Contents Section: Communication Devices All sections

Module Communications Network: Diagnosis Jaguar XKR I рестайлинг

Communication Devices 4 illustrations ~13545 words

Inspection and Verification

  1. Verify the customer concern.
  2. Confirm which, if any, warning lights and/or messages were displayed on the instrument cluster. NOTE: If any warning lights and/or messages were displayed when the fault occurred, refer to «Driver Information Chart»(ref-311038-S21767481822009032300000) for DTCs associated with the display, then to the DTC index table for possible sources and actions. Some warnings will appear to clear when the ignition is cycled. This is often because the warning has flagged as a result of one of the vehicle's on-board diagnostic routines having run to detect the fault. If the same routine is not run when the ignition is switched ON , the warning will not reflag until the routine does run. See the DTC summaries for drive cycle routines.
  3. Visually inspect for obvious signs of mechanical or electrical damage. Visual Inspection Chart Electrical General Fuses (see table) Wiring harness Correct engagement of electrical connectors Loose or corroded connections Controller Area Network (CAN) Instrument Cluster (IC) Engine control module (ECM) Dynamic Stability Control Module (DSCCM) Transmission Control Module (TCM) Adaptive Speed Control Module (ASCCM) Linear Switch Module J-Gate illumination Module Standard Corporate Protocol (SCP) Instrument Cluster (IC) Body Processor Module (BPM) Security and Locking Control Module (SLCM) Passenger Door Control Module (PDCM) Driver Door Control Module (DDCM) Passenger Head Restraint Control Module (PHRCM) Passenger Seat Control Module (PSCM) Driver Seat Control Module (DSCM) Driver Head Restraint Control Module (DHRCM) International Standards Organization (ISO) Restraints Control Module (RCM) Parking Aid Control Module (PACM) Adaptive Damping Control Module (ADCM) Engine Control Module (ECM) Left-hand High Intensity Discharge Headlamp Assembly (HID) Right-hand High Intensity Discharge Headlamp Assembly (HID) Key Transponder Module (KTM) Air Conditioning Control Module (A/CCM) Body Processor Module (BPM) Active Security Sounder (ROW only) Fuse Identification Chart Fuse Rating Circuit Location 10 10 Amp Engine Control Module EMS fuse box, passenger side within bulkhead extension 04 5 Amp Main Instrument Cluster Facia fuse box, passenger side 06 5 Amp Key Transponder Module Facia fuse box, passenger side 07 15 Amp Body Processor Module Facia fuse box, passenger side 08 10 Amp Driver's Headrest Control Module Facia fuse box, passenger side 10 10 Amp Airbag Control Module Facia fuse box, passenger side 13 5 Amp Diagnostic Connector (battery) Facia fuse box, passenger side 14 10 Amp Main Instrument Cluster Facia fuse box, passenger side 15 25 Amp Driver's Door Control Module Facia fuse box, passenger side 16 5 Amp Linear Switch Module Facia fuse box, passenger side 18 10 Amp Engine Control Module Facia fuse box, passenger side 01 20 Amp Passenger Seat Control Module Facia fuse box, driver's side 06 10 Amp Air Conditioning Control Module Facia fuse box, driver's side 07 20 Amp Body Processor Module Facia fuse box, driver's side 08 10 Amp Passenger Headrest Control Module Facia fuse box, driver's side 15 25 Amp Passenger Door Control Module Facia fuse box, driver's side 17 15 Amp Body Processor Module Facia fuse box, driver's side 01 10 Amp Transmission Control Module Engine Compartment fuse box, Left-hand side 03 5 Amp Security Sounder/HID modules Engine Compartment fuse box, Left-hand side 04 5 Amp Dynamic Stability Control Module Engine Compartment fuse box, Left-hand side 06 20 Amp Right-hand HID Engine Compartment fuse box, Left-hand side 08 20 Amp Left-hand HID Engine Compartment fuse box, Left-hand side 09 10 Amp Security Sounder Engine Compartment fuse box, Left-hand side 19 10 Amp Right-hand HID Engine Compartment fuse box, Left-hand side 21 10 Amp Left-hand HID Engine Compartment fuse box, Left-hand side 22 5 Amp Adaptive Speed Control Module Engine Compartment fuse box, Left-hand side 02 20 Amp Adaptive Speed Control Module Luggage compartment fuse box 03 5 Amp Diagnostic Connector (ignition) Luggage compartment fuse box 04 5 Amp Adaptive Damping Control Module Luggage compartment fuse box 06 5 Amp Security and Locking Control Module Luggage compartment fuse box 10 10 Amp Security and Locking Control Module Luggage compartment fuse box 13 5 Amp Reverse Aid, Navigation, DVD unit, TV, VICS (Japan) Luggage compartment fuse box 16 5 Amp Navigation, TV and VICS (Japan) Luggage compartment fuse box
  1. Where the Jaguar approved diagnostic system is available, complete the S93 report before clearing any or all fault codes from the vehicle. NOTE: If a DTC cannot be cleared, then there is a permanent fault present that flags again as soon as it is cleared. (The exception to this is P1260, which will only clear following an ignition OFF , wait one minute, ignition ON cycle after rectification.)
  2. If the cause is not visually evident and the Jaguar approved diagnostic system is not available, use a scan tool to retrieve the fault codes before proceeding to the Diagnostic Trouble Code (DTC) Index Chart, or the Symptom Chart if no DTCs are set.
  3. Using the Jaguar approved diagnostic system where available, and a scan tool where not, check the freeze frame data for information on the conditions applicable when the fault was flagged. The format of this will vary, depending on the tool used, but can provide information useful to the technician in diagnosing the fault. CAUTION: Diagnosis by substitution from a donor vehicle is Not acceptable. Each vehicle is configured to it's own VID block, and substitution of control modules may not only not confirm a fault, but may cause faults in the vehicle being tested and/or the donor vehicle. CAUTION: Electronic modules are sensitive to static electrical charges. If exposed to these charges, damage may result. CAUTION: When probing connectors to take measurements in the course of the pinpoint tests, use the adaptor kit, part number 3548-1358-00. NOTE: When performing electrical voltage or resistance tests, always use a digital multimeter (DMM) accurate to 3 decimal places, and with an up-to-date calibration certificate. When testing resistance, always take the resistance of the DMM leads into account. NOTE: Check and rectify basic faults before beginning diagnostic routines involving pinpoint tests.
  4. If an obvious cause for an observed or reported concern is found, correct the cause (if possible) before proceeding to the next step
  5. If the cause is not visually evident, verify the symptom and refer to «Diagnostic Trouble Code (DTC) index»(ref-311038-S11748755612009032300000) .

