 = SET_DTC(Low layer is supposed to provide this dataflow for Right Front Door Handle Proximity Sensor.); Decrement/pass criteriaSupplier defined)DTC_938215 = CLEAR_DTC J7-12, J7-10 yes Config RequirementASE_Cfg = ENABLE & BodyHwareExists(FR_Cap_Sensor_Data_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & FR_CapSensor_Cfg = ENABLE VBATT Guard:n/a Ign_5sec:n/a 1000 40 1 2 Incerment/fail criteriaSupplier defined)DTC_938229 = SET_DTC(Low layer is supposed to provide this dataflow for Right Front Door Handle Proximity Sensor.) Decrement/pass criteriaSupplier defined)DTC_938229 = CLEAR_DTC N/A Cannot lock/unlock car via door handle no J7-12, J7-10 0x9383 Left Rear Door Handle Proximity Sensor yes Config RequirementASE_Cfg = ENABLE & ActlHwareExists(RL_Cap_Sensor_Data_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & RL_CapSensor_Cfg = ENABLE VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 128 Incerment/fail criteriaSupplier defined)DTC_938311 = SET_DTC(Low layer is supposed to provide this dataflow for Left Rear Door Handle Proximity Sensor.) Decrement/pass criteriaSupplier defined)DTC_938311 = CLEAR_DTC RL_Cap_Sensor_Data_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Cannot lock/unlock car via door handle yes J7-3, J7-10 no yes Incerment/fail criteriaSupplier defined)DTC_938315 = SET_DTC(Low layer is supposed to provide this dataflow for Left Rear Door Handle Proximity Sensor.); Decrement/pass criteriaSupplier defined)DTC_938315 = CLEAR_DTC J7-3, J7-10 yes Config RequirementASE_Cfg = ENABLE & BodyHwareExists(RL_Cap_Sensor_Data_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & RL_CapSensor_Cfg = ENABLE VBATT Guard:n/a Ign_5sec:n/a 1000 40 1 2 Incerment/fail criteriaSupplier defined)DTC_938329 = SET_DTC(Low layer is supposed to provide this dataflow for Left Rear Door Handle Proximity Sensor.) Decrement/pass criteriaSupplier defined)DTC_938329 = CLEAR_DTC N/A Cannot lock/unlock car via door handle no J7-3, J7-10 0x9384 Right Rear Door Handle Proximity Sensor yes Config RequirementASE_Cfg = ENABLE & ActlHwareExists(RR_Cap_Sensor_Data_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & RR_CapSensor_Cfg = ENABLE VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 128 Incerment/fail criteriaSupplier defined)DTC_938411 = SET_DTC(Low layer is supposed to provide this dataflow for Right Rear Door Handle Proximity Sensor.) Decrement/pass criteriaSupplier defined)DTC_938411 = CLEAR_DTC RR_Cap_Sensor_Data_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Cannot lock/unlock car via door handle yes J7-11, J7-10 no yes Incerment/fail criteriaSupplier defined)DTC_938415 = SET_DTC(Low layer is supposed to provide this dataflow for Right Rear Door Handle Proximity Sensor.); Decrement/pass criteriaSupplier defined)DTC_938415 = CLEAR_DTC J7-11, J7-10 yes Config RequirementASE_Cfg = ENABLE & BodyHwareExists(RR_Cap_Sensor_Data_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & RR_CapSensor_Cfg = ENABLE VBATT Guard:n/a Ign_5sec:n/a 1000 40 1 2 Incerment/fail criteriaSupplier defined)DTC_938429 = SET_DTC(Low layer is supposed to provide this dataflow for Right Rear Door Handle Proximity Sensor.) Decrement/pass criteriaSupplier defined)DTC_938429 = CLEAR_DTC N/A Cannot lock/unlock car via door handle no J7-11, J7-10 0x939A Front Wiper Slow Mode Input Signal no yes Incerment/fail criteria:FR_Wiper_Low_DbncV = ACTIVE; Decrement/pass criteria:FR_Wiper_Low_DbncV = INACTIVE J4_44 = FR_Wiper_Low_Ckt. 0x939B Front Wiper Intermittent Mode Input Signal no yes Incerment/fail criteria:FR_Wiper_Int_DbncV = ACTIVE; Decrement/pass criteria:FR_Wiper_Int_DbncV = INACTIVE J4_27 = FR_Wiper_Interval_On_Ckt. 0x939C Front Wiper Variable Intermittent Mode Input Signal no yes Incerment/fail criteria:FR_Wiper_Int_Data_DbncV = FAULT; Decrement/pass criteria:FR_Wiper_Int_Data_DbncV <> FAULT J4_43 = FR_Wiper_Interval_Data_Ckt. 0x93A1 Left Turn Indicator Switch no yes Incerment/fail criteriaIDReadTurnSignal = FAULT |PIDReadTurnSignal = LEFT; Decrement/pass criteriaIDReadTurnSignal <> FAULT &PIDReadTurnSignal <> LEFT J4-29 0x93A2 Right Turn Indicator Switch no yes Incerment/fail criteriaIDReadTurnSignal = FAULT |PIDReadTurnSignal = RIGHT; Decrement/pass criteriaIDReadTurnSignal <> FAULT &PIDReadTurnSignal <> RIGHT J4-30 0x93A4 Front Wiper Fast Mode Input no yes Incerment/fail criteria:FR_Wiper_High_DbncV = ACTIVE; Decrement/pass criteria:FR_Wiper_High_DbncV = INACTIVE J4_28 = FR_Wiper_High_Ckt_SPL1. 0x9430 Power Point Relay Reset Output yes Config Requirement:ActlHwareExists(PP_Reset_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 127 Incerment/fail criteria:FET_Ctrl[PP_Reset_Ckt] = SHORT | FETMode[PP_Reset_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[PP_Reset_Ckt] <> SHORT & FETMode[PP_Reset_Ckt] <> NO_RETRY & FETGood[PP_Reset_Ckt] = GOOD "Power Point Relay Reset Output turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set)." Power Point (12V) stuck ON yes Incerment/fail criteria:FET_Ctrl[PP_Reset_Ckt] = SHORT | FETMode[PP_Reset_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[PP_Reset_Ckt] <> SHORT & FETMode[PP_Reset_Ckt] <> NO_RETRY & FETGood[PP_Reset_Ckt] = GOOD J5-19= PP_Relay_Reset_Ckt yes Config Requirement:BodyHwareExists(PP_Reset_Ckt) & PP_Set_Reset_Cfg = HW_POWERPOINT & PowerPointCkt_Cfg = USED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 33 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable n.a. S/C to GND =Power Point (12V) not activated Open Cct = PP does not turn off yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-19= PP_Relay_Reset_Ckt 0x9435 Power Point Relay Set Output yes Config Requirement:ActlHwareExists(PP_Set_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 127 Incerment/fail criteria:FET_Ctrl[PP_Set_Ckt] = SHORT | FETMode[PP_Set_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[PP_Set_Ckt] <> SHORT & FETMode[PP_Set_Ckt] <> NO_RETRY & FETGood[PP_Set_Ckt] = GOOD "Power Point Relay Set Output turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set)." Power Point (12V) not activated yes Incerment/fail criteria:FET_Ctrl[PP_Set_Ckt] = SHORT | FETMode[PP_Set_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[PP_Set_Ckt] <> SHORT & FETMode[PP_Set_Ckt] <> NO_RETRY & FETGood[PP_Set_Ckt] = GOOD J5-21= PP_Relay_Set_Ckt yes Config Requirement:BodyHwareExists(PP_Set_Ckt) & PP_Set_Reset_Cfg = HW_POWERPOINT & PowerPointCkt_Cfg = USED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 33 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable n.a. S/C to Ground =Power Point (12V) stuck ON Open cct = Does not activate yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-21= PP_Relay_Set_Ckt 0x9436 Digital Dimmer Switch Input yes Config RequirementDim_DayLevel_Cfg = FROM_SW |Dim_NightLevel_Cfg = FROM_SW) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 1 6 Incerment/fail criteriaIDReadDigitalDimmer <> NULL Decrement/pass criteriaIDReadDigitalDimmer= NULL Defaults backlighting illumination level to brightest night level after configured time Backlighting continuously increments/decrements then defaults to brightest night level value until day/night transition is detected then process is repeated yes Incerment/fail criteriaIDReadDigitalDimmer <> NULL; Decrement/pass criteriaIDReadDigitalDimmer= NULL J4-38, J4-51 0x9438 Battery Current Sensor yes Config Requirement:BMSInCar_Cfg = PWM & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 64 32 Incerment/fail criteriaTC_PWMCurrentSensorFault = TRUE Decrement/pass criteriaTC_PWMCurrentSensorFault = FALSE - BMS_CurrFirstSampleIndex is set to BMS_CurrLastSampleIndex; - CAN signal BattULo_I_Actl is set to Embedded Fault (0x3FFFF) Battery Management System not working properly N/A yes Incerment/fail criteriaTC_PWMCurrentSensorFault = TRUE; Decrement/pass criteriaTC_PWMCurrentSensorFault = FALSE J5-32 (Battery_Current_Sense_Ckt) 0x943A Crash Event Detection Output yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[CrashDetected_Ckt] = SHORT | FETMode[CrashDetected_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[CrashDetected_Ckt] <> SHORT & FETMode[CrashDetected_Ckt] <> NO_RETRY & FETGood[CrashDetected_Ckt] = GOOD "Fuel_Pump_On_Ckt Output turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set)." Fuel_Pump_On_Ckt output disabled. BCM unable to provide fuel pump inhibit signal notification to PCM in the event of a crash. yes Incerment/fail criteria:FET_Ctrl[CrashDetected_Ckt] = SHORT | FETMode[CrashDetected_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[CrashDetected_Ckt] <> SHORT & FETMode[CrashDetected_Ckt] <> NO_RETRY & FETGood[CrashDetected_Ckt] = GOOD J5-11 0x943B Autolamp On Input no yes Incerment/fail criteriaIDReadHead = AUTOLAMPS; Decrement/pass criteriaIDReadHead = OFF J4-59 0x943C Headlamp Off Input no yes Incerment/fail criteriaIDReadHead <> OFF; Decrement/pass criteriaIDReadHead = OFF J4-54 0x943D Headlamp On Input no yes Incerment/fail criteriaIDReadHead = HEADLAMPS; Decrement/pass criteriaIDReadHead = OFF J4-46 0x943E Headlamp Switch Input yes Config Requirement:HeadlampSwitchType_Cfg = HARDWIRED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 13 13 Incerment/fail criteriaIDReadHead = FAULT &(Autolamp_ON_DbncV<> OFF |Headlamp_ON_DbncV<> OFF |Parklamp_ON_DbncV<> OFF |Headlamp_OFF_DbncV<> OFF) Decrement/pass criteriaIDReadHead <> FAULT Lowbeam shall be activated Headlamps shall activate when not requested during ignition RUN. DTC shall be broadcast on instrument cluster no J4-54 J4-47 J4-46 J4-59 yes Config Requirement: HeadlampSwitchType_Cfg = HARDWIRED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 13 13 Incerment/fail criteriaIDReadHead = FAULT &Autolamp_ON_DbncV= OFF &Headlamp_ON_DbncV= OFF &Parklamp_ON_DbncV= OFF &Headlamp_OFF_DbncV= OFF Decrement/pass criteriaIDReadHead <> FAULT Lowbeam shall be activated Headlamps shall activate when not requested during ignition RUN. DTC shall be broadcast on instrument cluster no J4-54 J4-47 J4-46 J4-59 0x9444 Left Rear Stop/Position Lamp Output yes Config Requirement:ActlHwareExists(LR_Stop_Position_Lamp_Ckt) & Lincoln_Experience_Cfg <> LINCOLN_EXPERIENCE1 & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[LR_Stop_Position_Lamp_Ckt] = SHORT | FETMode[LR_Stop_Position_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[LR_Stop_Position_Lamp_Ckt] <> SHORT & FETMode[LR_Stop_Position_Lamp_Ckt] <> NO_RETRY & FETGood[LR_Stop_Position_Lamp_Ckt] = GOOD "LR_Stop_Position_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Left Rear Stop/Position Lamp may not turn ON when requested (i.e. Stop, position lamp) yes Incerment/fail criteria:FET_Ctrl[LR_Stop_Position_Lamp_Ckt] = SHORT | FETMode[LR_Stop_Position_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[LR_Stop_Position_Lamp_Ckt] <> SHORT & FETMode[LR_Stop_Position_Lamp_Ckt] <> NO_RETRY & FETGood[LR_Stop_Position_Lamp_Ckt] = GOOD J6-12 yes Config Requirement:BodyHwareExists(LR_Stop_Position_Lamp_Ckt) & LR_Stop_Pos_Lamp_Ckt_Usage_Cfg <> NOT_USED & Lincoln_Experience_Cfg <> LINCOLN_EXPERIENCE1 & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Left Rear Stop/Position Lamp will stay at maximum illumination Open: Left Rear Stop/Position Lamp will not illuminate when requested yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J6-12 0x9445 Rear Park Lamps Output yes Config Requirement:ActlHwareExists(Park_Lamps_Body_Ckt) & Lincoln_Experience_Cfg <> LINCOLN_EXPERIENCE1 & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Park_Lamps_Body_Ckt] = SHORT | FETMode[Park_Lamps_Body_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Park_Lamps_Body_Ckt] <> SHORT & FETMode[Park_Lamps_Body_Ckt] <> NO_RETRY & FETGood[Park_Lamps_Body_Ckt] = GOOD "Park_Lamps_Body_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Park Lamps Body may not turn ON when requested. yes Incerment/fail criteria:FET_Ctrl[Park_Lamps_Body_Ckt] = SHORT | FETMode[Park_Lamps_Body_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Park_Lamps_Body_Ckt] <> SHORT & FETMode[Park_Lamps_Body_Ckt] <> NO_RETRY & FETGood[Park_Lamps_Body_Ckt] = GOOD J6-52 yes Config Requirement:BodyHwareExists(Park_Lamps_Body_Ckt) & Park_Lamps_Body_Ckt_Usage_Cfg <> NOT_USED & ParkLampsOpenDTC_Cfg = USED & Lincoln_Experience_Cfg <> LINCOLN_EXPERIENCE1 & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Park Lamps Body will stay at maximum illumination Open: Park Lamps Body will not illuminate when requested yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J6-52 0x9447 Parklamp On Switch Input no yes Incerment/fail criteriaIDReadHead = POSITION; Decrement/pass criteriaIDReadHead = OFF J4-47 0x9448 Right Rear Stop/Position Lamp Output yes Config Requirement:ActlHwareExists(RR_Stop_Position_Lamp_Ckt) & Lincoln_Experience_Cfg <> LINCOLN_EXPERIENCE1 & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[RR_Stop_Position_Lamp_Ckt] = SHORT | FETMode[RR_Stop_Position_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[RR_Stop_Position_Lamp_Ckt] <> SHORT & FETMode[RR_Stop_Position_Lamp_Ckt] <> NO_RETRY & FETGood[RR_Stop_Position_Lamp_Ckt] = GOOD "RR_Stop_Position_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Right Rear Stop/Position Lamp may not turn ON when requested (i.e. Stop, position lamp) yes Incerment/fail criteria:FET_Ctrl[RR_Stop_Position_Lamp_Ckt] = SHORT | FETMode[RR_Stop_Position_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[RR_Stop_Position_Lamp_Ckt] <> SHORT & FETMode[RR_Stop_Position_Lamp_Ckt] <> NO_RETRY & FETGood[RR_Stop_Position_Lamp_Ckt] = GOOD J6-51 yes Config Requirement:BodyHwareExists(RR_Stop_Position_Lamp_Ckt) & Lincoln_Experience_Cfg <> LINCOLN_EXPERIENCE1 & RR_Stop_Pos_Lamp_Ckt_Usage_Cfg <> NOT_USED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Right Rear Stop/Position Lamp will stay at maximum illumination Open: Right Rear Stop/Position Lamp will not illuminate when requested yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J6-51 0x945C Ambient Lighting Power Supply Output yes Config Requirement:ActlHwareExists(ALM_Conditioned_Pwr_Ckt) & AmbientLighting_Cfg <> SINGLE_COL & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[ALM_Conditioned_Pwr_Ckt] = SHORT | FETMode[ALM_Conditioned_Pwr_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[ALM_Conditioned_Pwr_Ckt] <> SHORT & FETMode[ALM_Conditioned_Pwr_Ckt] <> NO_RETRY & FETGood[ALM_Conditioned_Pwr_Ckt] = GOOD ALM_Conditioned_Pwr_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Ambient lighting does not illuminate yes Incerment/fail criteria:FET_Ctrl[ALM_Conditioned_Pwr_Ckt] = SHORT | FETMode[ALM_Conditioned_Pwr_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[ALM_Conditioned_Pwr_Ckt] <> SHORT & FETMode[ALM_Conditioned_Pwr_Ckt] <> NO_RETRY & FETGood[ALM_Conditioned_Pwr_Ckt] = GOOD J6-4 yes Config Requirement:ALMConditionedPwrCkt_Cfg = USED & BodyHwareExists(ALM_Conditioned_Pwr_Ckt) & AmbientLighting_Cfg <> SINGLE_COL & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Ambient lighting illumination stays at maximum illumination Open: Ambient Lighting does not illuminate no J6-4 0x9465 Ambient Lighting Bus 1 yes Config Requirement:AmbientLighting_Cfg <>DISABLED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 64 2 Incerment/fail criteria:LINConfigStatus = COMPLETE & ExpectedALM_NodesCount_Cfg[0] <> Count_Present(ALM_LIN08_Stat[]) Decrement/pass criteria:Else N/A N/A no 0x9467 Ambient Lighting Bus 3 yes Config Requirement:AmbientLighting_Cfg <>DISABLED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 64 2 Incerment/fail criteria:LINConfigStatus = COMPLETE & ExpectedALM_NodesCount_Cfg[2] <> Count_Present(ALM_LIN11_Stat[]) Decrement/pass criteria:Else N/A N/A no 0x9472 Ignition Key Removal Inhibit yes Config Requirement:ActlHwareExists(Key_Inhibit_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Key_Inhibit_Ckt] = SHORT | FETMode[Key_Inhibit_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Key_Inhibit_Ckt] <> SHORT & FETMode[Key_Inhibit_Ckt] <> NO_RETRY & FETGood[Key_Inhibit_Ckt] = GOOD "Key_Inhibit_ Ckt Output turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set)." Mechanical Key can be removed from ignition switch when the transmission is not in park for automatic transmission vehicles due to short circuit on Key_Inhibit_ Ckt yes Incerment/fail criteria:FET_Ctrl[Key_Inhibit_Ckt] = SHORT | FETMode[Key_Inhibit_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Key_Inhibit_Ckt] <> SHORT & FETMode[Key_Inhibit_Ckt] <> NO_RETRY & FETGood[Key_Inhibit_Ckt] = GOOD J4-17 yes Config RequirementUColumnShifterKeyOutInhibitCircuit_Cfg = USED & BodyHwareExists(Key_Inhibit_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & KeySource_Cfg = KEY_CYL & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE Note: This DTC is "Open Circuit" only. It has a configuration requirement of Ignition_Status = RUN. However according to Table 2.11.11-2 and more specifically R: 2.11.11.1.2 whenever the vehicle is NOT alseep the Key_Inhibit_Cmd is active and in turn Key_Inhibit_Ckt will also be active. Therefore this DTC will not be able to detect a short to ground with the FET being turned Off as this is a limitation of the FET Driver. However the Open Circuit aspect of the DTC will still function correctly. 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Short circuit to GND: Mechanical Key cannot be removed from ignition switch when the transmission is not in park under any circumstance. Open circuit: Mechanical Key can be removed from ignition switch when the transmission is not in park yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J4-17 0x9489 Battery Monitoring System (BMS) Sensor Power yes Config Requirement: ActlHwareExists(Battery_Current_Sense_5V_Feed_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria: FET_Ctrl[Battery_Current_Sense_5V_Feed_Ckt] = SHORT | FETMode[Battery_Current_Sense_5V_Feed_Ckt] = NO_RETRY Decrement/pass criteria: FET_Ctrl[Battery_Current_Sense_5V_Feed_Ckt] <> SHORT & FETMode[Battery_Current_Sense_5V_Feed_Ckt] <> NO_RETRY & FETGood[Battery_Current_Sense_5V_Feed_Ckt] = GOOD - Output turned OFF. - If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. - If 3/3maximum activations limit reached,output permanently disabled andmodule needs replacing (DTC F000 will set). No input will be detected from Battery_Current_Sense_Ckt. But cannot find what's the user sympton as this circuit has NO FS mapping. N/A yes Incerment/fail criteria:FET_Ctrl[Battery_Current_Sense_5V_Feed_Ckt] = SHORT | FETMode[Battery_Current_Sense_5V_Feed_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Battery_Current_Sense_5V_Feed_Ckt] <> SHORT & FETMode[Battery_Current_Sense_5V_Feed_Ckt] <> NO_RETRY & FETGood[Battery_Current_Sense_5V_Feed_Ckt] = GOOD J5-48 (Battery_Current_Sense_5V_Feed_Ckt) 0x9490 Lock Indicator LED Status Output yes Config Requirement:ActlHwareExists(Door_Lock_LED_Status_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Door_Lock_LED_Status_Ckt] = SHORT |FETMode[Door_Lock_LED_Status_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Door_Lock_LED_Status_Ckt] <> SHORT &FETMode[Door_Lock_LED_Status_Ckt] <> NO_RETRY &FETGood[Door_Lock_LED_Status_Ckt] = GOOD Start_Button_LED_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Door lock indicator does not illuminate yes Incerment/fail criteria:FET_Ctrl[Door_Lock_LED_Status_Ckt] = SHORT |FETMode[Door_Lock_LED_Status_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Door_Lock_LED_Status_Ckt] <> SHORT &FETMode[Door_Lock_LED_Status_Ckt] <> NO_RETRY &FETGood[Door_Lock_LED_Status_Ckt] = GOOD J4-15 yes Config Requirement (Continuous):BodyHwareExists(Door_Lock_LED_Status_Ckt) & NLILEDCkt_Cfg = USED & NLIType_Cfg <> DOOR_REAL_SWITCHED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) Config Requirement (Test):BodyHwareExists(Door_Lock_LED_Status_Ckt) & NLILEDCkt_Cfg = USED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit1 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Door Lock indicator stays at maximum intensity Open: Door lock indicator does not illuminate no J4-15 0x9491 Flash To Pass/High Beam Switch yes Config RequirementBodyHwareExists(MFS_Flash_Ckt) | BodyHwareExists(MFS_High_Beam_Ckt)) &(DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 13 13 Incerment/fail criteriaIDReadFTP_HighBeam_Sw = FAULT Decrement/pass criteriaIDReadFTP_HighBeam_Sw <> FAULT N/A High beam may turn ON when not requested DTC may be shown on instrument cluster no J4-41 J4-42 0x9495 Hands Free Liftgate/Decklid Input Sensor yes Config Requirement: SlaveExists_HFM_Cfg = PRESENT & PASE_Cfg = ENABLE & PassiveEntryEnable_Cfg = ENABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 43 43 Increment/fail criteria: HFM_Communication_Present = PRESENT & HFM_IpStat = FAULTY Decrement/pass criteria: HFM_Communication_Present = PRESENT & HFM_IpStat <> FAULTY no yes Config Requirement: SlaveExists_HFM_Cfg = PRESENT & PASE_Cfg = ENABLE & PassiveEntryEnable_Cfg = ENABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec: stable 1000 40 43 43 Increment/fail criteria HFM_ComStat = MISSING Decrement/pass criteria: HFM_ComStat <> MISSING yes yes Config Requirement: SlaveExists_HFM_Cfg = PRESENT & PASE_Cfg = ENABLE & PassiveEntryEnable_Cfg = ENABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 43 43 Increment/fail criteria: HFM_Communication_Present = PRESENT & HFM_FaultStat = FAULTY Decrement/pass criteria: HFM_Communication_Present = PRESENT & HFM_FaultStat <> FAULTY No Action yes yes Config Requirement: SlaveExists_HFM_Cfg = PRESENT & PASE_Cfg = ENABLE & PassiveEntryEnable_Cfg = ENABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec: stable 1000 40 26 26 Increment/fail criteria: HFM_Communication_Present = PRESENT & HFM_CfgStat = NO_CONFIG Decrement/pass criteria: HFM_Communication_Present = PRESENT & HFM_CfgStat <> NO_CONFIG yes 0x9497 Left Front Turn Lamp Feedback yes Config Requirement:Front_LED_Turn_Outage_Cfg = OUTAGE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 20 40 Incerment/fail criteria:OutageLED_Left_Front = OUTAGE&Turn_Signal_Light_Command = LEFT | LEFT_FAST Decrement/pass criteria:OutageLED_Left_Front = NULL&Turn_Signal_Light_Command = LEFT | LEFT_FAST N/A Left Turn Lamp function is requested and DTC may be shown on cluster. no J5-30 0x9498 Right Front Turn Lamp Feedback yes Config Requirement:Front_LED_Turn_Outage_Cfg = OUTAGE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 20 40 Incerment/fail criteria:OutageLED_Right_Front = OUTAGE&Turn_Signal_Light_Command = RIGHT | RIGHT_FAST Decrement/pass criteria:OutageLED_Right_Front = NULL&Turn_Signal_Light_Command = RIGHT | RIGHT_FAST N/A Right Turn Lamp function is requested and DTC may be shown on cluster. no J5-31 0x9499 Exterior Lamps Power Supply "A" yes Config Requirement: LF_Fog_Lamp_Ckt_Usage_Cfg = POWER_SUPPLY & ActlHwareExists(LF_Fog_Lamp_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[LF_Fog_Lamp_Ckt] = SHORT | FETMode[LF_Fog_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[LF_Fog_Lamp_Ckt] <> SHORT & FETMode[LF_Fog_Lamp_Ckt] <> NO_RETRY & FETGood[LF_Fog_Lamp_Ckt] = GOOD "LF_Fog_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Exterior Lamps Power Supply "A" may not activate when requested. no J5-6 yes Config Requirement: LF_Fog_Lamp_Ckt_Usage_Cfg = POWER_SUPPLY & BodyHwareExists(LF_Fog_Lamp_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Exterior Lamps Power Supply "A" may activate when Not requested. Open: Exterior Lamps Power Supply "A" may not activate. yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-6 0x949D Exterior Lamps Power Supply "B" yes Config Requirement: RF_Fog_Lamp_Ckt_Usage_Cfg = POWER_SUPPLY & ActlHwareExists(RF_Fog_Lamp_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[RF_Fog_Lamp_Ckt] = SHORT | FETMode[RF_Fog_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[RF_Fog_Lamp_Ckt] <> SHORT & FETMode[RF_Fog_Lamp_Ckt] <> NO_RETRY & FETGood[RF_Fog_Lamp_Ckt] = GOOD "RF_Fog_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Exterior Lamps Power Supply "B" may not activate when requested. yes Incerment/fail criteria:FET_Ctrl[RF_Fog_Lamp_Ckt] = SHORT | FETMode[RF_Fog_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[RF_Fog_Lamp_Ckt] <> SHORT & FETMode[RF_Fog_Lamp_Ckt] <> NO_RETRY & FETGood[RF_Fog_Lamp_Ckt] = GOOD J5-7 yes Config Requirement: RF_Fog_Lamp_Ckt_Usage_Cfg = POWER_SUPPLY & BodyHwareExists(RF_Fog_Lamp_Ckt) & & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Exterior Lamps Power Supply "B" may activate when Not requested. Open: Exterior Lamps Power Supply "B" may not activate. yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-7 0x949E Left Front Position/Sidemarker yes Config Requirement:Lincoln_Experience_Cfg = LINCOLN_EXPERIENCE1 & LF_RF_PositionLampCkt_Usage_Cfg = FRONT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[LF_Position_Lamp_Ckt] = SHORT | FETMode[LF_Position_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[LF_Position_Lamp_Ckt] <> SHORT & FETMode[LF_Position_Lamp_Ckt] <> NO_RETRY & FETGood[LF_Position_Lamp_Ckt] = GOOD "LF_Position_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Left Front Position/Sidemarker Light may not activate when requested yes Incerment/fail criteria:FET_Ctrl[LF_Position_Lamp_Ckt] = SHORT | FETMode[LF_Position_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[LF_Position_Lamp_Ckt] <> SHORT & FETMode[LF_Position_Lamp_Ckt] <> NO_RETRY & FETGood[LF_Position_Lamp_Ckt] = GOOD J5-14 yes Config Requirement:LF_Position_Lamp_Ckt_Usage_Cfg <> NOT_USED & PositionLampOpenDTC_Cfg = USED & Lincoln_Experience_Cfg = LINCOLN_EXPERIENCE1 & LF_RF_PositionLampCkt_Usage_Cfg = FRONT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Left Front Position/Sidemarker Light will stay at maximum illumination Open: Left Front Position/Sidemarker Light will not illuminate when requested yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-14 0x949F Right Front Position/Sidemarker yes Config Requirement:Lincoln_Experience_Cfg = LINCOLN_EXPERIENCE1 & LF_RF_PositionLampCkt_Usage_Cfg = FRONT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[RF_Position_Lamp_Ckt] = SHORT | FETMode[RF_Position_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[RF_Position_Lamp_Ckt] <> SHORT & FETMode[RF_Position_Lamp_Ckt] <> NO_RETRY & FETGood[RF_Position_Lamp_Ckt] = GOOD "RF_Position_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Right Front Position/Sidemarker Light may not activate when requested yes Incerment/fail criteria:FET_Ctrl[RF_Position_Lamp_Ckt] = SHORT | FETMode[RF_Position_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[RF_Position_Lamp_Ckt] <> SHORT & FETMode[RF_Position_Lamp_Ckt] <> NO_RETRY & FETGood[RF_Position_Lamp_Ckt] = GOOD J5-28 yes Config Requirement: RF_Position_Lamp_Ckt_Usage_Cfg <> NOT_USED & PositionLampOpenDTC_Cfg = USED & Lincoln_Experience_Cfg = LINCOLN_EXPERIENCE1 & LF_RF_PositionLampCkt_Usage_Cfg = FRONT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Right Front Position/Sidemarker Light will stay at maximum illumination Open: Right Front Position/Sidemarker Light will not illuminate when requested yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-28 0x94A0 Left Tailgate/Liftgate Lamps yes Config Requirement:Lincoln_Experience_Cfg = LINCOLN_EXPERIENCE1 & ActlHwareExists(LR_Stop_Position_Lamp_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[LR_Stop_Position_Lamp_Ckt] = SHORT | FETMode[LR_Stop_Position_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[LR_Stop_Position_Lamp_Ckt] <> SHORT & FETMode[LR_Stop_Position_Lamp_Ckt] <> NO_RETRY & FETGood[LR_Stop_Position_Lamp_Ckt] = GOOD "LR_Stop_Position_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Left Tailgate/Liftgate Lamps may not turn ON when requested (i.e. Stop, position lamp) yes Incerment/fail criteria:FET_Ctrl[LR_Stop_Position_Lamp_Ckt] = SHORT | FETMode[LR_Stop_Position_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[LR_Stop_Position_Lamp_Ckt] <> SHORT & FETMode[LR_Stop_Position_Lamp_Ckt] <> NO_RETRY & FETGood[LR_Stop_Position_Lamp_Ckt] = GOOD J6-12 yes Config Requirement:Lincoln_Experience_Cfg = LINCOLN_EXPERIENC 1 & LR_Stop_Pos_Lamp_Ckt_Usage_Cfg <> NOT_USED &BodyHwareExists(LR_Stop_Position_Lamp_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Left Tailgate/Liftgate Lamps will stay at maximum illumination Open: Left Tailgate/Liftgate Lamps will not illuminate when requested yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J6-12 0x94A1 Right Tailgate/Liftgate Lamps yes Config Requirement:Lincoln_Experience_Cfg = LINCOLN_EXPERIENCE1 & ActlHwareExists(RR_Stop_Position_Lamp_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[RR_Stop_Position_Lamp_Ckt] = SHORT | FETMode[RR_Stop_Position_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[RR_Stop_Position_Lamp_Ckt] <> SHORT & FETMode[RR_Stop_Position_Lamp_Ckt] <> NO_RETRY & FETGood[RR_Stop_Position_Lamp_Ckt] = GOOD "RR_Stop_Position_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Right Tailgate/Liftgate Lamps may not turn ON when requested (i.e. Stop, position lamp) yes Incerment/fail criteria:FET_Ctrl[RR_Stop_Position_Lamp_Ckt] = SHORT | FETMode[RR_Stop_Position_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[RR_Stop_Position_Lamp_Ckt] <> SHORT & FETMode[RR_Stop_Position_Lamp_Ckt] <> NO_RETRY & FETGood[RR_Stop_Position_Lamp_Ckt] = GOOD J6-51 yes Config Requirement:Lincoln_Experience_Cfg = LINCOLN_EXPERIENCE1 & RR_Stop_Pos_Lamp_Ckt_Usage_Cfg <> NOT_USED &BodyHwareExists (RR_Stop_Position_Lamp_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Right Tailgate/Liftgate Lamps