Diagnostic Trouble Code (DTC) index

DTCDescriptionPossible SourceAction
P1637CAN Engine Control Module (ECM) to Dynamic Stability Control Module (DSCCM) network malfunctionCAN open circuit fault; DSCCM to ECM CAN short circuit fault DSCCM power supply/ground fault DSCCM failure ECM failureFor open circuit tests, refer to Pinpoint Test A .. For short circuit tests, refer to Pinpoint Test B .. For power supply and ground tests, refer to Pinpoint Test E .. Contact dealer technical support for advice on possible ECM/DSCCM failure.
P1638CAN ECM to Instrument Cluster (IC) network malfunctionCAN open circuit fault; IC to ECM CAN short circuit fault IC failure ECM power supply/ground fault ECM failureFor open circuit tests, refer to Pinpoint Test A .. For short circuit tests, refer to Pinpoint Test B .. For ECM power supply/ground tests, refer to Electronic Engine Controls . Contact dealer technical support for advice on possible IC/ECM failure.
P1642CAN circuit malfunctionCAN short circuit fault Control module failure; check for additional flagged DTCs to locate control module sourceFor short circuit tests, refer to Pinpoint Test B .. Check for additional flagged DTCs, carry out pinpoint test for module indicated.
P1643CAN ECM to Transmission Control Module (TCM) network malfunctionCAN open circuit fault; TCM to ECM CAN short circuit fault TCM power supply/ground fault TCM failure ECM failureFor open circuit tests, refer to Pinpoint Test A .. For short circuit tests, refer to Pinpoint Test B .. For TCM power supply/ground tests, refer to Pinpoint Test F .. Contact dealer technical support for advice on possible TCM/ECM failure.
P1696CAN ECM to Adaptive Speed Control Module (ASCCM) network malfunctionCAN open circuit fault; ASCCM to ECM CAN short circuit fault ASCCM power supply/ground fault ASCCM failure ECM failureFor open circuit tests, refer to Pinpoint Test A .. For short circuit tests, refer to Pinpoint Test B .. For power supply/ground tests, refer to Pinpoint Test G .. Contact dealer technical support for advice on possible ASCCM/ECM failure.
P1699CAN ECM to A/CCM network malfunctionCAN open circuit fault; A/CCM to ECM CAN short circuit fault A/CCM power supply/ground fault A/CCM failure ECM failureFor open circuit tests, refer to Pinpoint Test A .. for short circuit tests, refer to Pinpoint Test B .. For power supply/ground tests, refer to Pinpoint Test H .. Contact dealer technical support for advice on possible A/CCM/ECM failure.
P1774CAN TCM to linear switch module network malfunctionCAN open circuit fault; TCM to linear switch module CAN short circuit fault Linear switch module power supply/ground fault Linear switch module failureFor open circuit tests, refer to Pinpoint Test A .. For short circuit tests, refer to Pinpoint Test B .. For linear switch module power supply/ground tests, refer to Pinpoint Test I .. For linear switch module, refer to Automatic Transmission/Transaxle External Controls .
P1796CAN network faultCAN open circuit or short circuit fault TCM power/ground fault TCM/control valve failureFor open circuit tests, refer to Pinpoint Test A .. For short circuit tests, refer to Pinpoint Test B .. For TCM power supply/ground tests, refer to Pinpoint Test F .. For TCM/control valve, refer to Automatic Transmission/Transaxle .
P1797CAN TCM/ECM network malfunctionCAN open circuit fault; TCM to ECM CAN short circuit fault ECM failure TCM/control valve failureFor open circuit tests, refer to Pinpoint Test A .. For short circuit tests, refer to Pinpoint Test B .. Contact dealer technical support for advice on possible ECM failure. For TCM/control valve, refer to Automatic Transmission/Transaxle .
P1798CAN TCM to IC network malfunctionCAN open circuit fault; TCM to IC CAN short circuit fault IC failure TCM/control valve failureFor open circuit tests, refer to Pinpoint Test A .. For short circuit tests, refer to Pinpoint Test B .. For IC, refer to Instrument Cluster . For TCM/control valve, refer to Automatic Transmission/Transaxle .
P1799CAN TCM to DSCCM network malfunctionCAN open circuit fault; TCM to DSCCM CAN short circuit fault DSCCM failure TCM/control valve failureFor open circuit tests, refer to Pinpoint Test A .. For short circuit tests, refer to Pinpoint Test B .. For DSCCM, refer to Anti-Lock Control - Stability Assist . For TCM/control valve, refer to Automatic Transmission/Transaxle .
U1003 (PATS)Standard Corporate Protocol (SCP) key status message; incorrect discrete identification numberInstrument cluster configuration error BPM SCP key status errorReconfigure the IC, reprogram the keys
U1041 (CATS)Vehicle speed signal from IC invalidVehicle speed circuit between IC and ADCM; open circuit, short circuit to ground, short circuit to B+, high resistance IC CAN network faultFor speed circuit tests, refer to Pinpoint Test J .. For open circuit tests, refer to Pinpoint Test A .. For short circuit tests, refer to Pinpoint Test B ..
U1041 (BPM)Vehicle speed SCP message invalidIC to BPM SCP circuit; open circuit, short circuit to B+, short circuit to ground IC CAN network fault SCP network faultFor IC to BPM circuit tests, refer to Pinpoint Test K .. For CAN circuit tests, refer to Pinpoint Test A .. refer to Pinpoint Test B .. For SCP network tests, refer to Pinpoint Test C ..
U1041 (DDCM)Vehicle speed SCP message invalidIC to DDCM SCP circuit; open circuit, short circuit to B+, short circuit to ground IC CAN network fault SCP network faultFor IC to DDCM circuit tests, refer to Pinpoint Test L .. For CAN circuit tests, refer to Pinpoint Test A .. refer to Pinpoint Test B .. For SCP network tests, refer to Pinpoint Test C ..
U1041 (SLCM)Vehicle speed SCP message invalidIC to SLCM SCP circuit; open circuit, short circuit to B+, short circuit to ground IC CAN network fault SCP network faultFor IC to SLCM circuit tests, refer to Pinpoint Test M .. For CAN circuit tests, refer to Pinpoint Test A .. Refer to Pinpoint Test B .. For SCP network tests, refer to Pinpoint Test C ..
U1135 (DDCM)Ignition status (ignition switch position) not obtainedIgnition switch to BPM switched ground circuit(s) fault BPM SCP key status error BPM SCP network fault SCP network faultFor ignition switched ground tests, refer to Pinpoint Test N .. For SCP network tests, refer to Pinpoint Test C ..
U1135 (DSCM)Ignition status (ignition switch position) not obtainedIgnition switch to BPM switched ground circuit(s) fault BPM SCP key status error BPM SCP network fault SCP network faultFor ignition switched ground tests, refer to Pinpoint Test N .. For SCP network tests, refer to Pinpoint Test C ..
U1135 (PDCM)Ignition status (ignition switch position) not obtainedIgnition switch to BPM switched ground circuit(s) fault BPM SCP key status error BPM SCP network fault SCP network faultFor ignition switched ground tests, refer to Pinpoint Test N .. For SCP network tests, refer to Pinpoint Test C ..
U1135 (PSCM)Ignition status (ignition switch position) not obtainedIgnition switch to BPM switched ground circuit(s) fault BPM SCP key status error BPM SCP network fault SCP network faultFor ignition switched ground tests, refer to Pinpoint Test N .. For SCP network tests, refer to Pinpoint Test C ..
U1135 (SLCM)Ignition status (ignition switch position) not obtainedIgnition switch to BPM switched ground circuit(s) fault BPM SCP key status error BPM SCP network fault SCP network faultFor ignition switched ground tests, refer to Pinpoint Test N .. For SCP network tests, refer to Pinpoint Test C ..
U1147 (PATS)SCP key status message missingIgnition switch to BPM switched ground circuit(s) fault BPM SCP key status error BPM SCP network fault SCP network faultFor ignition switched ground tests, refer to Pinpoint Test N .. For SCP network tests, refer to Pinpoint Test C ..
U1236 (A/CCM)Control panel to A/CCM serial communication circuit faultControl panel to A/CCM serial communication data input circuit; open circuit, short circuit to ground, short circuit to B+, high resistance Control panel failureFor data circuit tests, refer to Pinpoint Test O ..
U1260 (IC)SCP + circuit failureSCP + circuit; open circuit, short circuit to B +, short circuit to groundFor SCP network tests, refer to Pinpoint Test C ..
U1261 (IC)SCP - circuit failureSCP - circuit; open circuit, short circuit to B +, short circuit to groundFor SCP network tests, refer to Pinpoint Test C ..
U1262 (DHRCM)SCP network circuit fault (ignition status [ignition switch position] periodically not obtained)SCP network circuit; open circuit, short circuit to B +, short circuit to ground BPM SCP failure SCP network faultFor SCP network tests, refer to Pinpoint Test C ..
U1262 (PHRCM)SCP network circuit fault (ignition status [ignition switch position] periodically not obtained)SCP network circuit; open circuit, short circuit to B +, short circuit to ground BPM SCP failure SCP network faultFor SCP network tests, refer to Pinpoint Test C ..
U1264 (A/CCM)Control panel to A/CCM serial communication circuit faultControl panel to A/CCM serial communication data output circuit; open circuit, short circuit to ground, short circuit to B +, high resistance Control panel failureFor data circuit tests, refer to Pinpoint Test O ..
U1900 (IC)CAN communications faultCAN circuit; open circuit, short circuit to B +, short circuit to ground IC internal, CAN fault CAN network faultFor open circuit tests, refer to Pinpoint Test A .. For short circuit tests, refer to Pinpoint Test B ..
U1909 (DSCCM)Local CAN (steering angle sensor, yaw rate and lateral acceleration sensor) communication faultLocal CAN circuit; open circuit, short circuit to B +, short circuit to ground DSCCM internal local CAN fault Local CAN faultFor local CAN circuit tests, refer to Pinpoint Test P ..
U2012 (BPM)Key transponder module message corruptKTM to BPM data circuit; open circuit, short circuit to B +, short circuit to ground, high resistance Key transponder module failureFor KTM to BPM circuit tests, refer to Pinpoint Test Q ..
U2012 (DSCCM)CAN communication faultCAN circuit; open circuit, short circuit to B +, short circuit to ground DSCCM internal CAN fault CAN faultFor open circuit tests, refer to Pinpoint Test A .. For short circuit tests, refer to Pinpoint Test B ..
U2202 (DSCCM)CAN invalid configuration data receivedECM, TCM or DSCCM incorrectly configuredReconfigure modules
U2510 (IC)CAN challenge response errorFailed IC/ECM PATS challengeReconfigure the ECM and/or IC (incorrectly configured following replacement)
U2511 (IC)Incorrect ECM CAN data received"Engine start" remains disabled by ECM after receiving valid PATS data - ECM PATS errorContact dealer technical support for advice on possible ECM failure
U2515 (DSCCM)CAN adaptive speed control message missingTCM CAN DTC flaggedFor CAN open circuit tests, refer to Pinpoint Test A .. For CAN short circuit tests, refer to Pinpoint Test B ..
U2515 (IC)CAN adaptive speed control message missingASCCM CAN message missingFor CAN open circuit tests, refer to Pinpoint Test A .. For CAN short circuit tests, refer to Pinpoint Test B ..
U2516 (ASCCM)CAN TCM message missingTCM CAN DTC flaggedFor CAN open circuit tests, refer to Pinpoint Test A .. For CAN short circuit tests, refer to Pinpoint Test B ..
U2520 (ASCCM)CAN IC module missingIC CAN circuit; open circuit, short circuit to B +, short circuit to ground IC CAN fault CAN faultFor CAN open circuit tests, refer to Pinpoint Test A .. For CAN short circuit tests, refer to Pinpoint Test B ..
U2521 (ASCCM)CAN DSCCM module missingDSCCM CAN circuit; open circuit, short circuit to B +, short circuit to ground DSCCM CAN fault CAN faultFor CAN open circuit tests, refer to Pinpoint Test A .. For CAN short circuit tests, refer to Pinpoint Test B ..
U2521 (IC)CAN DSCCM message missingDSCCM CAN DTC flaggedFor CAN open circuit tests, refer to Pinpoint Test A .. For CAN short circuit tests, refer to Pinpoint Test B ..
U2522 (ASCCM)CAN TCM module missingTCM CAN circuit; open circuit, short circuit to B +, short circuit to ground TCM CAN fault CAN faultFor CAN open circuit tests, refer to Pinpoint Test A .. For CAN short circuit tests, refer to Pinpoint Test B ..
U2522 (DSCCM)CAN TCM module missingTCM CAN circuit; open circuit, short circuit to B +, short circuit to ground TCM CAN fault CAN faultFor CAN open circuit tests, refer to Pinpoint Test A .. For CAN short circuit tests, refer to Pinpoint Test B ..
U2522 (IC)CAN TCM message missingTCM CAN DTC flaggedFor CAN open circuit tests, refer to Pinpoint Test A .. For CAN short circuit tests, refer to Pinpoint Test B ..
U2523 (ASCCM)CAN ECM module missingECM CAN circuit; open circuit, short circuit to B +, short circuit to ground ECM CAN fault CAN faultFor CAN open circuit tests, refer to Pinpoint Test A .. For CAN short circuit tests, refer to Pinpoint Test B ..
U2523 (DSCCM)CAN ECM module missingECM CAN circuit; open circuit, short circuit to B +, short circuit to ground ECM CAN fault CAN faultFor CAN open circuit tests, refer to Pinpoint Test A .. For CAN short circuit tests, refer to Pinpoint Test B ..
U2523 (IC)CAN ECM message missingECM CAN DTC flaggedFor CAN open circuit tests, refer to Pinpoint Test A .. For CAN short circuit tests, refer to Pinpoint Test B ..
U2527 (DSCCM)Local CAN (steering angle sensor, yaw rate and lateral acceleration sensor) transmit faultLocal CAN circuit; open circuit, short circuit to B +, short circuit to ground DSCCM internal local CAN fault Local CAN faultFor local CAN circuit tests, refer to Pinpoint Test P ..

Power Supply/Ground test index

DescriptionPossible SourceAction
BPM supply or ground failureBPM permanent supply fault BPM ground faultFor BPM supply/ground tests, refer to Pinpoint Test R ..
SLCM supply or ground failureSLCM permanent supply fault SLCM ground faultFor SLCM supply/ground tests, refer to Pinpoint Test S ..
PDCM supply or ground failurePDCM permanent supply fault PDCM ground faultFor PDCM supply/ground tests, refer to Pinpoint Test T ..
DDCM supply or ground failureDDCM permanent supply fault DDCM ground faultFor DDCM supply/ground tests, refer to Pinpoint Test U ..
PHRCM supply or ground failurePHRCM permanent supply fault PHRCM ground faultFor PHRCM supply/ground tests, refer to Pinpoint Test V ..
PSCM supply failurePSCM permanent supply faultFor PSCM supply tests, refer to Pinpoint Test W ..
DSCM supply failureDSCM permanent supply faultFor DSCM supply tests, refer to Pinpoint Test X ..
DHRCM supply or ground failureDHRCM permanent supply fault DHRCM ground faultFor DHRCM supply/ground tests, refer to Pinpoint Test Y ..
Major IC supply or ground failureMajor IC permanent supply fault Major IC ignition switched supply fault Major IC ground faultFor Major IC supply/ground tests, refer to Pinpoint Test Z ..
RCM supply or ground failureRCM ignition switched supply fault RCM ground faultFor RCM supply/ground tests, refer to Pinpoint Test AA ..
PACM supply or ground failurePACM accessory switched supply fault PACM ground faultFor PACM supply/ground tests, refer to Pinpoint Test AB ..
ADCM supply or ground failureADCM permanent supply fault ADCM ignition switched supply fault ADCM ground faultFor ADCM supply/ground tests, refer to Pinpoint Test AC ..
Left-hand HID headlamp supply or ground failureLeft-hand HID headlamp ignition switched supply fault Left-hand HID headlamp ground faultFor Left-hand HID headlamp supply/ground tests, refer to Pinpoint Test AD ..
Right-hand HID headlamp supply or ground failureRight-hand HID headlamp ignition switched supply fault Right-hand HID headlamp ground faultFor Right-hand HID headlamp supply/ground tests, refer to Pinpoint Test AE ..
KTM supply or ground failureKTM permanent supply fault KTM accessory switched ground fault KTM ignition switched ground fault KTM ground faultFor KTM supply/ground tests, refer to Pinpoint Test AF ..

Pinpoint Test A: CHECK THE CONTROLLER AREA NETWORK FOR OPEN CIRCUIT

Pinpoint Test A

A1 CHECK THE CAN NETWORK FOR CONTINUITY
  1. Measure the resistance between the diagnostic connector, FC53, pins 06 (Y) and 14 (G).
Is the resistance 60 ohms?
YES Go to step 2 . → A2
NO Go to step 6 . → 6
A2 CHECK THE ECM CAN + CIRCUIT FOR CONTINUITY
  1. Disconnect the battery negative terminal.
  2. Disconnect the ECM electrical connector, EM80.
  3. Measure the resistance between FC53, pin 06 (Y) and EM80, pin 124 (Y).
Is the resistance greater than 5 ohms?
YES REPAIR the circuit between splice EMS34 (Y) and EM80, pin 124 (Y).
NO Go to step 3 . → 3
A3 CHECK THE ECM CAN - CIRCUIT FOR CONTINUITY
  1. Measure the resistance between FC53, pin 14 (G) and EM80, pin 123 (G).
Is the resistance greater than 5 ohms?
YES REPAIR the circuit between splice EMS35 (G) and EM80, pin 123 (G).
NO Go to step 4 . → 4
A4 CHECK THE TCM CAN + CIRCUIT FOR CONTINUITY
  1. Reconnect the ECM electrical connector, EM80.
  2. Disconnect the TCM electrical connector, GB02.
  3. Measure the resistance between FC53, pin 06 (Y) and GB02, pin 06 (Y).
Is the resistance greater than 5 ohms?
YES REPAIR the circuit between splice EMS32 (Y) and GB02, pin 06 (Y).
NO Go to step 5 . → 5
A5 CHECK THE TCM CAN - CIRCUIT FOR CONTINUITY
  1. Measure the resistance between FC53, pin 06 (Y) and GB02, pin 06 (Y).
Is the resistance greater than 5 ohms?
YES REPAIR the circuit between splice EMS33 (G) and GB02, pin 02 (G).
NO Go to step .
A6 CHECK THE CAN + CIRCUIT BETWEEN THE DIAGNOSTIC CONNECTOR AND THE INSTRUMENT CLUSTER FOR CONTINUITY
  1. Disconnect the IC electrical connector, FC25.
  2. Measure the resistance between FC53, pin 06 (Y) and FC25, pin 10 (Y).
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 7 . → 7
A7 CHECK THE CAN - CIRCUIT BETWEEN THE DIAGNOSTIC CONNECTOR AND THE INSTRUMENT CLUSTER FOR CONTINUITY
  1. Measure the resistance between FC53, pin 14 (G) and FC25, pin 24 (G).
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 8 . → 8
A8 CHECK THE IC FOR CORRECT TERMINATION
  1. Measure the resistance between pins 11 and 23 of the IC.
Is the resistance 120 ohms?
YES Go to step 9 . → A9
NO Contact dealer technical support for advice on possible IC failure.
A9 CHECK THE CAN + CIRCUIT BETWEEN THE INSTRUMENT CLUSTER AND THE J-GATE ILLUMINATION MODULE FOR CONTINUITY
  1. Disconnect the J-Gate illumination module electrical connector, FC88.
  2. Measure the resistance between FC25, pin 11 (Y) and FC88, pin 09 (Y).
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 10 . → 10
A10 CHECK THE CAN - CIRCUIT BETWEEN THE INSTRUMENT CLUSTER AND THE J-GATE ILLUMINATION MODULE FOR CONTINUITY
  1. Measure the resistance between FC25, pin 23 (G) and FC88, pin 08 (G).
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 11 . → 11
A11 CHECK THE CAN + CIRCUIT BETWEEN THE J-GATE ILLUMINATION MODULE AND THE LINEAR SWITCH MODULE FOR CONTINUITY
  1. Disconnect the Linear switch module electrical connector, FC100.
  2. Measure the resistance between FC88, pin 04 (Y) and FC100, pin 08 (Y).
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 12 . → 12
A12 CHECK THE CAN - CIRCUIT BETWEEN THE J-GATE ILLUMINATION MODULE AND THE LINEAR SWITCH MODULE FOR CONTINUITY
  1. Measure the resistance between FC88, pin 03 (G) and FC100, pin 07 (G).
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 13 . → 13
A13 CHECK THE CAN + CIRCUIT BETWEEN THE LINEAR SWITCH MODULE AND THE ADAPTIVE SPEED CONTROL MODULE FOR CONTINUITY
  1. Disconnect the ASCCM electrical connector, LF61.
  2. Measure the resistance between FC100, pin 03 (Y) and LF61, pin 10 (Y).
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 14 . → 14
A14 CHECK THE CAN - CIRCUIT BETWEEN THE LINEAR SWITCH MODULE AND THE ADAPTIVE SPEED CONTROL MODULE FOR CONTINUITY
  1. Measure the resistance between FC100, pin 02 (G) and LF61, pin 04 (G).
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 15 . → 15
A15 CHECK THE CAN + CIRCUIT BETWEEN THE ADAPTIVE SPEED CONTROL MODULE AND THE DSCCM FOR CONTINUITY
  1. Disconnect the DSCCM electrical connector, LF37.
  2. Measure the resistance between LF61, pin 11 (Y) and LF37, pin 11 (Y).
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 16 . → 16
A16 CHECK THE CAN - CIRCUIT BETWEEN THE ADAPTIVE SPEED CONTROL MODULE AND THE DSCCM FOR CONTINUITY
  1. Measure the resistance between LF61, pin 05 (G) and LF37, pin 15 (G).
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 17 . → 17
A17 CHECK THE DSCCM FOR CORRECT TERMINATION
  1. Measure the resistance between pins 11 and 15 of the DSCCM.
Is the resistance 120 ohms?
YES Go to step .
NO Contact dealer technical support for advice on possible DSCCM failure.