will stay at maximum illumination Open: Right Tailgate/Liftgate Lamps will not illuminate when requested yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J6-51 0x94A2 Tailgate/Liftgate Applique Lamps yes Config Requirement:Lincoln_Experience_Cfg = LINCOLN_EXPERIENCE1 & ActlHwareExists(Park_Lamps_Body_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Park_Lamps_Body_Ckt] = SHORT | FETMode[Park_Lamps_Body_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Park_Lamps_Body_Ckt] <> SHORT & FETMode[Park_Lamps_Body_Ckt] <> NO_RETRY & FETGood[Park_Lamps_Body_Ckt] = GOOD "Park_Lamps_Body_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Tailgate/Liftgate Applique Lamps may not turn ON when requested. yes Incerment/fail criteria:FET_Ctrl[Park_Lamps_Body_Ckt] = SHORT | FETMode[Park_Lamps_Body_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Park_Lamps_Body_Ckt] <> SHORT & FETMode[Park_Lamps_Body_Ckt] <> NO_RETRY & FETGood Park_Lamps_Body_Ckt] = GOOD J6-52 yes Config Requirement: Park_Lamps_Body_Ckt_Usage_Cfg <> NOT_USED & ParkLampsOpenDTC_Cfg = USED & Lincoln_Experience_Cfg = LINCOLN_EXPERIENCE1 & BodyHwareExists (Park_Lamps_Body_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Tailgate/Liftgate Applique Lamps will stay at maximum illumination Open: Tailgate/Liftgate Applique Lamps will not illuminate when requested yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J6-52 0x94A7 Puddle/Cargo Switch Input yes Config Requirement:BodyHwareExists(DomeSwitch_2_Ckt) &(DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 1 1 Incerment/fail criteriaomeSwitch_2_DbncV = ACTIVE Decrement/pass criteriaomeSwitch_2_DbncV = INACTIVE N/A Dome switch 2 has no effect yes Incerment/fail criteriaomeSwitch_2_DbncV = ACTIVE; Decrement/pass criteriaomeSwitch_2_DbncV = INACTIVE J6-21 0x94A8 Dome Switch Input yes Config Requirement:BodyHwareExists(DomeSwitch_1_Ckt) &(DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 1 1 Incerment/fail criteriaomeSwitch_1_DbncV = ACTIVE Decrement/pass criteriaomeSwitch_1_DbncV = INACTIVE N/A Dome switch 1 has no effect yes Incerment/fail criteriaomeSwitch_1_DbncV = ACTIVE; Decrement/pass criteriaomeSwitch_1_DbncV = INACTIVE J6-22 0x94A9 Liftgate/Decklid Release Output yes Config Requirement: ActlHwareExists(Decklid_Liftgate_Release_Ckt) & (Primary_Lock_Cfg = NORMAL | (Primary_Lock_Cfg = TRANSIT & TransitVehRear_Cfg = LIFTGATE)) & DTCSuppression_Cfg[DTCSuppression_Cfg_Index],bit0 = 1 VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Decklid_Liftgate_Release_Ckt] = SHORT | FETMode[Decklid_Liftgate_Release_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Decklid_Liftgate_Release_Ckt] <> SHORT & FETMode[Decklid_Liftgate_Release_Ckt] <> NO_RETRY & FETGood[Decklid_Liftgate_Release_Ckt] = GOOD "Decklid_Liftgate_Release_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set)." Decklid does not operate ActlHwareExists(Decklid_Liftgate_Release_Ckt) yes Incerment/fail criteria:FET_Ctrl[Decklid_Liftgate_Release_Ckt] = SHORT | FETMode[Decklid_Liftgate_Release_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Decklid_Liftgate_Release_Ckt] <> SHORT & FETMode[Decklid_Liftgate_Release_Ckt] <> NO_RETRY & FETGood[Decklid_Liftgate_Release_Ckt] = GOOD J6-10 = Decklid_Liftgate_Release_Ckt yes Config Requirement: BodyHwareExists(Decklid_Liftgate_Release_Ckt) & (Primary_Lock_Cfg = NORMAL | (Primary_Lock_Cfg = TRANSIT & TransitVehRear_Cfg = LIFTGATE)) & DTCSuppression_Cfg[DTCSuppression_Cfg_Index],bit0 = 1 VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A S/C to B+ = Decklid Opens withour request Open cct= Decklid does not open when requested. BodyHwareExists(Decklid_Liftgate_Release_Ckt) yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J6-10 = Decklid_Liftgate_Release_Ckt 0x94AA Demand Lamp Output yes Config RequirementTCSuppression_Cfg[DTCSuppression_Cfg_Index],bit0 = 1 VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 13 Incerment/fail criteria:FET_Ctrl[Demand_Lamp_Ckt] = SHORT |FETMode[Demand_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Demand_Lamp_Ckt] <> SHORT &FETMode[Demand_Lamp_Ckt] <>NO_RETRY &FETGood[Demand_Lamp_Ckt] = GOOD Demand_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Demand lamps do not illuminate yes Incerment/fail criteria:FET_Ctrl[Demand_Lamp_Ckt] = SHORT |FETMode[Demand_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Demand_Lamp_Ckt] <> SHORT &FETMode[Demand_Lamp_Ckt] <>NO_RETRY &FETGood[Demand_Lamp_Ckt] = GOOD J6-72, J5-43 (Demand_Ckt_SPL*) yes Config RequirementTCSuppression_Cfg[DTCSuppression_Cfg_Index],bit0 = 1 VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Demand lamps illumination stays at maximum Open: Demand lamps do not illuminate yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J6-72, J5-43 0x94AB Spotlight Mirror Output yes Config Requirement:ActlHwareExists(Rear_Folding_Seat_Ckt) & SpotLight_Cfg = ENABLE& RearFold_Cfg <> ENABLE& DBRInCar_Cfg = FALSE&(DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Rear_Folding_Seat_Ckt] = SHORT | FETMode[Rear_Folding_Seat_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Rear_Folding_Seat_Ckt] <> SHORT &FETMode[Rear_Folding_Seat_Ckt] <> NO_RETRY &FETGood[Rear_Folding_Seat_Ckt] = GOOD "Rear_Folding_Seat_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Right Front Position/Sidemarker Light may not activate when requested yes Incerment/fail criteria:FET_Ctrl[Rear_Folding_Seat_Ckt] = SHORT | FETMode[Rear_Folding_Seat_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Rear_Folding_Seat_Ckt] <> SHORT &FETMode[Rear_Folding_Seat_Ckt] <> NO_RETRY &FETGood[Rear_Folding_Seat_Ckt] = GOOD J6-18 0x94B2 Left Position Lamps yes Config Requirement(Lincoln_Experience_Cfg = LINCOLN_EXPERIENCE1 &LF_RF_PositionLampCkt_Usage_Cfg = REAR) |SlaveExists_FEEL_Cfg = PRESENT)& (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[LF_Position_Lamp_Ckt] = SHORT | FETMode[LF_Position_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[LF_Position_Lamp_Ckt] <> SHORT & FETMode[LF_Position_Lamp_Ckt] <> NO_RETRY & FETGood[LF_Position_Lamp_Ckt] = GOOD "LF_Position_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Left Front Position Light may not activate when requested yes Incerment/fail criteria:FET_Ctrl[LF_Position_Lamp_Ckt] = SHORT | FETMode[LF_Position_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[LF_Position_Lamp_Ckt] <> SHORT & FETMode[LF_Position_Lamp_Ckt] <> NO_RETRY & FETGood[LF_Position_Lamp_Ckt] = GOOD J5-14 yes Config Requirement:LF_Position_Lamp_Ckt_Usage_Cfg <> NOT_USED & PositionLampOpenDTC_Cfg = USED & ((Lincoln_Experience_Cfg = LINCOLN_EXPERIENCE1 &LF_RF_PositionLampCkt_Usage_Cfg = REAR ) | SlaveExists_FEEL_Cfg = PRESENT) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Left Front Position Light will stay at maximum illumination Open: Left Front Position Light will not illuminate when requested yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-14 0x94B3 Right Position Lamps yes Config Requirement(Lincoln_Experience_Cfg = LINCOLN_EXPERIENCE1 &LF_RF_PositionLampCkt_Usage_Cfg = REAR) |SlaveExists_FEEL_Cfg = PRESENT)& (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[RF_Position_Lamp_Ckt] = SHORT | FETMode[RF_Position_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[RF_Position_Lamp_Ckt] <> SHORT & FETMode[RF_Position_Lamp_Ckt] <> NO_RETRY & FETGood[RF_Position_Lamp_Ckt] = GOOD "RF_Position_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Right Front Position Light may not activate when requested yes Incerment/fail criteria:FET_Ctrl[RF_Position_Lamp_Ckt] = SHORT | FETMode[RF_Position_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[RF_Position_Lamp_Ckt] <> SHORT & FETMode[RF_Position_Lamp_Ckt] <> NO_RETRY & FETGood[RF_Position_Lamp_Ckt] = GOOD J5-28 yes Config Requirement: RF_Position_Lamp_Ckt_Usage_Cfg <> NOT_USED & PositionLampOpenDTC_Cfg = USED & ((Lincoln_Experience_Cfg = LINCOLN_EXPERIENCE1 &LF_RF_PositionLampCkt_Usage_Cfg = REAR) |SlaveExists_FEEL_Cfg = PRESENT)& (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Right Front Position Light will stay at maximum illumination Open: Right Front Position Light will not illuminate when requested yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-28 0x94B6 Snow Plow Output yes Config Requirement:ActlHwareExists(Load_Shed_Relay_Ctrl_Ckt) & SnowPlowMode_Cfg = ENABLED & EngRunRly_Enable_Cfg = DISABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Load_Shed_Relay_Ctrl_Ckt] = SHORT | FETMode[Load_Shed_Relay_Ctrl_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Load_Shed_Relay_Ctrl_Ckt] <> SHORT & FETMode[Load_Shed_Relay_Ctrl_Ckt] <> NO_RETRY & FETGood[Load_Shed_Relay_Ctrl_Ckt] = GOOD Load Shed Relay drive Output (Load_Shed_Relay_Ctrl_Ckt) turned OFF. Load Shed Relay does not energise. Load Shed power not available. yes Incerment/fail criteria:FET_Ctrl[Load_Shed_Relay_Ctrl_Ckt] = SHORT | FETMode[Load_Shed_Relay_Ctrl_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Load_Shed_Relay_Ctrl_Ckt] <> SHORT & FETMode[Load_Shed_Relay_Ctrl_Ckt] <> NO_RETRY & FETGood[Load_Shed_Relay_Ctrl_Ckt] = GOOD J5_17 = Load_Shed_Relay_Ctrl_Ckt. yes Config Requirement:BodyHwareExists(Load_Shed_Relay_Ctrl_Ckt) & SnowPlowMode_Cfg = ENABLED &EngRunRly_Enable_Cfg = DISABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Load Shed Relay drive Output (Load_Shed_Relay_Ctrl_Ckt) normal. Open CCT: Load Shed Relay does not energise. Load Shed power not available. Short CCT to GND: Load Shed Relay energised. Load Shed power can not be turned off. no J5_17 = Load_Shed_Relay_Ctrl_Ckt. 0x94B8 Sounder yes Config Requirement:ActlHwareExists(Piezo_Sounder_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Piezo_Sounder_Ckt] = SHORT | FETMode[Piezo_Sounder_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Piezo_Sounder_Ckt] <> SHORT & FETMode[Piezo_Sounder_Ckt] <> NO_RETRY & FETGood[Piezo_Sounder_Ckt] = GOOD "Piezo_Sounder_Ckt OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Piezo Sounder may not activate when requested (e.g. remote lock/unlock feedback) yes Incerment/fail criteria:FET_Ctrl[Piezo_Sounder_Ckt] = SHORT | FETMode[Piezo_Sounder_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Piezo_Sounder_Ckt] <> SHORT & FETMode[Piezo_Sounder_Ckt] <> NO_RETRY & FETGood[Piezo_Sounder_Ckt] = GOOD J6-14 yes Config Requirement:BodyHwareExists( Piezo_Sounder_Ckt ) & PiezoSounderHw_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Piezo Sounder will stay at maximum volume Open: Piezo Sounder will not sound when requested yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J6-14 0x94D8 Bed Lamp Output yes Config Requirement:ActlHwareExists(White_Lighting_Ckt) &Bed_Lamp_Cfg = ENABLE &(DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Lincoln_Experience_Cfg = NULL VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[White_Lighting_Ckt] = SHORT | FETMode[White_Lighting_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[White_Lighting_Ckt] <> SHORT &FETMode[White_Lighting_Ckt] <> NO_RETRY &FETGood[White_Lighting_Ckt] = GOOD White_Lighting_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Bedlamps do not illuminate no J4-23 yes Config Requirement:BodyHwareExists(White_Lighting_Ckt) &WhiteLightCkt_Cfg =USED &Bed_Lamp_Cfg = ENABLE &WhiteLightOpenDTC_Cf g = USED &(DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Lincoln_Experience_Cfg = NULL VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Bedlamps illumination stays at maximum illumination yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J4-23 0x94DB Left Headlamp Driver Control System yes SlaveExists_FEEL_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit1 = 1) 1000 40 127 255 Incerment/fail criteria: LF_EEL_ComStat = PRESENT & LF_EEL_LED_Temp_IdleStat = FAULT Decrement/pass criteria:LF_EEL_ComStat = PRESENT & LF_EEL_LED_Temp_IdleStat = OK Ign_5sec:STABLE VBATT Guard:VBattState[VR_Diagnostics] = NORM_V N/A None yes 0x94DC Right Headlamp Driver Control System yes Config Requirement:SlaveExists_FEEL_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & AmbientLighting_Cfg <> SINGLE_COL & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1)bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 127 255 Increment/fail criteria: RF_EEL_ComStat = PRESENT & RF_EEL_LED_Temp_IdleStat = FAULT Decrement/pass criteria: RF_EEL_ComStat = PRESENT & RF_EEL_LED_Temp_IdleStat = OK N/A None yes 0x94E0 Exterior Lamps Power Supply "C" yes Config Requirement: LF_Low_Beam_Ckt_Usage_Cfg = POWER_SUPPLY & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[ LF_Low_Beam_Ckt ] = SHORT | FETMode[ LF_Low_Beam_Ckt ] = NO_RETRY Decrement/pass criteria:FET_Ctrl[ LF_Low_Beam_Ckt ] <> SHORT & FETMode[ LF_Low_Beam_Ckt ] <> NO_RETRY & FETGood[ LF_Low_Beam_Ckt ] = GOOD "Low_Beam_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Exterior Lamps Power Supply "C" may not activate when requested. yes Incerment/fail criteria:FET_Ctrl[ LF_Low_Beam_Ckt ] = SHORT | FETMode[ LF_Low_Beam_Ckt ] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[ LF_Low_Beam_Ckt ] <> SHORT & FETMode[ LF_Low_Beam_Ckt ] <> NO_RETRY & FETGood[ LF_Low_Beam_Ckt ] = GOOD J5-1 yes Config Requirement: LF_Low_Beam_Ckt_Usage_Cfg = POWER_SUPPLY & LowBeamOpenDTC_Cfg = USED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Exterior Lamps Power Supply "C" may activate when Not requested. Open: Exterior Lamps Power Supply "C" may not activate. yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-1 0x94E1 Exterior Lamps Power Supply "D" yes Config Requirement: RF_Low_Beam_Ckt_Usage_Cfg = POWER_SUPPLY & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[RF_Low_Beam_Ckt ] = SHORT | FETMode[RF_Low_Beam_Ckt ] = NO_RETRY Decrement/pass criteria:FET_Ctrl[RF_Low_Beam_Ckt ] <> SHORT & FETMode[RF_Low_Beam_Ckt ] <> NO_RETRY & FETGood[RF_Low_Beam_Ckt ] = GOOD "RF_Low_Beam_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Exterior Lamps Power Supply "D" may not activate when requested. yes Incerment/fail criteria:FET_Ctrl[ RF_Low_Beam_Ckt ] = SHORT | FETMode[ RF_Low_Beam_Ckt ] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[ RF_Low_Beam_Ckt ] <> SHORT & FETMode[ RF_Low_Beam_Ckt ] <> NO_RETRY & FETGood[ RF_Low_Beam_Ckt ] = GOOD J5-39 yes Config Requirement: RF_Low_Beam_Ckt_Usage_Cfg = POWER_SUPPLY & LowBeamOpenDTC_Cfg = USED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Exterior Lamps Power Supply "D" may activate when Not requested. Open: Exterior Lamps Power Supply "D" may not activate. yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-39 0x94E2 Exterior Lamps Power Supply "E" yes Config Requirement: LF_High_Beam_Ckt_Usage_Cfg = POWER_SUPPLY & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[ LF_High_Beam_Ckt ] = SHORT | FETMode[ LF_High_Beam_Ckt ] = NO_RETRY Decrement/pass criteria:FET_Ctrl[LF_High_Beam_Ckt ] <> SHORT & FETMode[ LF_High_Beam_Ckt ] <> NO_RETRY & FETGood[ LF_High_Beam_Ckt ] = GOOD "LF_High_Beam_Cktturned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Exterior Lamps Power Supply "E" may not activate when requested. yes Incerment/fail criteria:FET_Ctrl[ LF_High_Beam_Ckt ] = SHORT | FETMode[ LF_High_Beam_Ckt ] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[ LF_High_Beam_Ckt ] <> SHORT & FETMode[ LF_High_Beam_Ckt ] <> NO_RETRY & FETGood[ LF_High_Beam_Ckt ] = GOOD J5-40 yes Config Requirement: LF_High_Beam_Ckt_Usage_Cfg = POWER_SUPPLY & HighBeamOpenDTC_Cfg = USED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 0 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Exterior Lamps Power Supply "E" may activate when Not requested. Open: Exterior Lamps Power Supply "E" may not activate. yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-40 0x94E3 Exterior Lamps Power Supply "F" yes Config Requirement: RF_High_Beam_Ckt_Usage_Cfg = POWER_SUPPLY & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[ RF_High_Beam_Ckt ] = SHORT | FETMode[ RF_High_Beam_Ckt ] = NO_RETRY Decrement/pass criteria:FET_Ctrl[RF_High_Beam_Ckt ] <> SHORT & FETMode[ RF_High_Beam_Ckt ] <> NO_RETRY & FETGood[ RF_High_Beam_Ckt ] = GOOD "RF_High_Beam_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Exterior Lamps Power Supply "F" may not activate when requested. yes Incerment/fail criteria:FET_Ctrl[RF_High_Beam_Ckt ] = SHORT | FETMode[ RF_High_Beam_Ckt ] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[ RF_High_Beam_Ckt ] <> SHORT & FETMode[ RF_High_Beam_Ckt ] <> NO_RETRY & FETGood[ RF_High_Beam_Ckt ] = GOOD J5-38 yes Config Requirement: RF_High_Beam_Ckt_Usage_Cfg = POWER_SUPPLY & HighBeamOpenDTC_Cfg = USED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Exterior Lamps Power Supply "F" may activate when Not requested. Open: Exterior Lamps Power Supply "F" may not activate. yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-38 0x94E4 Extra Enhanced Exterior Lighting System yes Config Requirement:SlaveExists_EXEEL_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:EX_EEL_ComStat = PRESENT & EX_EEL_OpStat = SHORT Decrement/pass criteria:EX_EEL_ComStat = PRESENT & EX_EEL_OpStat <> SHORT No Action Extra Enhanced Exterior Lighting System will not function. yes Incerment/fail criteria:EX_EEL_ComStat = PRESENT & EX_EEL_OpStat = SHORT; Decrement/pass criteria:EX_EEL_ComStat = PRESENT & EX_EEL_OpStat <> SHORT J5-16 yes Config Requirement:SlaveExists_EXEEL_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 43 43 Incerment/fail criteria:EX_EEL_ComStat = MISSING Decrement/pass criteria:EX_EEL_ComStat <> MISSING No Action Extra Enhanced Exterior Lighting System may not be able to function. yes Incerment/fail criteria:EX_EEL_ComStat = MISSING; Decrement/pass criteria:EX_EEL_ComStat <> MISSING J5-16 no yes Incerment/fail criteria:EX_EEL_Load0= FAULT | EX_EEL_Load1= FAULT | EX_EEL_Load2= FAULT | EX_EEL_Load3= FAULT | EX_EEL_Load4= FAULT; Decrement/pass criteria:EX_EEL_Load0= NORMAL & EX_EEL_Load1= NORMAL &EX_EEL_Load2= NORMAL &EX_EEL_Load3= NORMAL &EX_EEL_Load4= NORMAL J5-16 yes Config Requirement:SlaveExists_EXEEL_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 43 43 Incerment/fail criteria:EX_EEL_ComStat = PRESENT &EX_EEL_FaultStat = FAULTY Decrement/pass criteria:EX_EEL_ComStat = PRESENT &EX_EEL_FaultStat <> FAULTY No Action Extra Enhanced Exterior Lighting System may not be able to function. yes Incerment/fail criteria:EX_EEL_ComStat = PRESENT &EX_EEL_FaultStat = FAULTY; Decrement/pass criteria:EX_EEL_ComStat = PRESENT &EX_EEL_FaultStat <> FAULTY J5-16 yes Config Requirement:SlaveExists_EXEEL_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 26 26 Incerment/fail criteria:EX_EEL_ComStat = PRESENT &EX_EEL_CfgStat = NO_CONFIG Decrement/pass criteria:EX_EEL_ComStat = PRESENT &EX_EEL_CfgStat <> NO_CONFIG No Action Extra Enhanced Exterior Lighting System may not be able to function. yes Incerment/fail criteria:EX_EEL_ComStat = PRESENT &EX_EEL _CfgStat = NO_CONFIG; Decrement/pass criteria:EX_EEL _ComStat = PRESENT &EX_EEL _CfgStat <> NO_CONFIG J5-16 no yes Incerment/fail criteria:EX_EEL_IntVfStat = FAULT | EX_EEL_ExtVfStat = FAULT; Decrement/pass criteria:EX_EEL_IntVfStat = OK &EX_EEL_ExtVfStat = OK J5-16 0x94E5 Left Front Enhanced Exterior Lighting System yes Config Requirement:SlaveExists_FEEL_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:LF_EEL_ComStat = PRESENT & LF_EEL_OpStat = SHORT Decrement/pass criteria:LF_EEL_ComStat = PRESENT & LF_EEL_OpStat <> SHORT No Action Extra Enhanced Exterior Lighting System may not be able to function. DTC may show in instrument cluster. yes Incerment/fail criteria:LF_EEL_ComStat = PRESENT & LF_EEL_OpStat = SHORT; Decrement/pass criteria:LF_EEL_ComStat = PRESENT & LF_EEL_OpStat <> SHORT J5-16 yes Config Requirement:SlaveExists_FEEL_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 43 43 Incerment/fail criteria:LF_EEL_ComStat = MISSING Decrement/pass criteria:LF_EEL_ComStat <> MISSING No Action Extra Enhanced Exterior Lighting System may not be able to function. yes Incerment/fail criteria:LF_EEL_ComStat = MISSING; Decrement/pass criteria:LF_EEL_ComStat <> MISSING J5-16 no yes Incerment/fail criteria:LF_EEL_Load0= FAULT | LF_EEL_Load1= FAULT | LF_EEL_Load2= FAULT | LF_EEL_Load3= FAULT | LF_EEL_Load4= FAULT; Decrement/pass criteria:LF_EEL_Load0= NORMAL & LF_EEL_Load1= NORMAL &LF_EEL_Load2= NORMAL &LF_EEL_Load3= NORMAL &LF_EEL_Load4= NORMAL J5-16 yes Config Requirement:SlaveExists_FEEL_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 43 43 Incerment/fail criteria:LF_EEL_ComStat = PRESENT &LF_EEL_FaultStat = FAULTY Decrement/pass criteria:LF_EEL_ComStat = PRESENT &LF_EEL_FaultStat <> FAULTY No Action Extra Enhanced Exterior Lighting System may not be able to function. yes Incerment/fail criteria:LF_EEL_ComStat = PRESENT &LF_EEL_FaultStat = FAULTY; Decrement/pass criteria:LF_EEL_ComStat = PRESENT &LF_EEL_FaultStat <> FAULTY J5-16 yes Config Requirement:SlaveExists_FEEL_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 26 26 Incerment/fail criteria:LF_EEL_ComStat = PRESENT &LF_EEL_CfgStat = NO_CONFIG Decrement/pass criteria:LF_EEL_ComStat = PRESENT &LF_EEL_CfgStat <> NO_CONFIG No Action Extra Enhanced Exterior Lighting System may not be able to function. yes Incerment/fail criteria:LF_EEL_ComStat = PRESENT &LF_EEL_CfgStat = NO_CONFIG; Decrement/pass criteria:LF_EEL_ComStat = PRESENT &LF_EEL_CfgStat <> NO_CONFIG J5-16 no yes Incerment/fail criteria:LF_EEL_IntVfStat = FAULT | LF_EEL_ExtVfStat = FAULT; Decrement/pass criteria:LF_EEL_IntVfStat = OK &LF_EEL_ExtVfStat = OK J5-16 0x94E7 Right Front Enhanced Exterior Lighting System yes Config Requirement:SlaveExists_FEEL_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:RF_EEL_ComStat = PRESENT & RF_EEL_OpStat = SHORT Decrement/pass criteria:RF_EEL_ComStat = PRESENT & RF_EEL_OpStat <> SHORT No Action Extra Enhanced Exterior Lighting System may not be able to function. yes Incerment/fail criteria:RF_EEL_ComStat = PRESENT & RF_EEL_OpStat = SHORT; Decrement/pass criteria:RF_EEL_ComStat = PRESENT & RF_EEL_OpStat <> SHORT J5-16 yes Config Requirement:SlaveExists_FEEL_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 43 43 Incerment/fail criteria:RF_EEL_ComStat = MISSING Decrement/pass criteria:RF_EEL_ComStat <> MISSING No Action Extra Enhanced Exterior Lighting System may not be able to function. yes Incerment/fail criteria:RF_EEL_ComStat = MISSING; Decrement/pass criteria:RF_EEL_ComStat <> MISSING J5-16 no yes Incerment/fail criteria:RF_EEL_Load0= FAULT | RF_EEL_Load1= FAULT | RF_EEL_Load2= FAULT | RF_EEL_Load3= FAULT | RF_EEL_Load4= FAULT; Decrement/pass criteria:RF_EEL_Load0= NORMAL & RF_EEL_Load1= NORMAL &RF_EEL_Load2= NORMAL &RF_EEL_Load3= NORMAL &RF_EEL_Load4= NORMAL J5-16 yes Config Requirement:SlaveExists_FEEL_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 43 43 Incerment/fail criteria:RF_EEL_ComStat = PRESENT &RF_EEL_FaultStat = FAULTY Decrement/pass criteria:RF_EEL_ComStat = PRESENT &RF_EEL_FaultStat <> FAULTY No Action Extra Enhanced Exterior Lighting System may not be able to function. yes Incerment/fail criteria:RF_EEL_ComStat = PRESENT &RF_EEL_FaultStat = FAULTY; Decrement/pass criteria:RF_EEL_ComStat = PRESENT &RF_EEL_FaultStat <> FAULTY J5-16 yes Config Requirement:SlaveExists_FEEL_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 26 26 Incerment/fail criteria:RF_EEL_ComStat = PRESENT &RF_EEL_CfgStat = NO_CONFIG Decrement/pass criteria:RF_EEL_ComStat = PRESENT &RF_EEL_CfgStat <> NO_CONFIG No Action Extra Enhanced Exterior Lighting System may not be able to function. yes Incerment/fail criteria:RF_EEL_ComStat = PRESENT &RF_EEL_CfgStat = NO_CONFIG; Decrement/pass criteria:RF_EEL_ComStat = PRESENT &RF_EEL_CfgStat <> NO_CONFIG J5-16 no yes Incerment/fail criteria:RF_EEL_IntVfStat = FAULT | RF_EEL_ExtVfStat = FAULT; Decrement/pass criteria:RF_EEL_IntVfStat = OK &RF_EEL_ExtVfStat = OK J5-16 LIN_05_Ckt 0x94E9 Liftgate Unlock Switch yes Config Requirement:BodyHwareExists(DF_Door_Key_Unlock_Ckt) & (PoliceRearDoor_Cfg = POLICE) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 1 1 Incerment/fail criteria:LG_Unlock_DbncV <> NULL Decrement/pass criteria:LG_Unlock_DbncV = NULL n.a. Liftgate/Decklid will open or 'pop up' BodyHwareExists(DF_Door_Key_Unlock_Ckt yes Incerment/fail criteria:LG_Unlock_DbncV <> NULL; Decrement/pass criteria:LG_Unlock_DbncV = NULL J6-42= Decklid_Key_Unlock_Ckt 0x950B Driver Door Interior Lock/Unlock Latching Switch yes Config Requirements: (BodyHwareExists(Door_Lock_Ckt) | BodyHwareExists(Door_Unlock_Ckt)) & PowerLock_Enable_Cfg = ENABLE & TrimSwitchType_Cfg = LATCHING & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) 1000 40 33 33 Increment/fail criteria: PIDRead_Trim_Panel_Lock_Latch_Status = FAULT Decrement/pass criteria: PIDRead_Trim_Panel_Lock_Latch_Status <> FAULT Driver Door Interior Lock/Unlock Latching Switch(Trim_Panel_Lock_Latching_Switch) yes Incerment/fail criteria: PIDRead_Trim_Panel_Lock_Latch_Status = FAULT; Decrement/pass criteria: PIDRead_Trim_Panel_Lock_Latch_Status <> FAULT 0x9512 Police Idle Switch yes Config Requirement:BodyHwareExists(DF_Door_Key_Lock_Ckt) &PoliceIdle_Enable_Status = ENABLED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 255 Incerment/fail criteriaoliceIdle_Switch_Fault = FAULT Decrement/pass criteriaoliceIdle_Switch_Fault = NO_FAULT N/A Switch has no effect cannot activate police secure idle no J6-27, J6-26 0x9513 Vehicle Battery "B" yes Config Requirement:BMSInCar_Cfg <> NONE& Set_2ndBattery_DTC_Cfg = TRUE & (DTCSuppression_Cfg[DTC Suppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 128 Incerment/fail criteriaTC_2ndBattery_Flag = TRUE Decrement/pass criteriaTC_2ndBattery_Flag = FALSE Set the battery telltale lamp on the cluster. STOP START feature will not work yes Incerment/fail criteriaTC_2ndBattery_Flag = TRUE; Decrement/pass criteriaTC_2ndBattery_Flag = FALSE n.a 0x9531 Left Side Turn Repeater yes Config Requirement:ActlHwareExists(LF_Fog_Lamp_Ckt) & LF_Fog_Lamp_Ckt_Usage_Cfg = TURN & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[LF_Fog_Lamp_Ckt] = SHORT | FETMode[LF_Fog_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[LF_Fog_Lamp_Ckt] <> SHORT & FETMode[LF_Fog_Lamp_Ckt] <> NO_RETRY & FETGood[LF_Fog_Lamp_Ckt] = GOOD "LF_Fog_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Left Side Turn Repeater Lamps may not activate when requested yes Incerment/fail criteria:FET_Ctrl[LF_Fog_Lamp_Ckt] = SHORT | FETMode[LF_Fog_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[LF_Fog_Lamp_Ckt] <> SHORT & FETMode[LF_Fog_Lamp_Ckt] <> NO_RETRY & FETGood[LF_Fog_Lamp_Ckt] = GOOD J5-6 yes Config Requirement:BodyHwareExists(LF_Fog_Lamp_Ckt) & LF_Fog_Lamp_Ckt_Usage_Cfg = TURN & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Left Side Turn Repeater Lamps will stay at maximum illumination Open: Right Tailgate/Liftgate Lamps will not activate when requested no J5-6 0x9532 Right Side Turn Repeater yes Config Requirement:ActlHwareExists(RF_Fog_Lamp_Ckt) & RF_Fog_Lamp_Ckt_Usage_Cfg = TURN & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[RF_Fog_Lamp_Ckt] = SHORT | FETMode[RF_Fog_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[RF_Fog_Lamp_Ckt] <> SHORT & FETMode[RF_Fog_Lamp_Ckt] <> NO_RETRY & FETGood[RF_Fog_Lamp_Ckt] = GOOD "RF_Fog_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Right Side Turn Repeater Lamp may not activate when requested. yes Incerment/fail criteria:FET_Ctrl[RF_Fog_Lamp_Ckt] = SHORT | FETMode[RF_Fog_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[RF_Fog_Lamp_Ckt] <> SHORT & FETMode[RF_Fog_Lamp_Ckt] <> NO_RETRY & FETGood[RF_Fog_Lamp_Ckt] = GOOD J5-7 yes Config Requirement:BodyHwareExists(RF_Fog_Lamp_Ckt) & RF_Fog_Lamp_Ckt_Usage_Cfg = TURN & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Right Side Turn Repeater Lamp will stay at maximum illumination Open: RRight Side Turn Repeater Lamp will not activate when requested yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-7 0x9533 Headlamp Switch Module yes Config Requirement: HeadlampSwitchType_Cfg = (LINABSOLUTE | LINRELATIVE) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index],bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 43 43 Incerment/fail criteria: LINHSM_ComStat = PRESENT & LINHSM_IpStat = FAULTY Decrement/pass criteria: LINHSM_ComStat = PRESENT & LINHSM_IpStat <> FAULTY Lowbeam shall be activated Non-working headlamps yes J4-32 yes Config Requirement:HeadlampSwitchType_Cfg = ( LINABSOLUTE |LINRELATIVE ) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 43 43 Incerment/fail criteria:LINHSM_ComStat = MISSING Decrement/pass criteria:LINHSM_ComStat <> MISSING Lowbeam shall be activated Headlamps shall activate when not requested during ignition RUN. yes Incerment/fail criteria:LINHSM_ComStat = MISSING; Decrement/pass criteria:LINHSM_ComStat <> MISSING J4-32 yes Config Requirement:HeadlampSwitchType_Cfg = ( LINABSOLUTE | LINRELATIVE ) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 43 43 Incerment/fail criteria:LINHSM_ComStat = PRESENT & LINHSM_FaultStat = FAULTY Decrement/pass criteria:LINHSM_ComStat = PRESENT & LINHSM_FaultStat <> FAULTY Lowbeam shall be activated Headlamps shall activate when not requested during ignition RUN. tbd yes Incerment/fail criteria:LINHSM_ComStat = PRESENT & LINHSM_FaultStat = FAULTY; Decrement/pass criteria:LINHSM_ComStat = PRESENT & LINHSM_FaultStat <> FAULTY J4-32 yes Config Requirement:HeadlampSwitchType_Cfg <> NONE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 26 26 Incerment/fail criteria: PIDRead_Headlamp_Cfg_Status = MISCONFIGURED & LINHSM_IpStat <> FAULTY Decrement/pass criteriaIDRead_Headlamp_Cfg_Status <> MISCONFIGURED Lowbeam shall be activated Headlamps shall activate when not requested during ignition RUN. yes Incerment/fail criteriaIDRead_Headlamp_Cfg_Status = MISCONFIGURED; Decrement/pass criteriaIDRead_Headlamp_Cfg_Status <> MISCONFIGURED J4-32 J4-54 J4-47 J4-46 J4-59 0x9537 Engine Stop-Start Button Backlight yes Config Requirement:ActlHwareExists(White_Lighting_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[White_Lighting_Ckt] = SHORT | FETMode[White_Lighting_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[White_Lighting_Ckt] <> SHORT & FETMode[White_Lighting_Ckt] <> NO_RETRY & FETGood[White_Lighting_Ckt] = GOOD White_Lighting_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Start stop button backlighting does not illuminate yes Incerment/fail criteria:FET_Ctrl[White_Lighting_Ckt] = SHORT |FETMode[White_Lighting_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[White_Lighting_Ckt] <> SHORT & FETMode[White_Lighting_Ckt] <> NO_RETRY & FETGood[White_Lighting_Ckt] = GOOD J4-23 yes Config Requirement:BodyHwareExists(White_Lighting_Ckt) & WhiteLightCkt_Cfg = USED & WhiteLightOpenDTC_Cfg = USED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Start stop button backlighting illumination stays at maximum illumination Open: Start stop button does not illuminate yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J4-23 0x9538 Left Rear Position Lamp Output yes Config Requirement:LR_Position_Lamp_Ckt_Usage_Cfg = POSITION_PARK & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[LR_Position_Lamp_Ckt] = SHORT | FETMode[LR_Position_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[LR_Position_Lamp_Ckt] <> SHORT & FETMode[LR_Position_Lamp_Ckt] <> NO_RETRY & FETGood[LR_Position_Lamp_Ckt] = GOOD "LR_Position_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Left Rear Position Lamp may not activate when requested yes Incerment/fail criteria:FET_Ctrl[LR_Position_Lamp_Ckt] = SHORT | FETMode[LR_Position_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[LR_Position_Lamp_Ckt] <> SHORT & FETMode[LR_Position_Lamp_Ckt] <> NO_RETRY & FETGood[LR_Position_Lamp_Ckt] = GOOD J6-53 yes Config Requirement:LR_Position_Lamp_Ckt_Usage_Cfg = POSITION_PARK & PositionLampOpenDTC_Cfg = USED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Left Rear Position Lamp will stay at maximum illumination Open: Left Rear Position Lamp will not activate when requested yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J6-53 0x9539 Right Rear Position Lamp Output yes RR_Position_Lamp_Ckt_Usage_Cfg = POSITION_PARK & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) 1000 40 127 33 Incerment/fail criteria: FET_Ctrl[RR_Position_Lamp_Ckt] = SHORT | FETMode[RR_Position_Lamp_Ckt] = NO_RETRY Decrement/pass criteria: FET_Ctrl[RR_Position_Lamp_Ckt] <> SHORT & FETMode[RR_Position_Lamp_Ckt] <> NO_RETRY & FETGood[RR_Position_Lamp_Ckt] = GOOD N/A None no J6-48 yes RR_Position_Lamp_Ckt_Usage_Cfg = POSITION_PARK & PositionLampOpenDTC_Cfg = USED &(DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit1 = 1) 200 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A None no J6-48 0x953A Cabin Lamp Output yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Interior_Lighting_Ckt_Cfg = CABIN VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Interior_Lighting_Ckt] = SHORT | FETMode[Interior_Lighting_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Interior_Lighting_Ckt] <> SHORT & FETMode[Interior_Lighting_Ckt] <> NO_RETRY & FETGood[Interior_Lighting_Ckt] = GOOD Interior_Lighting_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Cabin lamps do not illuminate yes Incerment/fail criteria:FET_Ctrl[Interior_Lighting_Ckt] = SHORT | FETMode[Interior_Lighting_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Interior_Lighting_Ckt] <> SHORT & FETMode[Interior_Lighting_Ckt] <> NO_RETRY & FETGood[Interior_Lighting_Ckt] = GOOD J6-17 yes Config Requirement:CourtesyLighting_Cfg <> LED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Interior_Lighting_Ckt_Cfg = CABIN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Cabin lamps illumination stays at maximum Open: Cabin lamps do not illuminate yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable j6-17 0x953B Cargo Lamp Output yes Config Requirement:ActlHwareExists(Puddle_Lamp_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Puddle_Lamp_Ckt_Cfg = CARGO VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Puddle_Lamp_Ckt] = SHORT | FETMode[Puddle_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Puddle_Lamp_Ckt] <> SHORT & FETMode[Puddle_Lamp_Ckt] <> NO_RETRY & FETGood[Puddle_Lamp_Ckt] = GOOD Puddle_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Cargo lamps do not illuminate yes Incerment/fail criteria:FET_Ctrl[Puddle_Lamp_Ckt] = SHORT | FETMode[Puddle_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Puddle_Lamp_Ckt] <> SHORT & FETMode[Puddle_Lamp_Ckt] <> NO_RETRY & FETGood[Puddle_Lamp_Ckt] = GOOD j6-7 yes Config Requirement:BodyHwareExists(Puddle_Lamp_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Puddle_Lamp_Ckt_Cfg = CARGO VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Cargo lamps illumination stays at maximum Open: Cargo lamps do not illuminate yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable j6-7 0x953C Color Ambient Light Output yes Config Requirement: ActlHwareExists(BackLighting2_LED_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria: FET_Ctrl[BackLighting2_LED_Ckt] = SHORT | FETMode[BackLighting2_LED_Ckt] = NO_RETRY Decrement/pass criteria: FET_Ctrl[BackLighting2_LED_Ckt] <> SHORT & FETMode[BackLighting2_LED_Ckt] <> NO_RETRY & FETGood[BackLighting2_LED_Ckt] = GOOD ALM_Conditioned_Pwr_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Ambient lights do not illuminate yes Incerment/fail criteria:FET_Ctrl[ALM_Conditioned_Pwr_Ckt] = SHORT | FETMode[ALM_Conditioned_Pwr_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[ALM_Conditioned_Pwr_Ckt] <> SHORT & FETMode[ALM_Conditioned_Pwr_Ckt] <> NO_RETRY & FETGood[ALM_Conditioned_Pwr_Ckt] = GOOD J6-4 yes Config Requirement: BodyHwareExists(ALM_Conditioned_Pwr_Ckt) & ALMConditionedPwrCkt_Cfg = USED & AmbientLighting_Cfg = SINGLE_COL & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 33 13 Incerment/fail criteria:FET_Ctrl[ALM_Conditioned_Pwr_Ckt] = SHORT| FETMode[ALM_Conditioned_Pwr_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[ALM_Conditioned_Pwr_Ckt] <> SHORT &FETMode[ALM_Conditioned_Pwr_Ckt] <> NO_RETRY & FETGood[ALM_Conditioned_Pwr_Ckt] = GOOD N/A Short: Ambient lights illumination stays at maximum Open: Ambient lights do not illuminate yes Incerment/fail criteria:FET_Ctrl[ALM_Conditioned_Pwr_Ckt] = SHORT| FETMode[ALM_Conditioned_Pwr_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[ALM_Conditioned_Pwr_Ckt] <> SHORT &FETMode[ALM_Conditioned_Pwr_Ckt] <> NO_RETRY & FETGood[ALM_Conditioned_Pwr_Ckt] = GOOD J6-4 0x953D Headlamp Switch Backlight Output yes Config Requirement:ActlHwareExists(BackLighting2_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[BackLighting2_Ckt] = SHORT | FETMode[BackLighting2_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[BackLighting2_Ckt] <> SHORT & FETMode[BackLighting2_Ckt] <> NO_RETRY & FETGood[BackLighting2_Ckt] = GOOD "Backlighting2_LED_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Headlamp Switch Backlight Output may not activate when requested DTC may show in cluster. Diagnostic Tool may show DTC. yes Incerment/fail criteria:FET_Ctrl[BackLighting2_Ckt] = SHORT |FETMode[BackLighting2_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[BackLighting2_Ckt] <> SHORT & FETMode[BackLighting2_Ckt] <> NO_RETRY & FETGood[BackLighting2_Ckt] = GOOD J4-13 yes Config Requirement:BodyHwareExists(BackLighting2_Ckt) & BackLighting2Ckt_Cfg = USED & BackLighting2OpenDTC_Cfg = USED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Headlamp Switch Backlight Output will stay at maximum illumination Open: Headlamp Switch Backlight Output will not activate when requested DTC may show in cluster. Diagnostic Tool may show DTC. yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J4-13 0x953E Trailer Hitch Light Output yes Config Requirement: SlaveExists_TBA_EEL_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec: STABLE 1000 40 43 43 Incerment/fail criteria: TBA_EEL_ComStat = PRESENT & TBA_EEL_OpStat = SHORT Decrement/pass criteria: TBA_EEL_ComStat = PRESENT & TBA_EEL_OpStat <> SHORT J*-* no yes Config Requirement: SlaveExists_TBA_EEL_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec: STABLE 1000 40 43 43 Incerment/fail criteria: TBA_EEL_ComStat = MISSING Decrement/pass criteria: TBA_EEL_ComStat <> MISSING no J*-* yes Config Requirement:ActlHwareExists(Puddle_Lamp_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Puddle_Lamp_Ckt_Cfg = TRAILER VBATT Guard: VBattState[VR_Diagnostics] = NORM_V Ign_5sec: STABLE 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Puddle_Lamp_Ckt] = SHORT | FETMode[Puddle_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Puddle_Lamp_Ckt] <> SHORT & FETMode[Puddle_Lamp_Ckt] <> NO_RETRY & FETGood[Puddle_Lamp_Ckt] = GOOD "Puddle_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F00049 will set)." Trailer Hitch Light Output may not activate when requested DTC may show in cluster. Diagnostic Tool may show DTC. yes Incerment/fail criteria:FET_Ctrl[Puddle_Lamp_Ckt] = SHORT | FETMode[Puddle_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Puddle_Lamp_Ckt] <> SHORT & FETMode[Puddle_Lamp_Ckt] <> NO_RETRY & FETGood[Puddle_Lamp_Ckt] = GOOD J6-7 yes Config Requirement:BodyHwareExists(Puddle_Lamp_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Puddle_Lamp_Ckt_Cfg = TRAILER VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Trailer Hitch Light Output will stay at maximum illumination Open: Trailer Hitch Light Output will not activate when requested DTC may show in cluster. Diagnostic Tool may show DTC. yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J6-7 yes Config Requirement: SlaveExists_TBA_EEL_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec: STABLE 1000 40 43 43 Incerment/fail criteria: TBA_EEL_ComStat = PRESENT & TBA_EEL_FaultStat = FAULTY Decrement/pass criteria: TBA_EEL_ComStat = PRESENT & TBA_EEL_FaultStat <> FAULTY no J*-* 0x953F Power Distribution Box yes Config Requirement ( SlaveExists_LINPDB_Cfg[SLAVE_A]=PRESENT ) | (SlaveExists_LINPDB_Cfg[SLAVE_B]=PRESENT) | (SlaveExists_LINPDB_Cfg[SLAVE_C]=PRESENT) | (SlaveExists_LINPDB_Cfg[SLAVE_D] = PRESENT) ) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 43 43 Incerment/fail criteria:LINPDB_ComStat = PRESENT & LINPDB_Op_Short = SHORT Decrement/pass criteria:LINPDB_ComStat = PRESENT & LINPDB_Op_Short <> SHORT Short circuit has been reported on LIN PDB slave output. yes Incerment/fail criteria:LINPDB_ComStat = PRESENT & LINPDB_Op_Short = SHORT; Decrement/pass criteria:LINPDB_ComStat = PRESENT & LINPDB_Op_Short <> SHORT yes Config Requirement: ( ( SlaveExists_LINPDB_Cfg[SLAVE_A]=PRESENT ) | (SlaveExists_LINPDB_Cfg[SLAVE_B]=PRESENT) | (SlaveExists_LINPDB_Cfg[SLAVE_C]=PRESENT) | (SlaveExists_LINPDB_Cfg[SLAVE_D] = PRESENT) ) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 43 43 Incerment/fail criteria:LINPDB_ComStat = MISSING Decrement/pass criteria:LINPDB_ComStat <> MISSING Loss of communication between BCM and LIN Power Distribution Box slave yes Incerment/fail criteria:LINPDB_ComStat = MISSING; Decrement/pass criteria:LINPDB_ComStat <> MISSING J5-47 yes Config Requirement: ( ( SlaveExists_LINPDB_Cfg[SLAVE_A]=PRESENT ) | (SlaveExists_LINPDB_Cfg[SLAVE_B]=PRESENT) | (SlaveExists_LINPDB_Cfg[SLAVE_C]=PRESENT) | (SlaveExists_LINPDB_Cfg[SLAVE_D] = PRESENT) ) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 43 43 Incerment/fail criteria:LINPDB_ComStat = PRESENT & LINPDB_FaultStat = FAULTY Decrement/pass criteria:LINPDB_ComStat = PRESENT & LINPDB_FaultStat <> FAULTY ECU Fault Status received from LIN Slave Power Distribution Box Module yes Incerment/fail criteria:LINPDB_ComStat = PRESENT & LINPDB_FaultStat = FAULTY; Decrement/pass criteria:LINPDB_ComStat = PRESENT & LINPDB_FaultStat <> FAULTY yes Config Requirement ( SlaveExists_LINPDB_Cfg[SLAVE_A]=PRESENT ) | (SlaveExists_LINPDB_Cfg[SLAVE_B]=PRESENT) | (SlaveExists_LINPDB_Cfg[SLAVE_C]=PRESENT) | (SlaveExists_LINPDB_Cfg[SLAVE_D] = PRESENT) ) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 43 43 Incerment/fail criteria:LINPDB_ComStat = PRESENT & LINPDB_Op_TMPDisabled = TMP_DISABLED Decrement/pass criteria:LINPDB_ComStat = PRESENT & LINPDB_Op_TMPDisabled <> TMP_DISABLED Power Distributation Box Output Disabled (no shorts) due to environmental reasons yes Incerment/fail criteria:LINPDB_ComStat = PRESENT & LINPDB_Op_TMPDisabled = TMP_DISABLED; Decrement/pass criteria:LINPDB_ComStat = PRESENT & LINPDB_Op_TMPDisabled <> TMP_DISABLED 0x9540 Rear Cargo Door Release yes Config Requirement: BodyHwareExists(Decklid_Liftgate_Release_Ckt) & Primary_Lock_Cfg = TRANSIT & TransitVehRear_Cfg = RHCD & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 33 13 Incerment/fail criteria: FET_Ctrl[Decklid_Liftgate_Release_Ckt] = SHORT | FETMode[Decklid_Liftgate_Release_Ckt] = NO_RETRY Decrement/pass criteria: FET_Ctrl[Decklid_Liftgate_Release_Ckt] <> SHORT & FETMode[Decklid_Liftgate_Release_Ckt] <> NO_RETRY & FETGood[Decklid_Liftgate_Release_Ckt] = GOOD "Rear Cargo Door(Decklid_Liftgate_Release_Ckt) turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will Rear Cargo Door does not operate no J6-10 = Decklid_Liftgate_Release_Ckt yes Config Requirement: BodyHwareExists(Decklid_Liftgate_Release_Ckt) & Primary_Lock_Cfg = TRANSIT & TransitVehRear_Cfg = RHCD & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable n/a S/C to B+ = Decklid Opens withour request Open cct= Decklid does not open when requested. no J6-10 = Decklid_Liftgate_Release_Ckt 0x9554 Wireless Accessory Charger Enable/Disable yes Config Requirement:ActlHwareExists(PhoneChargeHalt_Op_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[PhoneChargeHalt_Op_Ckt] = SHORT | FETMode[PhoneChargeHalt_Op_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[PhoneChargeHalt_Op_Ckt] <> SHORT & FETMode[PhoneChargeHalt_Op_Ckt] <> NO_RETRY & FETGood[PhoneChargeHalt_Op_Ckt] = GOOD N/A None yes J4-19 yes Config Requirement:BodyHwareExists(PhoneChargeHalt_Op_Ckt) & Wireless_Charging_Module_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A None yes J4-19 0x956C Center High Mounted Stop Lamp (CHMSL) Output 2 yes Config Requirement: ActlHwareExists (CHMSL_Bulb_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria: FET_Ctrl[CHMSL_Bulb_Ckt] = SHORT | FETMode[CHMSL_Bulb_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[CHMSL_Bulb_Ckt] <> SHORT & FETMode[CHMSL_Bulb_Ckt] <> NO_RETRY & FETGood[CHMSL_Bulb_Ckt] = GOOD