Pinpoint Test B: CHECK THE CONTROLLER AREA NETWORK FOR SHORT CIRCUIT

Pinpoint Test B

B1 CHECK THE CAN + FOR SHORT CIRCUIT TO BATTERY
  1. Measure the resistance between pins 06 (Y) and 16 (NW) of the diagnostic connector (FC53).
Is the resistance less than 10,000 ohms?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
B2 CHECK THE CAN + FOR SHORT CIRCUIT TO IGNITION POSITIVE
  1. Turn the ignition switch to the ON position.
  2. Measure the resistance between pins 06 (Y) and 09 (WU) of the diagnostic connector (FC53).
Is the resistance less than 10,000 ohms?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 3 . → 3
B3 CHECK THE CAN + FOR SHORT CIRCUIT TO GROUND
  1. Turn the ignition switch to the OFF position.
  2. Measure the resistance between pins 06 (Y) and 04 (BK) of the diagnostic connector (FC53).
  3. Measure the resistance between pins 06 (Y) and 05 (BK) of the diagnostic connector (FC53).
Is either resistance less than 10,000 ohms?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 4 . → 4
B4 CHECK THE CAN + FOR SHORT CIRCUIT TO ACCESSORY SWITCHED GROUND
  1. Turn the ignition switch to the ACCESSORY position.
  2. Measure the resistance between pins 06 (Y) and 08 (WR) of the diagnostic connector (FC53).
Is the resistance less than 10,000 ohms?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 5 . → 5
B5 CHECK THE CAN + FOR SHORT CIRCUIT TO IGNITION SWITCHED GROUND
  1. Turn the ignition switch to the ON position.
  2. Measure the resistance between pins 06 (Y) and 01 (WU) of the diagnostic connector (FC53).
Is the resistance less than 10,000 ohms?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 6 . → 6
B6 CHECK THE CAN - FOR SHORT CIRCUIT TO BATTERY
  1. Measure the resistance between pins 14 (G) and 16 (NW) of the diagnostic connector (FC53).
Is the resistance less than 10,000 ohms?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 7 . → 7
B7 CHECK THE CAN - FOR SHORT CIRCUIT TO IGNITION POSITIVE
  1. Turn the ignition switch to the ON position.
  2. Measure the resistance between pins 14 (G) and 09 (WU) of the diagnostic connector (FC53).
Is the resistance less than 10,000 ohms?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 8 . → 8
B8 CHECK THE CAN - FOR SHORT CIRCUIT TO GROUND
  1. Turn the ignition switch to the OFF position.
  2. Measure the resistance between pins 14 (G) and 04 (BK) of the diagnostic connector (FC53).
  3. Measure the resistance between pins 14 (G) and 05 (BK) of the diagnostic connector (FC53).
Is either resistance less than 10,000 ohms?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 9 . → 9
B9 CHECK THE CAN - FOR SHORT CIRCUIT TO ACCESSORY SWITCHED GROUND
  1. Turn the ignition switch to the ACCESSORY position.
  2. Measure the resistance between pins 14 (G) and 08 (WR) of the diagnostic connector (FC53).
Is the resistance less than 10,000 ohms?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 10 . → 10
B10 CHECK THE CAN - FOR SHORT CIRCUIT TO IGNITION SWITCHED GROUND
  1. Turn the ignition switch to the ON position.
  2. Measure the resistance between pins 06 (Y) and 01 (WU) of the diagnostic connector (FC53).
Is the resistance less than 10,000 ohms?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO No circuit fault found in Controller Area Network. Check for DTCs indicating an individual module fault. Refer to the DTC index.

Pinpoint Test C: CHECK THE SCP NETWORK CIRCUIT

Pinpoint Test C

C1 CHECK FOR CORRECT BUS TERMINATION IN THE SCP + NETWORK
  1. Measure the resistance between pins 02 (Y) and 05 (BK) of the diagnostic connector, FC53.
Is the resistance between 90 and 150 ohms?
YES Termination is correct. Check for DTCs indicating a module or circuit fault. Refer to the DTC index.
NO Go to step 2 . → 2
C2 CHECK THE SCP + FOR SHORT CIRCUIT TO BATTERY
  1. Measure the voltage across pins 02 (Y) and 16 (NW) of the diagnostic connector.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 3 . → 3
C3 CHECK THE SCP + FOR SHORT CIRCUIT TO IGNITION +
  1. Turn the ignition switch to the ON position.
  2. Measure the voltage across pins 02 (Y) and 09 (WU) of the diagnostic connector.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 4 . → 4
C4 CHECK THE SCP + FOR SHORT CIRCUIT TO GROUND
  1. Measure the resistance between pins 02 (Y) and 05 (BK) of the diagnostic connector.
Is the resistance less than 90 ohms?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 5 . → 5
C5 CHECK THE SCP - FOR SHORT CIRCUIT TO BATTERY
  1. Measure the voltage across pins 10 (U) and 16 (NW) of the diagnostic connector.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 6 . → 6
C6 CHECK THE SCP - FOR SHORT CIRCUIT TO IGNITION +
  1. Turn the ignition switch to the ON position.
  2. Measure the voltage across pins 10 (U) and 09 (WU) of the diagnostic connector.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 7 . → 7
C7 CHECK THE SCP - FOR SHORT CIRCUIT TO GROUND
  1. Measure the resistance between pins 10 (U) and 05 (BK) of the diagnostic connector.
Is the resistance less than 10,000 ohms?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 8 . → 8
C8 CHECK FOR SHORT CIRCUIT BETWEEN SCP + AND SCP -
  1. Measure the resistance between pins 10 (U) and 02 (BK) of the diagnostic connector.
Is the resistance less than 10,000 ohms?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Check for DTCs indicating a faulty module or circuit. Refer to «Diagnostic Trouble Code (DTC) index»(ref-311038-S11748755612009032300000) .

Pinpoint Test : CHECK THE ISO NETWORK CIRCUIT

Pinpoint Test C

C1 CHECK THE ISO "K" LINE FOR SHORT CIRCUIT TO BATTERY
  1. Measure the voltage between pins 07 (O) and 16 (NW) of the diagnostic connector.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
C2 CHECK THE ISO "K" LINE FOR SHORT CIRCUIT TO IGNITION +
  1. Turn the ignition switch to the ON position.
  2. Measure the voltage between pins 07 (O) and 09 (WU) of the diagnostic connector.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 3 . → 3
C3 CHECK THE ISO "K" LINE FOR SHORT CIRCUIT TO GROUND
  1. Turn the ignition switch to the OFF position.
  2. Measure the resistance between pin 07 (O) and GROUND.
Is the resistance less than 10,000 ohms?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 4 . → 4
C4 CHECK THE ISO "L" LINE FOR SHORT CIRCUIT TO BATTERY (ADCM AND A/CCM ONLY)
  1. Measure the voltage between pins 15 (W) and 16 (NW) of the diagnostic connector.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 5 . → 5
C5 CHECK THE ISO "L" LINE FOR SHORT CIRCUIT TO IGNITION + (ADCM AND A/CCM ONLY)
  1. Turn the ignition switch to the ON position.
  2. Measure the voltage between pins 15 (W) and 09 (WU) of the diagnostic connector.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 6 . → 6
C6 CHECK THE ISO "L" LINE FOR SHORT CIRCUIT TO GROUND (ADCM AND A/CCM ONLY)
  1. Turn the ignition switch to the OFF position.
  2. Measure the resistance between pin 15 (W) and GROUND.
Is the resistance less than 10,000 ohms?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 7 . → 7
C7 CHECK FOR HIGH RESISTANCE IN THE ISO CIRCUIT TO THE RESTRAINTS CONTROL MODULE (RCM)
  1. Disconnect the RCM electrical connector, FC08.
  2. Measure the resistance between FC08, pin 11 (O) and pin 07 (O) of the diagnostic connector.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. This circuit includes splice FCS16. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 8 . → 8
C8 CHECK FOR HIGH RESISTANCE IN THE ISO CIRCUIT TO THE PARKING AID CONTROL MODULE (PACM)
  1. Reconnect the RCM electrical connector, FC08.
  2. Disconnect the PACM electrical connector, BT04.
  3. Measure the resistance between BT04, pin 12 (O) and pin 07 (O) of the diagnostic connector.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. This circuit includes splices BTS45, and FCS16. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 9 . → 9
C9 CHECK FOR HIGH RESISTANCE IN THE ISO "K" LINE CIRCUIT TO THE ADAPTIVE DAMPING CONTROL MODULE (ADCM)
  1. Reconnect the PACM electrical connector, BT04.
  2. Disconnect the ADCM electrical connector, BT69.
  3. Measure the resistance between BT69, pin 10 (O) and pin 07 (O) of the diagnostic connector.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. This circuit includes splice FCS16. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 10 . → 10
C10 CHECK FOR HIGH RESISTANCE IN THE ISO "L" LINE CIRCUIT TO THE ADAPTIVE DAMPING CONTROL MODULE (ADCM)
  1. Measure the resistance between BT69, pin 28 (W) and pin 15 (W) of the diagnostic connector.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. This circuit includes splice FCS15. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 11 . → 11
C11 CHECK FOR HIGH RESISTANCE IN THE ISO CIRCUIT TO THE ENGINE CONTROL MODULE (ECM)
  1. Reconnect the ADCM electrical connector, BT69.
  2. Disconnect the ECM electrical connector, EM80.
  3. Measure the resistance between EM80, pin 105 (O) and pin 07 (O) of the diagnostic connector.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. This circuit includes splice FCS16. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 12 . → 12
C12 CHECK FOR HIGH RESISTANCE IN THE ISO CIRCUIT TO THE LEFT-HAND HIGH INTENSITY DISCHARGE HEADLAMP ASSEMBLY (HID)
  1. Reconnect the ECM electrical connector, EM80.
  2. Disconnect the HID electrical connector, LF30.
  3. Measure the resistance between LF30, pin 05 (O) and pin 07 (O) of the diagnostic connector.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. This circuit includes splices LFS10 and FCS16. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 13 . → 13
C13 CHECK FOR HIGH RESISTANCE IN THE ISO CIRCUIT TO THE RIGHT-HAND HIGH INTENSITY DISCHARGE HEADLAMP ASSEMBLY (HID)
  1. Reconnect the HID electrical connector, LF30.
  2. Disconnect the HID electrical connector, LF23.
  3. Measure the resistance between LF23, pin 05 (O) and pin 07 (O) of the diagnostic connector.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. This circuit includes splices LFS10 and FCS16. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 14 . → 14
C14 CHECK FOR HIGH RESISTANCE IN THE ISO "K" LINE CIRCUIT TO THE AIR CONDITIONING CONTROL MODULE (A/CCM)
  1. Reconnect the HID electrical connector, LF23.
  2. Disconnect the A/CCM electrical connector, AC04.
  3. Measure the resistance between AC04, pin 21 (O) and pin 07 (O) of the diagnostic connector.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. This circuit includes splice FCS16. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 15 . → 15
C15 CHECK FOR HIGH RESISTANCE IN THE ISO "L" LINE CIRCUIT TO THE AIR CONDITIONING CONTROL MODULE (A/CCM)
  1. Measure the resistance between AC04, pin 10 (W) and pin 05 (W) of the diagnostic connector.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. This circuit includes splice FCS15. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 16 . → 16
C16 CHECK FOR HIGH RESISTANCE IN THE ISO CIRCUIT TO THE KEY TRANSPONDER MODULE (KTM)
  1. Reconnect the A/CCM electrical connector, AC04.
  2. Disconnect the KTM electrical connector, FC22.
  3. Measure the resistance between FC22, pin 06 (O) and pin 07 (O) of the diagnostic connector.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. This circuit includes splice FCS16. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Actions for testing BPM and Active Security Sounder?

Pinpoint Test E: DTC P1637; CHECK THE DSCCM SUPPLIES AND GROUNDS

Pinpoint Test E

E1 CHECK THE IGNITION SWITCHED POWER SUPPLY TO THE DSCCM
  1. Disconnect the DSCCM electrical connector, LF37.
  2. Turn the ignition switch to the ON position.
  3. Measure the voltage between LF37, pin 04 (WU) and GROUND.
Is the voltage less than 10 volts?
YES REPAIR the circuit between the DSCCM and battery. This circuit includes the engine compartment fuse box, (fuse 4) the ignition positive relay and the high power protection module. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
E2 CHECK THE PERMANENT SUPPLIES TO THE DSCCM
  1. Turn the ignition switch to the OFF position.
  2. Measure the voltage between LF37, pin 01 (NR) and GROUND.
  3. Measure the voltage between LF37, pin 32 (NW) and GROUND.
Is either voltage less than 10 volts?
YES REPAIR the circuit between the DSCCM and battery. This circuit includes the engine compartment fuse box, (fuses 16 and 18) and the high power protection module. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 3 . → 3
E3 CHECK THE PERMANENT GROUNDS TO THE DSCCM
  1. Measure the resistance between LF37, pin 16 (B) and GROUND.
  2. Measure the resistance between LF37, pin 47 (B) and GROUND.
Is either resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 4 . → 4
E4 CHECK THE SWITCHED GROUND TO THE DSCCM
  1. Close the DSC switch on the center console.
  2. Measure the resistance between LF37, pin 38 (R) and GROUND.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. Make sure the switch is closing fully before beginning harness tests. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO If the CAN tests are satisfactory, contact dealer technical support for advice on possible DSCCM failure.

Pinpoint Test F: DTC P1643; CHECK THE TCM SUPPLIES AND GROUNDS

Pinpoint Test F

F1 CHECK THE PERMANENT POWER SUPPLY TO THE TCM
  1. Turn the ignition switch to the OFF position.
  2. Disconnect the TCM electrical connector, GB02.
  3. Measure the voltage between GB02, pin 14 (NR) and GROUND.
Is the voltage less than 10 volts?
YES REPAIR the circuit between the TCM and battery. This circuit includes the engine management fuse box, (fuse 4) and the high power protection module. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
F2 CHECK THE IGNITION SWITCHED POWER SUPPLY TO THE TCM
  1. Turn the ignition switch to the ON position.
  2. Measure the voltage between GB02, pin 09 (WB) and GROUND.
Is the voltage less than 10 volts?
YES REPAIR the circuit between the TCM and battery. This circuit includes the engine compartment fuse box, (fuse 1) the ignition positive relay and the high power protection module. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 3 . → 3
F3 CHECK THE PERMANENT GROUNDS TO THE TCM
  1. Measure the resistance between GB02, pin 13 (B) and GROUND.
  2. Measure the resistance between GB02, pin 16 (B) and GROUND.
Is either resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO If the CAN tests are satisfactory, contact dealer technical support for advice on possible TCM failure.

Pinpoint Test G: DTC P1696; CHECK THE ASCCM SUPPLIES AND GROUNDS

Pinpoint Test G

G1 CHECK THE PERMANENT POWER SUPPLY TO THE ASCCM
  1. Disconnect the ASCCM electrical connector, LF61.
  2. Measure the voltage between LF61, pin 01 (NW) and GROUND.
Is the voltage less than 10 volts?
YES REPAIR the circuit between the ASCCM and battery. This circuit includes the engine compartment fuse box, (fuse 22) and the high power protection module. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
G2 CHECK THE IGNITION SWITCHED POWER SUPPLY TO THE ASCCM
  1. Turn the ignition switch to the ON position.
  2. Measure the voltage between LF61, pin 07 (WR) and GROUND.
Is the voltage less than 10 volts?
YES REPAIR the circuit between the ASCCM and battery. This circuit includes the engine compartment fuse box, (fuse 3) the ignition positive relay and the high power protection module. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 3 . → 3
G3 CHECK THE PERMANENT GROUND TO THE ASCCM
  1. Measure the resistance between LF61, pin 02 (B) and GROUND.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO If the CAN tests are satisfactory, contact dealer technical support for advice on possible TCM failure.

Pinpoint Test H: DTC P1699; CHECK THE A/CCM SUPPLIES AND GROUNDS

Pinpoint Test H

H1 CHECK THE PERMANENT POWER SUPPLY TO THE A/CCM
  1. Disconnect the A/CCM electrical connector, AC04.
  2. Measure the voltage between AC04, pin 05 (NW) and GROUND.
Is the voltage less than 10 volts?
YES REPAIR the circuit between the A/CCM and battery. This circuit includes the passenger side fuse box, (fuse 6) and the high power protection module. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
H2 CHECK THE IGNITION SWITCHED POWER SUPPLY TO THE ASCCM
  1. Turn the ignition switch to the ON position.
  2. Measure the voltage between AC04, pin 01 (WU) and GROUND.
Is the voltage less than 10 volts?
YES REPAIR the circuit between the A/CCM and battery. This circuit includes the driver side fuse box, (fuse 12) the ignition positive relay and the high power protection module. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 3 . → 3
H3 CHECK THE PERMANENT GROUND TO THE A/CCM
  1. Measure the resistance between AC04, pin 20 (BK) and GROUND.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 4 . → 4
H4 CHECK THE ACCESSORY SWITCHED GROUND TO THE A/CCM
  1. Turn the ignition switch to the ACC position.
  2. Measure the resistance between AC04, pin 03 (WR) and GROUND.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO If the CAN tests are satisfactory, contact dealer technical support for advice on possible A/CCM failure.

Pinpoint Test I: DTC P1774; CHECK THE LINEAR SWITCH MODULE SUPPLIES AND GROUNDS

Pinpoint Test I

I1 CHECK THE IGNITION SWITCHED POWER SUPPLY TO THE LINEAR SWITCH MODULE
  1. Disconnect the linear switch module electrical connector, FC100.
  2. Turn the ignition switch to the ON position.
  3. Measure the voltage between FC100, pin 04 (WR) and GROUND.
Is the voltage less than 10 volts?
YES REPAIR the circuit between the linear switch module and battery. This circuit includes the driver side fuse box, (fuse 16) the ignition positive relay and the high power protection module. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
I2 CHECK THE PERMANENT GROUND TO THE LINEAR SWITCH MODULE
  1. Measure the resistance between FC100, pin 11 (B) and GROUND.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO If the CAN tests are satisfactory, contact dealer technical support for advice on possible linear switch module failure.