CHMSL_Bulb_Ckt is turned OFF Open: CHMSL bulb will not illuminate yes J6-61 yes Config Requirement: BodyHwareExists(CHMSL_Bulb_Ckt) & CHMSL_Bulb_Ckt_Usage_Cfg <> NOT_USED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard: VBattState[VR_Diagnostics] = NORM_V Ign_5sec: stable 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short to Battery: CHMSL bulb will stay at maximum illumination Open: CHMSL bulb will not illuminate yes J6-61 0x9A79 Rear Fog Lamp yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Rear_Fog_Lamp_Ckt] = SHORT | FETMode[Rear_Fog_Lamp_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Rear_Fog_Lamp_Ckt] <> SHORT & FETMode[Rear_Fog_Lamp_Ckt] <> NO_RETRY & FETGood[Rear_Fog_Lamp_Ckt] = GOOD Rear_Fog_Lamp_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Rear fog lamps do not illuminate yes Incerment/fail criteria:FET_Ctrl[Rear_Fog_Lamp_Ckt] = SHORT | FETMode[Rear_Fog_Lamp_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Rear_Fog_Lamp_Ckt] <> SHORT & FETMode[Rear_Fog_Lamp_Ckt] <> NO_RETRY & FETGood[Rear_Fog_Lamp_Ckt] = GOOD J6-67 yes Config Requirement:RearFog_Enable_Cfg = ENABLED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Rear fog lamps stay at maximum illumination Open: Rear fog lamps do not illuminate when requested yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J6-67 0x9A85 Ambient Light Sensor yes Config Requirement:BodyHwareExists(Autolamp_Sensor_Input_Ckt) & AmbientLightSensorPresent_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 13 13 Incerment/fail criteria:Ambient_Light_Level_Status = FAULT Decrement/pass criteria:Ambient_Light_Level_Status <> FAULT N/A Backlighting illuminates at night time levels when it is daytime yes Incerment/fail criteria:Ambient_Light_Level_Status = FAULT; Decrement/pass criteria:Ambient_Light_Level_Status <> FAULT J4-52, J4-39 no yes Incerment/fail criteria:Autolamp_Sensor_Input_Ckt > AmbientLightOpenThreshold_Cfg; Decrement/pass criteria:Autolamp_Sensor_Input_Ckt <= AmbientLightOpenThreshold_Cfg J4-52, J4-39 0x9C55 Horn Relay yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Horn_Relay_Ckt] = SHORT | FETMode[Horn_Relay_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Horn_Relay_Ckt] <> SHORT & FETMode[Horn_Relay_Ckt] <> NO_RETRY & FETGood[Horn_Relay_Ckt] = GOOD Horn_Relay_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Horn will not sound yes Incerment/fail criteria:FET_Ctrl[Horn_Relay_Ckt] = SHORT | FETMode[Horn_Relay_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Horn_Relay_Ckt] <> SHORT & FETMode[Horn_Relay_Ckt] <> NO_RETRY & FETGood[Horn_Relay_Ckt] = GOOD J5-18 yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Horn will constantly sound Open: Horn will not sound yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-18 0x9D00 Left Low Beam yes Config Requirement: LF_Low_Beam_Ckt_Usage_Cfg <> POWER_SUPPLY & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[LF_Low_Beam_Ckt] = SHORT | FETMode[LF_Low_Beam_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[LF_Low_Beam_Ckt] <> SHORT & FETMode[LF_Low_Beam_Ckt] <> NO_RETRY & FETGood[LF_Low_Beam_Ckt] = GOOD LF_Low_Beam_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Left front low beam will not illuminate yes Incerment/fail criteria:FET_Ctrl[LF_Low_Beam_Ckt] = SHORT | FETMode[LF_Low_Beam_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[LF_Low_Beam_Ckt] <> SHORT & FETMode[LF_Low_Beam_Ckt] <> NO_RETRY & FETGood[LF_Low_Beam_Ckt] = GOOD J5-1 yes Config Requirement: LF_Low_Beam_Ckt_Usage_Cfg <> (POWER_SUPPLY & NOT_USED)&LowBeamOpenDTC_Cfg = USED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Left front low beams will stay at maximum illumination Open: Left front low beams will not activate when requested yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-1 0x9D01 Right Low Beam yes Config Requirement: RF_Low_Beam_Ckt_Usage_Cfg <> POWER_SUPPLY & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[RF_Low_Beam_Ckt] = SHORT | FETMode[RF_Low_Beam_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[RF_Low_Beam_Ckt] <> SHORT & FETMode[RF_Low_Beam_Ckt] <> NO_RETRY & FETGood[RF_Low_Beam_Ckt] = GOOD RF_Low_Beam_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Right front low beam will not illuminate yes Incerment/fail criteria:FET_Ctrl[RF_Low_Beam_Ckt] = SHORT | FETMode[RF_Low_Beam_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[RF_Low_Beam_Ckt] <> SHORT & FETMode[RF_Low_Beam_Ckt] <> NO_RETRY & FETGood[RF_Low_Beam_Ckt] = GOOD J5-39 yes Config Requirement: RF_Low_Beam_Ckt_Usage_Cfg <> (POWER_SUPPLY & NOT_USED) &LowBeamOpenDTC_Cfg = USED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Right front low beams will stay at maximum illumination Open: Right front low beams will not activate when requested yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-39 0x9D02 Left High Beam Circuit yes Config Requirement: LF_High_Beam_Ckt_Usage_Cfg <> POWER_SUPPLY & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[LF_High_Beam_Ckt] = SHORT | FETMode[LF_High_Beam_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[LF_High_Beam_Ckt] <> SHORT & FETMode[LF_High_Beam_Ckt] <> NO_RETRY & FETGood[LF_High_Beam_Ckt] = GOOD LF_High_Beam_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Left front High beam will not illuminate yes Incerment/fail criteria:FET_Ctrl[LF_High_Beam_Ckt] = SHORT | FETMode[LF_High_Beam_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[LF_High_Beam_Ckt] <> SHORT & FETMode[LF_High_Beam_Ckt] <> NO_RETRY & FETGood[LF_High_Beam_Ckt] = GOOD J5-40 yes Config Requirement: HighBeamOpenDTC_Cfg = USED & LF_High_Beam_Ckt_Usage_Cfg <> (POWER_SUPPLY & NOT_USED)& (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Left front High beam will stay at maximum illumination Open: Left front High beam will not activate when requested yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-40 0x9D03 Right High Beam Circuit yes Config Requirement: RF_High_Beam_Ckt_Usage_Cfg <> POWER_SUPPLY & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[RF_High_Beam_Ckt] = SHORT | FETMode[RF_High_Beam_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[RF_High_Beam_Ckt] <> SHORT & FETMode[RF_High_Beam_Ckt] <> NO_RETRY & FETGood[RF_High_Beam_Ckt] = GOOD RF_High_Beam_Ckt turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Right front high beam will not illuminate yes Incerment/fail criteria:FET_Ctrl[RF_High_Beam_Ckt] = SHORT | FETMode[RF_High_Beam_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[RF_High_Beam_Ckt] <> SHORT & FETMode[RF_High_Beam_Ckt] <> NO_RETRY & FETGood[RF_High_Beam_Ckt] = GOOD J5-38 yes Config Requirement: HighBeamOpenDTC_Cfg = USED & RF_High_Beam_Ckt_Usage_Cfg <> (POWER_SUPPLY & NOT_USED) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable N/A Short: Right front high beam will stay at maximum illumination Open: Right front high beam will not activate when requested yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J5-38 0x9D15 Global Open/Close yes Config Requirement:ActlHwareExists(Pulse_Train_Ckt) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 33 Incerment/fail criteria:FET_Ctrl[Pulse_Train_Ckt] = SHORT | FETMode[Pulse_Train_Ckt] = NO_RETRY Decrement/pass criteria:FET_Ctrl[Pulse_Train_Ckt] <> SHORT & FETMode[Pulse_Train_Ckt] <> NO_RETRY & FETGood[Pulse_Train_Ckt] = GOOD Pulse_Train_Ckt (Power Window global control) Output turned OFF. If 1/3 or 2/3 maximum activations limit reached, output disabled until Service $14 is requested and fault removed. If 3/3 maximum activations limit reached,output permanently disabled and module needs replacing (DTC F000 will set). Global Open/Close functionality not available. yes Incerment/fail criteria:FET_Ctrl[Pulse_Train_Ckt] = SHORT | FETMode[Pulse_Train_Ckt] = NO_RETRY; Decrement/pass criteria:FET_Ctrl[Pulse_Train_Ckt] <> SHORT & FETMode[Pulse_Train_Ckt] <> NO_RETRY & FETGood[Pulse_Train_Ckt] = GOOD J6_56 = Pulse_Train_Ckt. yes Config Requirement:BodyHwareExists(Pulse_Train_Ckt) & PulseTrainCkt_Cfg = USED & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 33 13 Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable Pulse_Train_Ckt (Power Window global control) Output normal. Global Open/Close functionality not available. yes Incerment/fail criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable; Decrement/pass criteria:Fault detection must use the appropriate value of FETOpenThreshold_Cfg[FET_Ctrl_Index] or FETShortThreshold_Cfg[FET_Ctrl_Index] determine the presence of a fault. Also, only increment or decrement the counter if the specific fault is detectable J6_56 = Pulse_Train_Ckt. 0x9D17 Battery Backed Sounder yes Config Requirement:BodyHwareExists(LIN_06_Ckt) &SlaveExists_BBS_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:BBS_ComStat = PRESENT & BBS_OpStat = SHORT Decrement/pass criteria:BBS_ComStat = PRESENT & BBS_OpStat <> SHORT N/A Battery backed sounder may not work yes Incerment/fail criteria:BBS_ComStat = PRESENT & BBS_OpStat = SHORT; Decrement/pass criteria:BBS_ComStat = PRESENT & BBS_OpStat <> SHORT J6-59 yes Config Requirement:SlaveExists_BBS_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:BBS_ComStat = PRESENT &BBS_IpStat = FAULTY Decrement/pass criteria:BBS_ComStat = PRESENT &BBS_IpStat <> FAULTY N/A Battery backed sounder may not work yes Incerment/fail criteria:BBS_ComStat = PRESENT &BBS_IpStat = FAULTY; Decrement/pass criteria:BBS_ComStat = PRESENT &BBS_IpStat <> FAULTY J6-59 yes Config Requirement:SlaveExists_BBS_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:BBS_ComStat = MISSING Decrement/pass criteria:BBS_ComStat <> MISSING N/A Battery backed sounder may not work yes Incerment/fail criteria:BBS_ComStat = MISSING; Decrement/pass criteria:BBS_ComStat <> MISSING J6-59 yes Config Requirement:SlaveExists_BBS_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:BBS_ComStat = PRESENT &BBS_FaultStat = FAULTY Decrement/pass criteria:BBS_ComStat = PRESENT &BBS_FaultStat <> FAULTY N/A Battery backed sounder may not work yes Incerment/fail criteria:BBS_ComStat = PRESENT &BBS_FaultStat = FAULTY; Decrement/pass criteria:BBS_ComStat = PRESENT &BBS_FaultStat <> FAULTY J6-59 yes Config Requirement:SlaveExists_BBS_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 26 26 Incerment/fail criteria:BBS_ComStat = PRESENT &BBS_CfgStat = NO_CONFIG Decrement/pass criteria:BBS_ComStat = PRESENT &BBS_CfgStat <> NO_CONFIG N/A Battery backed sounder may not work yes Incerment/fail criteria:BBS_ComStat = PRESENT &BBS_CfgStat = NO_CONFIG; Decrement/pass criteria:BBS_ComStat = PRESENT &BBS_CfgStat <> NO_CONFIG J6-59 yes Config Requirement:SlaveExists_BBS_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) &Ignition_Status = RUN VBATT Guard:n/a Ign_5sec:n/a 1000 40 32 32 Incerment/fail criteriaTCSTest[9D1708].MonitorMAX<>MAX & DTCSTest[9D1755].MonitorMAX<>MAX & DTCSTest[9D1749].MonitorMAX<>MAX & DTCSTest[9D1701].MonitorMAX<>MAX & DTCSTest[9D179A].MonitorMAX<>MAX & DTCSTest[9D1702].MonitorMAX<>MAX & BBS_Fault_Cnt >= BBSFaultMax_Cfg Decrement/pass criteriaTCSTest[9D1708].MonitorMAX = MAX | DTCSTest[9D1755].MonitorMAX = MAX | DTCSTest[9D1749].MonitorMAX = MAX | DTCSTest[9D1701].MonitorMAX = MAX | DTCSTest[9D179A].MonitorMAX = MAX | DTCSTest[9D1702].MonitorMAX = MAX| BBS_Fault_Cnt < BBSFaultMax_Cfg After 3 consecutive faults requests secuirity fault cluster message is requested Battery backed sounder may not work yes Incerment/fail criteriaTCSTest[9D1708].MonitorMAX<>MAX & DTCSTest[9D1755].MonitorMAX<>MAX & DTCSTest[9D1749].MonitorMAX<>MAX & DTCSTest[9D1701].MonitorMAX<>MAX & DTCSTest[9D179A].MonitorMAX<>MAX & DTCSTest[9D1702].MonitorMAX<>MAX & DTC_9D1797_BBS_Blocked = SET_DTC; Decrement/pass criteriaTCSTest[9D1708].MonitorMAX = MAX | DTCSTest[9D1755].MonitorMAX = MAX | DTCSTest[9D1749].MonitorMAX = MAX | DTCSTest[9D1701].MonitorMAX = MAX | DTCSTest[9D179A].MonitorMAX = MAX | DTCSTest[9D1702].MonitorMAX = MAX| DTC_9D1797_BBS_Blocked = CLEAR_DTC J6-59 yes Config Requirement:SlaveExists_BBS_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 43 43 Incerment/fail criteria:BBS_ComStat = PRESENT &BBS_OpStat = TMP_DISABLED Decrement/pass criteria:BBS_ComStat = PRESENT &BBS_OpStat <> TMP_DISABLED N/A Battery backed sounder may not work yes Incerment/fail criteria:BBS_ComStat = PRESENT &BBS_OpStat = TMP_DISABLED; Decrement/pass criteria:BBS_ComStat = PRESENT &BBS_OpStat <> TMP_DISABLED J6-59 0x9D35 Hazard Switch yes Config Requirement:Hazard_Switch_Type_Cfg = MOMENTARY & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 1 1 Incerment/fail criteria:Hazard_DbncV = ACTIVE Decrement/pass criteria:Hazard_DbncV = INACTIVE N/A Hazard switch shall have no effect yes Incerment/fail criteria:Hazard_DbncV = ACTIVE; Decrement/pass criteria:Hazard_DbncV = INACTIVE J4-12 0x9D36 Turn Indicator Switch yes Config Requirement: (BodyHwareExists(MFS_Left_Turn_Ckt) | BodyHwareExists(MFS_Right_Turn_Ckt)) & TurnSignalInputType_Cfg = HW & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:STABLE 1000 40 13 13 Incerment/fail criteriaIDReadTurnSignal = FAULT Decrement/pass criteriaIDReadTurnSignal <> FAULT N/A Turn indicator switch has no effect no J4-29 J4-30 J5-4 J5-5 0xC100 Lost Communication With ECM/PCM "A" yes Config Requirement:Ignition_Status = RUN & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1)& DTC_Ctrl = WATCH VBATT Guard:n/a Ign_5sec:STABLE CAN Signal: PwpckTq_D_Stat 1000 40 64 32 Incerment/fail criteriaHEV_Cfg <> HEV & PwPckTorque_ComStat = MISSING) | DTC_MissingVehSpeed = SET_DTC Decrement/pass criteriaHEV_Cfg <> HEV & (PwPckTorque_ComStat = PRESENT | DTC_MissingVehSpeed=CLEAR_DTC)) | (HEV_Cfg = HEV & DTC_MissingVehSpeed = CLEAR_DTC) PwPckTq_State is set to "UNKNOWN" BCM has lost communication with PCM/ECM no J5-4, J5-5 0xC101 Lost Communication with TCM yes Config Requirement:Ignition_Status = RUN & TCM_Available_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1)& DTC_Ctrl = WATCH VBATT Guard:n/a Ign_5sec:STABLE CAN Signal: GearRvrse_D_Actl 1000 40 64 26 Incerment/fail criteria: TrnPrkSys_D_Actl_ComStat = MISSING Decrement/pass criteria: TrnPrkSys_D_Actl_ComStat = PRESENT Reverse_Status is set to "INACTIVE" within BCM Reverse gear status is unknown to the BCM due to lost communication with Transmission Control Module. Reverse lighting will not activate no J5-4, J5-5 0xC121 Lost Communication With Anti-Lock Brake System (ABS) Control Module yes Config Requirement:ABS_Available_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1)& DTC_Ctrl = WATCH& Ignition_Status = RUN VBATT Guard:n/a Ign_5sec:STABLE CAN Signal: Emer_Brake_Appl_Status 1000 40 64 26 Incerment/fail criteria:Emer_Brake_Appl_Status_ComStat = MISSING Decrement/pass criteria:Emer_Brake_Appl_Status_ComStat = PRESENT Emer_Brake_Rqst is set to "OFF" within the BCM