Pinpoint Test J: DTC U1041 (CATS); VEHICLE SPEED SIGNAL FROM IC TO ADCM INVALID

Pinpoint Test J

J1 CHECK THE CIRCUIT BETWEEN IC AND ADCM FOR HIGH RESISTANCE
  1. Disconnect the IC electrical connector, FC26.
  2. Disconnect the ADCM electrical connector, BT69.
  3. Measure the resistance between FC26, pin 07 (OG) and BT69, pin 24 (OG).
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
J2 CHECK THE CIRCUIT BETWEEN IC AND ADCM FOR SHORT CIRCUIT TO BATTERY
  1. Measure the voltage between FC26, pin 07 (OG) and GROUND.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 3 . → 3
J3 CHECK THE CIRCUIT BETWEEN IC AND ADCM FOR SHORT CIRCUIT TO GROUND
  1. Measure the resistance between FC26, pin 07 (OG) and GROUND.
Is the resistance less than 10,000 ohms?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO If the CAN tests are satisfactory, contact dealer technical support for advice on possible IC or ADCM failure.

Pinpoint Test K: DTC U1041 (BPM); VEHICLE SPEED SCP MESSAGE INVALID

Pinpoint Test K

K1 CHECK THE IC TO BPM SCP + CIRCUIT FOR HIGH RESISTANCE
  1. Disconnect the IC electrical connector, FC25.
  2. Disconnect the BPM electrical connector, FC14.
  3. Measure the resistance between FC25, pin 13 (Y) and FC14, pin 85 (Y).
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
K2 CHECK THE IC TO BPM SCP + CIRCUIT FOR SHORT CIRCUIT TO BATTERY
  1. Measure the voltage between FC25, pin 13 (Y) and GROUND.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 3 . → 3
K3 CHECK THE IC TO BPM SCP + CIRCUIT FOR SHORT CIRCUIT TO IGNITION +
  1. Turn the ignition switch to the ON position.
  2. Measure the voltage between FC25, pin 13 (Y) and GROUND.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 4 . → 4
K4 CHECK THE IC TO BPM SCP + CIRCUIT FOR SHORT CIRCUIT TO GROUND
  1. Turn the ignition switch to the OFF position.
  2. Measure the resistance between FC25, pin 13 (Y) and GROUND.
Is the resistance less than 10,000 ohms?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 5 . → 5
K5 CHECK THE IC TO BPM SCP - CIRCUIT FOR HIGH RESISTANCE
  1. Measure the resistance between FC25, pin 14 (U) and FC14, pin 84 (U).
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 6 . → 6
K6 CHECK THE IC TO BPM SCP - CIRCUIT FOR SHORT CIRCUIT TO BATTERY
  1. Measure the voltage between FC25, pin 14 (U) and GROUND.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 7 . → 7
K7 CHECK THE IC TO BPM SCP - CIRCUIT FOR SHORT CIRCUIT TO IGNITION +
  1. Turn the ignition switch to the ON position.
  2. Measure the voltage between FC25, pin 14 (U) and GROUND.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 8 . → 8
K8 CHECK THE IC TO BPM SCP - CIRCUIT FOR SHORT CIRCUIT TO GROUND
  1. Turn the ignition switch to the OFF position.
  2. Measure the resistance between FC25, pin 14 (U) and GROUND.
Is the resistance less than 10,000 ohms?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Carry out the CAN and SCP network tests, refer to «Pinpoint Test A»(ref-311038-S31110644782009032300000) . Refer to «Pinpoint Test B»(ref-311038-S14376201132009032300000) . Refer to «Pinpoint Test C»(ref-311038-S09959292182009032300000) .

Pinpoint Test L: DTC U1041 DDCM; VEHICLE SPEED SCP MESSAGE INVALID

Pinpoint Test L

L1 CHECK THE IC TO DDCM SCP + CIRCUIT FOR HIGH RESISTANCE
  1. Disconnect the IC electrical connector, FC25.
  2. Disconnect the DDCM electrical connector, DD10.
  3. Measure the resistance between FC25, pin 13 (Y) and DD10, pin 16 (Y).
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
L2 CHECK THE IC TO DDCM SCP + CIRCUIT FOR SHORT CIRCUIT TO BATTERY
  1. Measure the voltage between FC25, pin 13 (Y) and GROUND.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 3 . → 3
L3 CHECK THE IC TO DDCM SCP + CIRCUIT FOR SHORT CIRCUIT TO IGNITION +
  1. Turn the ignition switch to the ON position.
  2. Measure the voltage between FC25, pin 13 (Y) and GROUND.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 4 . → 4
L4 CHECK THE IC TO DDCM SCP + CIRCUIT FOR SHORT CIRCUIT TO GROUND
  1. Measure the resistance between FC25, pin 13 (Y) and GROUND.
Is the resistance less than 10,000 ohms?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 5 . → 5
L5 CHECK THE IC TO DDCM SCP - CIRCUIT FOR HIGH RESISTANCE
  1. Measure the resistance between FC25, pin 14 (U) and DD10, pin 09 (U).
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 6 . → 6
L6 CHECK THE IC TO DDCM SCP - CIRCUIT FOR SHORT CIRCUIT TO BATTERY
  1. Measure the voltage between FC25, pin 13 (Y) and GROUND.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 7 . → 7
L7 CHECK THE IC TO DDCM SCP - CIRCUIT FOR SHORT CIRCUIT TO IGNITION +
  1. Turn the ignition switch to the ON position.
  2. Measure the voltage between FC25, pin 13 (Y) and GROUND.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 8 . → 8
L8 CHECK THE IC TO DDCM SCP - CIRCUIT FOR SHORT CIRCUIT TO GROUND
  1. Measure the resistance between FC25, pin 13 (Y) and GROUND.
Is the resistance less than 10,000 ohms?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Carry out the CAN and SCP network tests, refer to «Pinpoint Test A»(ref-311038-S31110644782009032300000) . Refer to «Pinpoint Test B»(ref-311038-S14376201132009032300000) . Refer to «Pinpoint Test C»(ref-311038-S09959292182009032300000) .

Pinpoint Test M: DTC U1041 (SLCM); VEHICLE SPEED SCP MESSAGE INVALID

Pinpoint Test M

M1 CHECK THE IC TO SLCM SCP + CIRCUIT FOR HIGH RESISTANCE
  1. Disconnect the IC electrical connector, FC25.
  2. Disconnect the SLCM electrical connector, BT40.
  3. Measure the resistance between FC25, pin 13 (Y) and BT40, pin 08 (Y).
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
M2 CHECK THE IC TO SLCM SCP + CIRCUIT FOR SHORT CIRCUIT TO BATTERY
  1. Measure the voltage between FC25, pin 13 (Y) and GROUND.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 3 . → 3
M3 CHECK THE IC TO SLCM SCP + CIRCUIT FOR SHORT CIRCUIT TO IGNITION +
  1. Turn the ignition switch to the ON position.
  2. Measure the voltage between FC25, pin 13 (Y) and GROUND.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 4 . → 4
M4 CHECK THE IC TO SLCM SCP + CIRCUIT FOR SHORT CIRCUIT TO GROUND
  1. Measure the resistance between FC25, pin 13 (Y) and GROUND.
Is the resistance less than 10,000 ohms?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 5 . → 5
M5 CHECK THE IC TO SLCM SCP - CIRCUIT FOR HIGH RESISTANCE
  1. Measure the resistance between FC25, pin 14 (U) and BT40, pin 16 (U).
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 6 . → 6
M6 CHECK THE IC TO SLCM SCP - CIRCUIT FOR SHORT CIRCUIT TO BATTERY
  1. Measure the voltage between FC25, pin 14 (U) and GROUND.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 7 . → 7
M7 CHECK THE IC TO SLCM SCP - CIRCUIT FOR SHORT CIRCUIT TO IGNITION +
  1. Turn the ignition switch to the ON position.
  2. Measure the voltage between FC25, pin 14 (U) and GROUND.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 8 . → 8
M8 CHECK THE IC TO SLCM SCP - CIRCUIT FOR SHORT CIRCUIT TO GROUND
  1. Measure the resistance between FC25, pin 14 (U) and GROUND.
Is the resistance less than 10,000 ohms?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Carry out the CAN and SCP network tests, refer to «Pinpoint Test A»(ref-311038-S31110644782009032300000) . Refer to «Pinpoint Test B»(ref-311038-S14376201132009032300000) . Refer to «Pinpoint Test C»(ref-311038-S09959292182009032300000) .

Pinpoint Test N: DTC U1135 (DDCM, DSCM, PDCM, PSCM, SLCM); IGNITION STATUS (IGNITION SWITCH POSITION) NOT OBTAINED

Pinpoint Test N

N1 CHECK THE IGNITION SWITCH TO BPM CIRCUIT FOR HIGH RESISTANCE (KEY IN)
  1. Make sure the ignition key is in the barrel, but that the ignition is not switched on.
  2. Disconnect the BPM electrical connector, FC14.
  3. Measure the resistance between FC14, pin 41 (O) and GROUND.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. This circuit includes the ignition switch. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
N2 CHECK THE IGNITION SWITCH TO BPM CIRCUIT FOR HIGH RESISTANCE (ACC POSITION)
  1. Turn the ignition switch to the ACC position.
  2. Measure the resistance between FC14, pin 32 (WR) and GROUND.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. This circuit includes the ignition switch. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 3 . → 3
N3 CHECK THE IGNITION SWITCH TO BPM CIRCUIT FOR HIGH RESISTANCE (ON POSITION)
  1. Turn the ignition switch to the ON position.
  2. Measure the resistance between FC14, pin 15 (WU) and GROUND.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. This circuit includes the ignition switch. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 4 . → 4
N4 CHECK THE IGNITION SWITCH TO INERTIA SWITCH TO BPM CIRCUIT FOR HIGH RESISTANCE
  1. Make sure the inertia switch is closed.
  2. Turn the ignition switch to the ON position.
  3. Measure the resistance between FC14, pin 33 (RG) and GROUND.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. This circuit includes the ignition switch and the inertia switch. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 5 . → 5
N5 CHECK THE IGNITION SWITCH TO BPM CIRCUIT FOR HIGH RESISTANCE (CRANK POSITION)
  1. Remove the starter relay.
  2. Turn the ignition switch to the CRANK position.
  3. Measure the resistance between FC14, pin 41 (GO) and GROUND.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. This circuit includes the ignition switch. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Check the ignition switch function, carry out the SCP network tests, refer to «Pinpoint Test C»(ref-311038-S09959292182009032300000) .

Pinpoint Test O: DTC U1236 (A/CCM); CONTROL PANEL TO A/CCM SERIAL COMMUNICATION CIRCUIT FAULT

Pinpoint Test O

O1 CHECK THE CONTROL PANEL TO A/CCM DATA CIRCUITS FOR HIGH RESISTANCE
  1. Disconnect the AA/CCM electrical connector, AC03.
  2. Disconnect the control panel electrical connector, FC43.
  3. Measure the resistance between AC03, pin 03 (YG) and FC43, pin 04 (YG).
  4. Measure the resistance between AC03, pin 07 (Y) and FC43, pin 03 (Y).
Is either resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
O2 CHECK THE CONTROL PANEL TO A/CCM DATA CIRCUITS FOR SHORT CIRCUIT TO BATTERY
  1. Measure the voltage between AC03, pin 03 (YG) and GROUND.
  2. Measure the voltage between AC03, pin 07 (Y) and GROUND.
Is either voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 3 . → 3
O3 CHECK THE CONTROL PANEL TO A/CCM DATA CIRCUITS FOR SHORT CIRCUIT TO IGNITION +
  1. Turn the ignition switch to the ON position.
  2. Measure the voltage between AC03, pin 03 (YG) and GROUND.
  3. Measure the voltage between AC03, pin 07 (Y) and GROUND.
Is either voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 4 . → 4
O4 CHECK THE CONTROL PANEL TO A/CCM DATA CIRCUITS FOR SHORT CIRCUIT TO GROUND
  1. Turn the ignition switch to the OFF position.
  2. Measure the resistance between AC03, pin 03 (YG) and GROUND.
  3. Measure the resistance between AC03, pin 07 (Y) and GROUND.
Is either resistance less than 10,000 ohms?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO INSTALL a new control panel. Refer to «Control Components»(ref-311069) . Test the system for normal operation.

Pinpoint Test P: DTC U1909 (DSCCM) LOCAL CAN NETWORK (STEERING ANGLE, SENSOR, YAW RATE, AND LATERAL ACCELERATION SENSOR) COMMUNICATIONS FAULT

Pinpoint Test P

P1 CHECK THE LOCAL CAN + CIRCUIT FOR HIGH RESISTANCE
  1. Disconnect the DSCCM module electrical connector, LF37.
  2. Disconnect the Yaw rate and lateral acceleration sensor electrical connector, FC101.
  3. Measure the resistance between LF37, pin 29 (W) and FC101, pin 02 (W).
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
P2 CHECK THE LOCAL CAN + CIRCUIT FOR SHORT CIRCUIT TO BATTERY
  1. Measure the voltage between LF37, pin 29 (W) and GROUND.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 3 . → 3
P3 CHECK THE LOCAL CAN + CIRCUIT FOR SHORT CIRCUIT TO IGNITION +
  1. Turn the ignition switch to the ON position.
  2. Measure the voltage between LF37, pin 29 (W) and GROUND.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 4 . → 4
P4 CHECK THE LOCAL CAN + CIRCUIT FOR SHORT CIRCUIT TO GROUND
  1. Turn the ignition switch to the OFF position.
  2. Measure the resistance between LF37, pin 29 (W) and GROUND.
Is the resistance less than 10,000 ohms?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 5 . → 5
P5 CHECK THE LOCAL CAN - CIRCUIT FOR HIGH RESISTANCE
  1. Measure the resistance between LF37, pin 25 (W) and FC101, pin 01 (W).
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 6 . → 6
P6 CHECK THE LOCAL CAN - CIRCUIT FOR SHORT CIRCUIT TO BATTERY
  1. Measure the voltage between LF37, pin 25 (W) and GROUND.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 7 . → 7
P7 CHECK THE LOCAL CAN - CIRCUIT FOR SHORT CIRCUIT TO IGNITION +
  1. Turn the ignition switch to the ON position.
  2. Measure the voltage between LF37, pin 25 (W) and GROUND.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 8 . → 8
P8 CHECK THE LOCAL CAN - CIRCUIT FOR SHORT CIRCUIT TO GROUND
  1. Measure the resistance between LF37, pin 25 (W) and GROUND.
Is the resistance less than 10,000 ohms?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Contact dealer technical support for advice on possible DSCCM failure

Pinpoint Test Q: DTC U2012 (BPM); KEY TRANSPONDER MODULE MESSAGE CORRUPT

Pinpoint Test Q

Q1 CHECK THE KTM TO BPM DATA CIRCUIT FOR HIGH RESISTANCE
  1. Disconnect the KTM electrical connector, FC22.
  2. Disconnect the BPM electrical connector, FC14.
  3. Measure the resistance between FC22, pin 17 (WR) and FC14, pin 73 (WR).
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
Q2 CHECK THE KTM TO BPM DATA CIRCUIT FOR SHORT CIRCUIT TO BATTERY
  1. Measure the voltage between FC22, pin 17 (WR) and GROUND.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 3 . → 3
Q3 CHECK THE KTM TO BPM DATA CIRCUIT FOR SHORT CIRCUIT TO IGNITION +
  1. Turn the ignition switch to the ON position.
  2. Measure the voltage between FC22, pin 17 (WR) and GROUND.
Is the voltage greater than 3 volts?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 4 . → 4
Q4 CHECK THE KTM TO BPM DATA CIRCUIT FOR SHORT CIRCUIT TO GROUND
  1. Measure the resistance between FC22, pin 17 (WR) and GROUND.
Is the resistance less than 10,000 ohms?
YES REPAIR the short circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Contact dealer technical support for advice on possible KTM failure

Pinpoint Test R: BPM POWER SUPPLY OR GROUND FAULT

Pinpoint Test R

R1 CHECK THE PERMANENT SUPPLY TO THE BPM
  1. Disconnect the BPM electrical connector, FC14.
  2. Measure the voltage between FC14, pin 80 (N) and GROUND.
Is the voltage less than 10 volts?
YES REPAIR the circuit between the BPM and battery. This circuit includes the driver side fuse box, (fuse 5) and the high power protection module. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
R2 CHECK THE PERMANENT GROUND TO THE BPM
  1. Measure the resistance between the BPM casing and GROUND.
Is the resistance greater than 5 ohms?
YES Rectify the faulty GROUND contact. Test the system for normal operation.
NO Check for DTCs indicating a faulty circuit. Contact dealer technical support for advice on possible BPM failure

Pinpoint Test S: SLCM POWER SUPPLY OR GROUND FAULT

Pinpoint Test S

S1 CHECK THE PERMANENT SUPPLY TO THE SLCM
  1. Disconnect the SLCM electrical connector, BT40.
  2. Measure the voltage between BT40, pin 15 (NW) and GROUND.
Is the voltage less than 10 volts?
YES REPAIR the circuit between the SLCM and battery. This circuit includes the rear power distribution box, (fuse 10) and the high power protection module. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
S2 CHECK THE PERMANENT GROUND TO THE SLCM
  1. Measure the resistance between BT40, pin 13 (BK) and GROUND.
  2. Measure the resistance between BT40, pin 14 (BK) and GROUND.
Is either resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Check for DTCs indicating a faulty circuit. Contact dealer technical support for advice on possible SLCM failure

Pinpoint Test T: PDCM POWER SUPPLY OR GROUND FAULT

Pinpoint Test T

T1 CHECK THE PERMANENT SUPPLY TO THE PDCM
  1. Disconnect the PDCM electrical connector, DP10.
  2. Measure the voltage between DP10, pin 01 (N) and GROUND.
Is the voltage less than 10 volts?
YES REPAIR the circuit between the PDCM and battery. This circuit includes the passenger side fuse box, (fuse 15) and the high power protection module. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
T2 CHECK THE PERMANENT GROUND TO THE PDCM
  1. Measure the resistance between DP10, pin 08 (BK) and GROUND.
  2. Measure the resistance between DP10, pin 17 (B) and GROUND.
Is either resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Check for DTCs indicating a faulty circuit. Contact dealer technical support for advice on possible PDCM failure