Emergency braking will not activate as BCM has lost communication with Anti-Lock Brake System Control Module no J5-4, J5-5 0xC131 Lost Communication With Power Steering Control Module yes Config RequirementSCM_Available_Cfg = PRESENT &(DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1)& DTC_Ctrl = WATCH& Ignition_Status = RUN VBATT Guard:n/a Ign_5sec:STABLE CAN Signal: SteMdule_I_Est 1000 40 64 26 Incerment/fail criteria:SteMdule_I_Est_ComStat = MISSING Decrement/pass criteria:SteMdule_I_Est_ComStat = PRESENT BCM has lost communication with Power Steering Control Module no J5-4, J5-5 0xC137 Lost Communication With Trailer Brake Control Module yes Config Requirement:TBM_Available_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1)& DTC_Ctrl = WATCH& Ignition_Status = RUN VBATT Guard:n/a Ign_5sec:STABLE CAN Signal: StopLamp_B_RqTrlrBrk 1000 40 64 26 Incerment/fail criteria:StopLamp_B_RqTrlrBrk_ComStat = MISSING Decrement/pass criteria:StopLamp_B_RqTrlrBrk_ComStat = PRESENT BCM will set TBCBrake_Rqst to "NO_BRAKE". BCM cannot turn on brake lights when requested by the Trailer Tow Module due to lost communication. no J5-4, J5-5 0xC142 Lost Communication With Body Control Module "B" yes Config Requirement:BCMB_Available_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1)& DTC_Ctrl = WATCH & Ignition_Status = RUN VBATT Guard:n/a Ign_5sec:STABLE CAN Signal: Turn_Outage_Stat_Left_Rear 1000 40 64 32 Incerment/fail criteria:Turn_Outage_Stat_Left_Rear_ComStat = MISSING Decrement/pass criteria:Turn_Outage_Stat_Left_Rear_ComStat = PRESENT BCM will set OutageABM_Left_Status and OutageABM_Right_Status to "OUT" Turn signals driven by Ancillary Body Module are not functional as BCM has lost communication with Body Control Module "B"(BCMB) no J5-4, J5-5 0xC151 Lost Communication With Restraints Control Module yes Config Requirement:Ignition_Status = RUN & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1)& DTC_Ctrl = WATCH VBATT Guard:n/a Ign_5sec:STABLE CAN Signal: RstrnImpactEvntStatus 1000 0 64 32 Incerment/fail criteria:RstrnImpactEvntStatus_ComStat =MISSING Decrement/pass criteria:RstrnImpactEvntStatus_ComStat =PRESENT BCM will set ENS_Arbitrated to "NO_EVENT" BCM has lost communication with Restraints Control Module(RCM). Service lamp will illuminate in cluster. no J5-4, J5-5 0xC155 Lost Communication With Instrument Panel Cluster (IPC) Control Module yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1)& DTC_Ctrl = WATCH& Ignition_Status = RUN VBATT Guard:n/a Ign_5sec:STABLE CAN Signal: OdometerMasterValue 1000 40 64 32 Incerment/fail criteria:OdoSig_Status=MISSING Decrement/pass criteria:OdoSig_Status =PRESENT BCM has lost communication with Instrument Panel Cluster (IPC) Control Module. no J5-4, J5-5 0xC166 Lost Communication With Auxiliary Heater Control Module yes Config Requirement:AHCM_Available_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1)& DTC_Ctrl = WATCH& Ignition_Status = RUN VBATT Guard:n/a Ign_5sec:STABLE CAN Signal: Foh_D_Stat 1000 40 64 26 Incerment/fail criteria:ACHMStatus_ComStat = MISSING Decrement/pass criteria:ACHMStatus_ComStat = PRESENT BCM will set PtWakeupFOH_Rqst to "INACTIVE" BCM has lost communication with Auxiliary Heater Control Module(AHCM). Status of Fuel Operated Heater unknown. no J5-4, J5-5 0xC184 Lost Communication With Radio yes Config Requirement:ACM_Available_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1)& DTC_Ctrl = WATCH& Ignition_Status = RUN VBATT Guard:n/a Ign_5sec:STABLE CAN Signal: HMI_HMIMode_St 1000 40 64 26 Incerment/fail criteria:Multimedia_System_ComStat = MISSING Decrement/pass criteria:Multimedia_System_ComStat = PRESENT BCM has lost communication with Audio Front Control Module(ACM) no J5-4, J5-5 0xC198 Lost Communication With Telematic Control Module yes Config Requirement: TCU_Available_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & DTC_Ctrl = WATCH & Ignition_Status = RUN VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec: STABLE 1000 40 64 26 Incerment/fail criteria:CPPLockUnlock_ComStat = MISSING Decrement/pass criteria:CPPLockUnlock_ComStat = PRESENT no J*-* 0xC199 Lost Communication With "Door Control Module A" yes Config RequirementDM_Available_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1)& DTC_Ctrl = WATCH& Ignition_Status = RUN VBATT Guard:n/a Ign_5sec:STABLE CAN Signal: Driver_Lock_Sw_Stat 1000 40 64 26 Incerment/fail criteriariver_Lock_Sw_ComStat = MISSING Decrement/pass criteriariver_Lock_Sw_ComStat = PRESENT BCM will set Drv_Door_Trim_ Lock_Status and Drvr_Msg_Count to "No Change" Locking from Driver Door Trim panel switch will not work. BCM has lost communication with Driver Front Door Module(DDM) no J5-4, J5-5 0xC200 Lost Communication With "Door Control Module B" yes Config RequirementDM_Available_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1)& DTC_Ctrl = WATCH& Ignition_Status = RUN VBATT Guard:n/a Ign_5sec:STABLE CAN Signal: Pasngr_Lock_Sw_Stat 1000 40 64 26 Incerment/fail criteriaasngr_Lock_Sw_ComStat = MISSING Decrement/pass criteriaasngr_Lock_Sw_ComStat = PRESENT BCM will set Psg_Door_Trim_ Lock_Status and Psg_Msg_Count to "No Change" Locking from Passenger Door Trim panel switch will not work. BCM has lost communication with Passenger Front Door Module(DDM) no J5-4, J5-5 0xC203 Lost Communication With "Door Control Module E" yes Config Requirement:LPDM_Available_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1)& DTC_Ctrl = WATCH& Ignition_Status = RUN VBATT Guard:n/a Ign_5sec:STABLE CAN Signal: PwSldDrIntSwR_B_Stat 1000 40 64 26 Incerment/fail criteria:LPSDSwitchPress_ComStat = MISSING Decrement/pass criteria:LPSDSwitchPress_ComStat = PRESENT BCM will set LPSDSwitchPress_Received to IDLE Locking from Left Power Sliding Door Switch Status will not work. BCM has lost communication with Left Power Sliding Door Module(LPDM) no J5-4, J5-5 0xC204 Lost Communication With "Door Control Module F" yes Config Requirement:RPDM_Available_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1)& DTC_Ctrl = WATCH& Ignition_Status = RUN VBATT Guard:n/a Ign_5sec:STABLE CAN Signal: PwSldDrIntSwL_B_Stat 1000 40 64 26 Incerment/fail criteria:RPSDSwitchPress_ComStat = MISSING Decrement/pass criteria:RPSDSwitchPress_ComStat = PRESENT BCM will set RPSDSwitchPress_Received to IDLE Locking from Right Power Sliding Door Switch Status will not work. BCM has lost communication with Right Power Sliding Door Module(RPDM) no J5-4, J5-5 0xC208 Lost Communication With "Seat Control Module A" yes Config RequirementSM_Available_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1)& DTC_Ctrl = WATCH& Ignition_Status = RUN VBATT Guard:n/a Ign_5sec:STABLE CAN Signal: MemSwtch_D_RqRecall 1000 40 64 26 Incerment/fail criteria:Memory_Switch_Recall_Rqst_ComStat = MISSING Decrement/pass criteria:Memory_Switch_Recall_Rqst = PRESENT Active personality profile due to a memory switch press cannot be changed. BCM has lost communication with Driver Front Seat Module(DSM) no J5-4, J5-5 0xC212 Lost Communication With Steering Column Control Module yes Config Requirement:SCCM_Available_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) & DTC_Ctrl = WATCH & Ignition_Status = RUN VBATT Guard:n/a Ign_5sec:STABLE CAN Signal: HeadLghtHiFlash_D_Stat 1000 40 64 26 Incerment/fail criteriaTurnSignalInputType_Cfg = CAN & PIDReadTurnSignal = FAULT) | HighBeam_FlashToPassSw_ComStat = MISSING Decrement/pass criteriaIDReadTurnSignal <> FAULT &HighBeam_FlashToPassSw_ComStat = PRESENT BCM will set FTP_Status_CAN = "NULL" and High_Beam_Status_CAN shall not change status Flash to pass and high beam cannot be activated. BCM has lost communication with Steering Column Control Module no J5-4, J5-5 0xC230 Lost Communication With Rear Gate Module yes Config Requirement:RGTM_Available_Cfg = PRESENT &(DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1)& DTC_Ctrl = WATCH& Ignition_Status = RUN VBATT Guard:n/a Ign_5sec:STABLE CAN Signal: PwLftgtIntSw_B_Stat 1000 40 64 26 Incerment/fail criteriaLGSwitchPress_ComStat = MISSING Decrement/pass criteriaLGSwitchPress_ComStat = PRESENT N/A BCM has lost communication with Power Liftgate Module no J5-4, J5-5 0xC23A Lost Communication With Image Processing Module A yes Config Requirement: (AHBC_Available_Cfg = AVAILABLE) & (Ignition_Status = RUN) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) Ignition: STABLE VBATT Guard: n/a CAN Signal: AhbcRampingV_D_Rq 1000 40 64 26 Increment/fail criteria: AHBC_Ramping_Speed_Rqst_ComStat = MISSING Decrement/pass criteria: AHBC_Ramping_Speed_Rqst_ComStat = PRESENT yes 0xC252 Lost Communication With Lighting Control Module- Rear "B" yes Config Requirement:TRM_Available_Cfg = PRESENT & Ignition_Status = RUN & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1)& DTC_Ctrl = WATCH VBATT Guard:n/a Ign_5sec:STABLE CAN Signal: TrlrLampCnnct_B_Ac 1000 40 64 32 Incerment/fail criteria:Trailer_Tow_Present_Status_ComStat = MISSING Decrement/pass criteria:Trailer_Tow_Present_Status_ComStat = PRESENT N/A Turn signals flash faster when activated no 0xC253 Lost Communication With Accessory Protocol Interface Module yes Config Requirement:APIM_Available_Cfg = PRESENT &(DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1)& DTC_Ctrl = WATCH& Ignition_Status = RUN VBATT Guard:n/a Ign_5sec:STABLE CAN Signal: eCallConfirmation 1000 40 64 26 Incerment/fail criteria:eCall_Status = MISSING Decrement/pass criteria:eCall_Status = PRESENT The BCM shall set eCall to IN_PROGRESS only when EmgcyAsstActv_ComStat=PRESENT & EmgcyAsstActv_Status = ACTIVE, otherwise NULL BCM has lost communication with Accessory Protocol Interface Module no J5-4, J5-5 0xC256 Lost Communication With Front Controls Interface Module "A" yes Config Requirement:FCIM_Available_Cfg = PRESENT & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1)& DTC_Ctrl = WATCH& Ignition_Status = RUN VBATT Guard:n/a Ign_5sec:STABLE CAN Signal: AutoStpHvacDelta_I_Est 1000 40 64 26 Incerment/fail criteria:AutoStpHvacDelta_I_Est_ComStat = MISSING Decrement/pass criteria:AutoStpHvacDelta_I_Est_ComStat = PRESENT N/A BCM has lost communication with Front Controls Interface Module "A" no J5-4, J5-5 0xC258 Lost Communication With Radio Transceiver yes Config Requirement: RTM_Available_Cfg = PRESENT & KeySource_Cfg = (PASSIVE | NULL) & Local_OpMode > = (PERIPS_ACTIVE | CAN_SLEEP | AWAKE) & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:STABLE 1000 40 32 16 Incerment/fail criteria:The K-Line BusReset Counter reaches a zero value Decrement/pass criteria:Either a K-LineMessage transmission to theRTM is successful OR a message isreceived from theRTM Current message shall be purged to all '0's BCM has lost communication with Radio Tranciever no J4-33 0xC293 Lost Communication with Hybrid/EV Powertrain Control Module yes Config Requirement:HEV_Cfg = HEV & Ignition_Status = RUN & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1)& DTC_Ctrl = WATCH VBATT Guard:n/a Ign_5sec:STABLE CAN Signal: PwPckTq_D_Stat 1000 40 64 26 Incerment/fail criteriawPckTorque_ComStat = MISSING Decrement/pass criteriawPckTorque_ComStat = PRESENT PwPckTq_State and PwPckState are set to "UNKNOWN" BCM has lost communication with Hybrid/EV Powertrain Control Module no J5-4, J5-5 0xC559 Invalid Data Received From Radio Transceiver yes Config Requirement:TPMEnable_Cfg = ENABLE & (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteriaTC_C559_56_Incorrect_RTM_Configuration =SET; Decrement/pass criteriaTC_C559_56_Incorrect_RTM_Configuration = CLEAR Current message shall be purged to all '0's BCM has lost communication with Radio Tranciever no J4-33 0xD000 Solid State Driver Protection Active -Driver Disabled yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteria:FETMode[FET_Ctrl_Index]=NO_RETRY for any value of FET_Ctrl_Index. Decrement/pass criteria:FETMode[FET_Ctrl_Index]=RETRY for any value of FET_Ctrl_Index. A output function is no longer allowed to function (locked out) because it is in "NO_RETRY" i.e. completed 1/3/2/3 3/3 strategy. A output function is permanetely not working even though electrical connection is checked / confirmed o.k. no n.a. 0xDA4C Build / End of Line mode Active yes Config Requirement: (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteria:Refer to Table 6.6.217- DTCs that shall be set on delivery to Ford VO - with Clearing and Re-Setting Requirements Decrement/pass criteria:Refer to Table 6.6.217- DTCs that shall be set on delivery to Ford VO - with Clearing and Re-Setting Requirements N/A - LED stays ON for 60s (NLI_Transit_Timeout_Cfg) when Iginition turns to OFF - Approach detection doesn't work - Operation of the liftgate glass prior to module configururation - Personalization disabled - Illuminated Entry, Courtesy Lighting Delay, Illuminated Exit and Parklamp/Backlighting portion of Courtesy Lighting are disabled. N/A no N/A 0xE005 Vehicle Speed no yes Incerment/fail criteriaVehicle_Speed > DiagOutputCtrlSpeedLimit_Cfg) ; Decrement/pass criteria:Vehicle_Speed <= DiagOutputCtrlSpeedLimit_Cfg J5-4 = CANH J5-5 = CANL 0xE100 Initial Configuration Not Complete yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteria:Refer to Table 6.6.217- DTCs that shall be set on delivery to Ford VO - with Clearing and Re-Setting Requirements Decrement/pass criteria:Refer to Table 6.6.217- DTCs that shall be set on delivery to Ford VO - with Clearing and Re-Setting Requirements No action Interior lights will flash when IGN is RUN. N/A no N/A 0xE101 Control Module Configuration Incompatible yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 0 127 255 Incerment/fail criteriaID EE4C is non-Zero Decrement/pass criteriaID EE4C is Zero Set DTC $E10000 Interior lights will flash when IGN is RUN. N/A no N/A 0xE200 Control Module Configuration Memory Corrupt yes Config Requirement: (DTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 64 255 Incerment/fail criteria:Unrecoverable EEPROM Failure (bad checksum, or all copies disagree) Decrement/pass criteria:n/a No action Interior lights will flash when IGN is RUN. N/A no N/A 0xF000 Control Module yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 127 255 Incerment/fail criteriaTC_F00049 = SET_DTC(Refer toTable 6.6.216) Decrement/pass criteria:n/a BCM will not set any other DTCs; DTCs cannot be cleared; BCM will continue to operate as normally as possible BCM needs to be replaced. N/A no N/A 0xF006 Control Module Input Power "A" Circuit/Open yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 1000 40 23 16 Incerment/fail criteria:VB1 < DTC_MinVoltThres_Cfg Decrement/pass criteria:VB1 >= DTC_MinVoltThres_Cfg PIDs reset Self test ends early yes Incerment/fail criteria:VB1 < DTC_MinVoltThres_Cfg ; Decrement/pass criteria:VB1 >= DTC_MinVoltThres_Cfg J1-1 yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:n/a Ign_5sec:n/a 100 40 32 16 Incerment/fail criteria:VB1 > DTC_MaxVoltThres_Cfg Decrement/pass criteria:VB1 =< DTC_MaxVoltThres_Cfg PIDs reset Self test ends early yes Incerment/fail criteria:VB1 > DTC_MaxVoltThres_Cfg ; Decrement/pass criteria:VB1 =< DTC_MaxVoltThres_Cfg J1-1 yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 23 16 Incerment/fail criteria:Abs (VB1 - VB1P) >= DTC_VoltDiffThres_Cfg Decrement/pass criteria:Abs (VB1 - VB1P) < DTC_VoltDiffThres_Cfg N/A N/A no J1-2 0xF00A Ignition Switch yes Config RequirementDTCSuppression_Cfg[DTCSuppression_Cfg_Index], bit0 = 1) VBATT Guard:VBattState[VR_Diagnostics] = NORM_V Ign_5sec:n/a 1000 40 12 33 Incerment/fail criteriaIDRead_KC_Ignition = FAULT Decrement/pass criteriaIDRead_KC_Ignition <> FAULT N/A N/A no N/A Check Valid Application 0x0304 200 no None None RoutineInfo 1 RoutineType 4 7 enumerated 0x01 Type 1 RoutineStatus 0 3 enumerated 0x00 completed Response Additional Data 1 Application Status 0 7 enumerated 0x01 Valid Application Software is NOT Present 0x02 Valid Application Software is Present On-Demand Self-Test On-demand Self Test 0x0202 General Self-Test requirements: Before running the self test, ensure that: All doors are closed Healdlamps are OFF, Ignition is in RUN, Child Lock is engaged, Hood is closed, There is no key in the Driver Door Key Cylinder, There is no key in the Decklid/Boot/Trunk Key Cylinder, Clutch is not pressed, Driver Door Interior Lock Switch is not pressed, Decklid Interior release switch is not pressed, Keypad Switches are not pressed, Decklid/Liftgate/ Liftgate Glass Switch is not pressed, Park Brakes are not engaged, Brake Pedal is released, Headlamp Switch is in OFF position, Hazard Switch is not pressed, Front Fog Switch is not pressed, Rear Fog Switch is not pressed and Vehicle Speed is less than 5 Kph. Note: For general Self-Test requirements see Functional Specification sections 6.3.1.3, 6.3.1.4, 6.3.1.5 Circuits Tested: Inputs: N/A Outputs: LF_Turn_Lamp_Ckt RF_Turn_Lamp_Ckt Stop_Lamps_CHMSL_Ckt LR_Turn_Lamp_Ckt LF_Low_Beam_Ckt RR_Turn_Lamp_Ckt RF_Low_Beam_Ckt Backlighting_LED_Ckt Rear_Folding_Seat_Ckt Rear_Folding_Seat_Ckt Keypad_Illumination_Ckt Pulse_Train_Ckt Brake_Shift_Interlock_Ckt ECU_Drive_Ckt Start_Button_LED_Ckt Interior_Lighting_Ckt Decklid_Liftglass_Release_Ckt Horn_Relay_Ckt White_Lighting_Ckt RF_Fog_Lamp_Ckt Discrete_VSPD_Ckt PP_Set_Ckt Key_Inhibit_Ckt ALM_Conditioned_Pwr_Ckt LF_Fog_Lamp_Ckt PP_Reset_Ckt LF_Position_Lamp_Ckt RF_Position_Lamp_Ckt Park_Lamps_Body_Ckt Liftgate_Release_Ckt LF_DRL_Lamp_Ckt LF_High_Beam_Ckt RF_DRL_Lamp_Ckt RF_High_Beam_Ckt Puddle_Lamp_Ckt RR_Stop_Position_Lamp_Ckt Reverse_Lamp_Ckt Rear_Fog_Lamp_Ckt LR_Stop_Position_Lamp_Ckt Door_Lock_LED_Status_Ckt GloveBoxRelease_Relay_Ckt Piezo_Sounder_Ckt CrashDetected_Ckt Rear_Folding_Seat_Ckt ALM_Conditioned_Pwr_Ckt Demand_Lamp_Ckt Decklid_Liftgate_Release_Ckt LR_Position_Lamp_Ckt RR_Position_Lamp_Ckt Backlighting2_LED_Ckt Load_Shed_Relay_Ctrl_Ckt PhoneChargeHalt_Op_Ckt (MY18) Circuits NOT Tested: Run_Start_Relay_External_Ctrl_Ckt Load_Shed_Relay_Ctrl_Ckt Run_ACC_Relay_Ctrl_Ckt PP_Relay_Set_Ckt PP_Relay_Reset_Ckt Brake_Shift_Interlock_Ckt_SPL1 Brake_Shift_Interlock_Ckt_SPL2 ECU_Drive_Ckt_SPL1 ECU_Drive_Ckt_SPL2 Fuel_Pump_Relay_Ctrl_Ckt Fuel_Pump_On_Ckt Horn_Relay_Ctrl_Ckt ESCL_Relay_Ctrl_Ckt Demand_Ckt_SPL1 Demand_Ckt_SPL2 DOL_Spare_1 DOL_Spare_2 DOL_Spare_3 DOL Spare_4 CHMSL_bulb_ckt DOH_Spare_4 Wireless_charge_signal_Ckt 26000 no Entry Criteria for Self Test: (1) Battery voltage should not be under or over voltage. (2) Ignition must be in run (3) Vehicle speed should be less than configurable value. i.e. 5KMPH (4) ECU must be in extended session (5) Perimeter Alarm Config is disabled Self-Test Entry Criteria: (1 and 2 and 3 and 4 and 5) Exit Criteria for self test 1. if ignition is not run 2. if battery voltage is under or over voltage 3. if vehicle speed exceeds configurable value 4. if self test routine completed 5. if self test routine timer is expired 6. if stop routine self test command is received exit condition 1 or 2 or 3 or 4 or 5 or 6 RoutineInfo 1 RoutineType 4 7 enumerated 0x02 Type 2 RoutineStatus 0 3 enumerated 0x00 completed 0x01 aborted 0x02 active RoutineInfo 1 RoutineType 4 7 enumerated 0x02 Type 2 RoutineStatus 0 3 enumerated 0x00 completed 0x01 aborted 0x02 active RoutineInfo 1 RoutineType 4 7 enumerated 0x02 Type 2 RoutineStatus 0 3 enumerated 0x00 completed 0x01 aborted 0x02 active Response Additional Data 3 On-Demand DTCs 0 23 DTC On-demand Self-test Routine Perform on-demand test of BCM inputs and outputs. Step 1 0x01 Ensure all entry conditions specified on the "Self Test" page are satisfied. Step 2 0x02 Start the procedure by requesting start for routine $0202. Step 3 0x03 Read the results by requesting results for routine $0202 after the routine completes. Brake Control Module ABS CAN SAE_J2284 500000 11 0x0760 0x07DF 0x0768 25 0x32 0x19 5000 5000 generalReject 0x10 serviceNotSupported 0x11 subFunctionNotSupported 0x12 incorrectMessageLengthOrInvalidFormat 0x13 responseTooLong 0x14 busyRepeatRequest 0x21 conditionsNotCorrect 0x22 requestSequenceError 0x24 noResponseFromSubnetComponent 0x25 failurePreventsExecutionOfRequestedAction 0x26 requestOutOfRange 0x31 securityAccessDenied 0x33 invalidKey 0x35 exceedNumberOfAttempts 0x36 requiredTimeDelayNotExpired 0x37 uploadDownloadNotAccepted 0x70 transferDataSuspended 0x71 generalProgrammingFailure 0x72 wrongBlockSequenceCounter 0x73 requestCorrectlyReceived-ResponsePending 0x78 subFunctionNotSupportedInActiveSession 0x7E serviceNotSupportedInActiveSession 0x7F rpmTooHigh 0x81 rpmTooLow 0x82 engineIsRunning 0x83 engineIsNotRunning 0x84 engineRunTimeTooLow 0x85 temperatureTooHigh 0x86 temperatureTooLow 0x87 vehicleSpeedTooHigh 0x88 vehicleSpeedTooLow 0x89 throttle/PedalTooHigh 0x8A throttle/PedalTooLow 0x8B transmissionRangeNotInNeutral 0x8C transmissionRangeNotInGear 0x8D brakeSwitch(es)NotClosed 0x8F shifterLeverNotInPark 0x90 torqueConverterClutchLocked 0x91 voltageTooHigh 0x92 voltageTooLow 0x93 defaultSession 0x01 This diagnostic session enables the default diagnostic session in the server(s) and does not support any diagnostic application timeout handling provisions (e.g., TesterPresent service is not necessary to keep the session active). A server shall always start the default diagnostic session when powered up. If no other diagnostic session is started, then the default diagnostic session shall be running as long as the server is powered. NOTE: Example Only! The information here is only an example. The specifics for the ECU in question must be entered by deleting, adding, or modifying this information. This note should be deleted once the information is entered. Items used in session entry criteria: (1) Automatically entered within TBD ms after ECU reset or ECU power up (2) Receipt of diagnosticSessionControl with subfunction value of $01 (defaultSession) Session Entry Criteria: (1 or 2) NOTE: Example Only! The information here is only an example. The specifics for the ECU in question must be entered by deleting, adding, or modifying this information. This note should be deleted once the information is entered. Items used in session exit criteria: (1) Receipt of diagnosticSessionControl with an ECU supported subfunction value other than $01 (assuming all entry conditions are met for the requested session). (2) Power is removed from the ECU Session Exit Criteria: (1 or 2) programmingSession 0x02 This diagnosticSession enables all diagnostic services required to support the memory programming of a server. Regardless of whether the programmingSession runs in boot software or not, the ECU shall automatically suspend logging of DTCs and suspend transmission of non-diagnostic frames when entering the programmingSession. NOTE: Example only! The information here is only an example. The specifics for the ECU in question must be entered by deleting, adding, or modifying this information. This note should be deleted once the information is entered. Items used in session entry criteria: (1) Receipt of diagnosticSessionControl with subfunction value of $02 (programmingSession) (2) Ignition State = TBD (3)Vehicle Speed <= TBD Session Entry Criteria: (1 and 2 and 3) HINT: GGDS requires the ability to transition to programmingSession when vehicle speed and engine RPM are 0. If vehicle speed or engine RPM are networked and never received during an ignition cycle, the ECU shall allow transition to programmingSession. NOTE: Example only! The information here is only an example. The specifics for the ECU in question must be entered by deleting, adding, or modifying this information. This note should be deleted once the information is entered. Items used in session exit criteria: (1) Receipt of diagnosticSessionControl with an ECU supported subfunction value of $01 (2) Receipt of ECUReset with a subfunction of $01 (hardReset) (3) Power is removed from the ECU (4) S3server timeout Session Exit Criteria: (1 or 2 or 3 or 4) extendedDiagnosticSession 0x03 This diagnosticSession is used to enable timed diagnostic service functionality (e.g., I/O control). The diagnostic functionality in this session shall also include all supported diagnostic functionality supported in the defaultSession. NOTE: Example Only! The information here is only an example. The specifics for the ECU in question must be entered by deleting, adding, or modifying this information. This note should be deleted once the information is entered. Items used in session entry criteria: (1) Receipt of diagnosticSessionControl with subfunction value of $03 (extendedDiagnosticSession) (2) Ignition State = TBD Session Entry Criteria: (1 and 2) NOTE: Example Only! The information here is only an example. The specifics for the ECU in question must be entered by deleting, adding, or modifying this information. This note should be deleted once the information is entered. Items used in session exit criteria: (1) Receipt of diagnosticSessionControl with an ECU supported subfunction value other than $03 (assuming all entry conditions are met for the requested session). (2) Receipt of ECUReset with a subfunction of $01 (hardReset) (3) Power is removed from the ECU (4) S3server timeout Session Exit Criteria: (1 or 2 or 3 or 4) DiagnosticSessionControl 0x10 yes yes yes 50 25 ReadDTCInformation 0x19 yes yes yes reportNumberOfDTCByStatusMask 0x01 reportDTCByStatusMask 0x02 reportSupportedDTC 0x0A reportDTCSnapshotRecordByDTCNumber 0x04 reportDTCExtDataRecordByDTCNumber 0x06 200 0x00 ReadDataByIdentifier 0x22 yes yes 50 25 2 5 RoutineControl 0x31 yes yes yes startRoutine 0x01 stopRoutine 0x02 requestRoutineResults 0x03 200 60000 Active Diagnostic Session 0xD100 1 single_value Active Diagnostic Session 0 7 enumerated 0x01 Default Session 0x02 Programming Session 0x03 Extended Diagnostic Session ECU System Flags 0x201D 1 bitmapped Roll Stability Control 7 7 enumerated 0x00 Inactive 0x01 Active ABS 6 6 enumerated 0x00 Inactive 0x01 Active Brake Traction Control System 5 5 enumerated 0x00 Inactive 0x01 Active Traction Control System 4 4 enumerated 0x00 Inactive 0x01 Active Active Yaw Control 3 3 enumerated 0x00 Inactive 0x01 Active Electronic Traction Control / Dynamic Stability Control Input/Output 0x2B05 4 bitmapped Dynamic Stability Control switch status 31 31 enumerated 0x00 Inactive 0x01 Active Dynamic Stability Control system status 30 30 enumerated 0x00 Passive 0x01 Active Electric Park Brake Warning Lamp Status 0x2B15 1 single_value Electric Park Brake Warning Lamp Status 0 7 enumerated 0x00 Lamp Off 0x01 Lamp On 0x02 Lamp Blinking Steering Wheel Angle 0x3302 2 single_value Steering Wheel Angle 0 15 unsigned -780 Deg ECU Core Assembly Number 0xF111 24 single_value ECU Core Assembly Number 0 191 ascii left 0x00 ECU Delivery Assembly Number 0xF113 24 single_value ECU Delivery Assembly Number 0 191 ascii left 0x00 Software Download Specification Version 0xF162 1 single_value Software Download Specification Version 0 7 enumerated 0x06 SWDL 00.06.15.002-006 Diagnostic Specification Version 0xF163 1 single_value Diagnostic Specification Version 0 7 enumerated 0x04 GGDS 00.06.15.001-004 Vehicle Manufacturer ECU Software Number 0xF188 24 single_value Vehicle Manufacturer ECU Software Number 0 191 ascii left 0x00 ECU Serial Number 0xF18C 16 single_value ECU Serial Number 0 127 ascii left 0x00 Vehicle Identification Number 0xF190 24 single_value Vehicle Identification Number (F190) 0 191 ascii left 0x00 warningIndicatorRequested 7 testNotCompletedThisOperationCycle 6 testFailedSinceLastClear 5 testNotCompletedSinceLastClear 4 confirmedDTC 3 pendingDTC 2 testFailedThisOperationCycle 1 testFailed 0 0x86 Signal Invalid 0x8F Erratic 0x64 Signal Plausibility Failure 0x11 Circuit Short To Ground 0x12 Circuit Short To Battery 0x13 Circuit Open 0x49 Internal Electronic Failure 0x71 Actuator Stuck 0x07 Mechanical Failure 0x01 General Electrical Failure 0x2F Signal Erratic 0x4A Incorrect Component Installed 0x51 Not Programmed 0x1C Circuit Voltage Out of Range 0x7A Fluid Leak or Seal Failure 0x7B Low Fluid Level 0x67 Signal Incorrect After Event 0x85 Signal Above Allowable Range 0x28 Signal Bias Level Out of Range / Zero Adjustment Failure 0x54 Missing Calibration 0x00 No Sub Type Information 0x56 Invalid / Incompatible Configuration 0xA2 System Voltage Low 0x78 Alignment or Adjustment Incorrect 0x92 Performance or Incorrect Operation 0x9A Component or System Operating Conditions 0x09 Component Failure 0x7C Slow Response 0x29 Signal Invalid 0x74 Actuator Slipping 0x46 Calibration / Parameter Memory Failure 0x25 Signal Shape / Waveform Failure 0x47 Watchdog / Safety �C Failure 0x48 Supervision Software Failure 0x57 Invalid / Incompatible Software Component 0x77 Commanded Position Not Reachable 0x96 Component Internal Failure 0x97 Component or System Operation Obstructed or Blocked 0x98 Component or System Over Temperature 0x04 System Internal Failure 0x1B Circuit Resistance Above Threshold 0x53 Deactivated 0x87 Missing Message 0x93 No Operation 0x68 Event Information 0x4B Over Temperature 0x62 Signal Compare Failure 0x16 Circuit Voltage Below Threshold 0x17 Circuit Voltage Above Threshold 0x10 The first time since DTC information was cleared or the DTC was aged that DTC status bit 3 (confirmedDTC) is set to 1. 0x5D3 Driver Mode Select Switch "A" Range/Performance yes Monitoring time [ms]: Sdm_switch_failure : 10ms When checked: Sdm_switch_failure : continuous 96 127 128
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Oui, mais les remplacements automatiques de combinaisons de caractères par des smileys donnent esprit du truc (vu le nombre de ? et de ?) ?Oh putain... indigeste...