Pinpoint Test U: DDCM POWER SUPPLY OR GROUND FAULT

Pinpoint Test U

U1 CHECK THE PERMANENT SUPPLY TO THE DDCM
  1. Disconnect the DDCM electrical connector, DD10.
  2. Measure the voltage between DD10, pin 01 (N) and GROUND.
Is the voltage less than 10 volts?
YES REPAIR the circuit between the DDCM and battery. This circuit includes the driver side fuse box, (fuse 15) and the high power protection module. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
U2 CHECK THE PERMANENT GROUND TO THE DDCM
  1. Measure the resistance between DD10, pin 08 (BK) and GROUND.
  2. Measure the resistance between DD10, pin 17 (B) and GROUND.
Is either resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Check for DTCs indicating a faulty circuit. Contact dealer technical support for advice on possible DDCM failure

Pinpoint Test V: PHRCM POWER SUPPLY OR GROUND FAULT

Pinpoint Test V

V1 CHECK THE PERMANENT SUPPLY TO THE PHRCM
  1. Disconnect the PHRCM electrical connector, SP22.
  2. Measure the voltage between SP22, pin 01 (N) and GROUND.
Is the voltage less than 10 volts?
YES REPAIR the circuit between the PHRCM and battery. This circuit includes the passenger side fuse box, (fuse 08) and the high power protection module. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
V2 CHECK THE PERMANENT GROUND TO THE PHRCM
  1. Measure the resistance between SP22, pin 06 (G) and GROUND.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Check for DTCs indicating a faulty circuit. Contact dealer technical support for advice on possible DDCM failure

Pinpoint Test W: PSCM POWER SUPPLY FAULT

Pinpoint Test W

W1 CHECK THE PERMANENT SUPPLY TO THE PSCM
  1. Disconnect the PSCM electrical connector, SP05.
  2. Measure the voltage between SP05, pin 05 (NR) and GROUND.
Is the voltage less than 10 volts?
YES REPAIR the circuit between the PSCM and battery. This circuit includes the passenger side fuse box, (fuse 01) and the high power protection module. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Check for DTCs indicating a faulty circuit. Contact dealer technical support for advice on possible PSCM failure

Pinpoint Test X: DSCM POWER SUPPLY FAULT

Pinpoint Test X

X1 CHECK THE PERMANENT SUPPLY TO THE DSCM
  1. Disconnect the DSCM electrical connector, SD05.
  2. Measure the voltage between SD05, pin 05 (NR) and GROUND.
Is the voltage less than 10 volts?
YES REPAIR the circuit between the DSCM and battery. This circuit includes the driver side fuse box, (fuse 01) and the high power protection module. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Check for DTCs indicating a faulty circuit. Contact dealer technical support for advice on possible PSCM failure

Pinpoint Test Y: DHRCM POWER SUPPLY OR GROUND FAULT

Pinpoint Test Y

Y1 CHECK THE PERMANENT SUPPLY TO THE DHRCM
  1. Disconnect the DHRCM electrical connector, SD22.
  2. Measure the voltage between SD22, pin 01 (N) and GROUND.
Is the voltage less than 10 volts?
YES REPAIR the circuit between the DHRCM and battery. This circuit includes the driver side fuse box, (fuse 08) and the high power protection module. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
Y2 CHECK THE PERMANENT GROUND TO THE DHRCM
  1. Measure the resistance between SD22, pin 06 (G) and GROUND.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Check for DTCs indicating a faulty circuit. Contact dealer technical support for advice on possible DHRCM failure

Pinpoint Test Z: MAJOR IC POWER SUPPLY OR GROUND FAULT

Pinpoint Test Z

Z1 CHECK THE PERMANENT SUPPLY TO THE MAJOR IC
  1. Disconnect the IC electrical connector, FC25.
  2. Measure the voltage between FC25, pin 15 (R) and GROUND.
Is the voltage less than 10 volts?
YES REPAIR the circuit between the IC and battery. This circuit includes the driver side fuse box, (fuse 04) and the high power protection module. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
Z2 CHECK THE IGNITION SWITCHED SUPPLY TO THE MAJOR IC
  1. Turn the ignition switch to the ON position.
  2. Measure the voltage between FC25, pin 01 (WG) and GROUND.
Is the voltage less than 10 volts?
YES REPAIR the circuit between the IC and battery. This circuit includes the driver side fuse box, (fuse 14) the ignition positive relay, and the high power protection module. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 3 . → 3
Z3 CHECK THE PERMANENT GROUND TO THE MAJOR IC
  1. Measure the resistance between FC25, pin 04 (BK) and GROUND.
  2. Measure the resistance between FC25, pin 16 (B) and GROUND.
Is either resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Check for DTCs indicating a faulty circuit. Contact dealer technical support for advice on possible major IC failure

Pinpoint Test AA: RCM POWER SUPPLY OR GROUND FAULT

Pinpoint Test A

A1 CHECK THE IGNITION SWITCHED SUPPLY TO THE RCM
  1. Disconnect the RCM electrical connector, FC08.
  2. Turn the ignition switch to the ON position.
  3. Measure the voltage between FC08, pin 12 (W) and GROUND.
Is the voltage less than 10 volts?
YES REPAIR the circuit between the RCM and battery. This circuit includes the driver side fuse box, (fuse 10) the ignition positive relay, and the high power protection module. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
A2 CHECK THE PERMANENT GROUND TO THE RCM
  1. Measure the resistance between FC08, pin 16 (BK) and GROUND.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Check for DTCs indicating a faulty circuit. Contact dealer technical support for advice on possible major IC failure

Pinpoint Test AB: PACM POWER SUPPLY OR GROUND FAULT

Pinpoint Test A

A1 CHECK THE ACCESSORY SWITCHED SUPPLY TO THE PACM
  1. Disconnect the PACM electrical connector, BT04.
  2. Turn the ignition switch to the ACC position.
  3. Measure the voltage between BT04, pin 01 (WG) and GROUND.
Is the voltage less than 10 volts?
YES REPAIR the circuit between the PACM and battery. This circuit includes the rear power distribution box, (fuse 13) the accessory relay, and the high power protection module. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
A2 CHECK THE PERMANENT GROUND TO THE PACM
  1. Measure the resistance between BT04, pin 16 (B) and GROUND.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Check for DTCs indicating a faulty circuit. Contact dealer technical support for advice on possible PACM failure

Pinpoint Test AC: ADCM POWER SUPPLY OR GROUND FAULT

Pinpoint Test A

A1 CHECK THE PERMANENT SUPPLY TO THE ADCM
  1. Disconnect the ADCM electrical connector, BT69.
  2. Measure the voltage between BT69, pin 27 (NW) and GROUND.
Is the voltage less than 10 volts?
YES REPAIR the circuit between the ADCM and battery. This circuit includes the rear power distribution box, (fuse 02) and the high power protection module. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
A2 CHECK THE IGNITION SWITCHED SUPPLY TO THE ADCM
  1. Turn the ignition switch to the ON position.
  2. Measure the voltage between BT69, pin 11 (WR) and GROUND.
Is the voltage less than 10 volts?
YES REPAIR the circuit between the ADCM and battery. This circuit includes the rear power distribution box, (fuse 04) the ignition positive relay and the high power protection module. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 3 . → 3
A3 CHECK THE PERMANENT GROUND TO THE ADCM
  1. Turn the ignition switch to the OFF position.
  2. Measure the resistance between BT69, pin 18 (B) and GROUND.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Check for DTCs indicating a faulty circuit. Contact dealer technical support for advice on possible ADCM failure

Pinpoint Test AD: LEFT-HAND HID HEADLAMP POWER SUPPLY OR GROUND FAULT

Pinpoint Test A

A1 CHECK THE IGNITION SWITCHED SUPPLY TO THE LEFT-HAND HID
  1. Disconnect the HID electrical connector, LF30.
  2. Turn the ignition switch to the ON position.
  3. Measure the voltage between LF30, pin 01 (WR) and GROUND.
Is the voltage less than 10 volts?
YES REPAIR the circuit between the Left-hand HID and battery. This circuit includes the engine compartment fuse box, (fuse 03) the ignition positive relay and the high power protection module. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
A2 CHECK THE PERMANENT GROUND TO THE LEFT-HAND HID
  1. Turn the ignition switch to the OFF position.
  2. Measure the resistance between LF30, pin 03 (B) and GROUND.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Check for DTCs indicating a faulty circuit. Contact dealer technical support for advice on possible HID failure

Pinpoint Test AE: RIGHT-HAND HID HEADLAMP POWER SUPPLY OR GROUND FAULT

Pinpoint Test A

A1 CHECK THE IGNITION SWITCHED SUPPLY TO THE RIGHT-HAND HID
  1. Disconnect the HID electrical connector, LF23.
  2. Turn the ignition switch to the ON position.
  3. Measure the voltage between LF23, pin 01 (WR) and GROUND.
Is the voltage less than 10 volts?
YES REPAIR the circuit between the Left-hand HID and battery. This circuit includes the engine compartment fuse box, (fuse 03) the ignition positive relay and the high power protection module. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
A2 CHECK THE PERMANENT GROUND TO THE RIGHT-HAND HID
  1. Turn the ignition switch to the OFF position.
  2. Measure the resistance between LF23, pin 03 (B) and GROUND.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Check for DTCs indicating a faulty circuit. Contact dealer technical support for advice on possible HID failure

Pinpoint Test AF: KTM POWER SUPPLY OR GROUND FAULT

Pinpoint Test A

A1 CHECK THE PERMANENT SUPPLY TO THE KTM
  1. Disconnect the KTM electrical connector, FC22.
  2. Measure the voltage between FC22, pin 04 (NR) and GROUND.
Is the voltage less than 10 volts?
YES REPAIR the circuit between the KTM and battery. This circuit includes the driver side fuse box, (fuse 06) and the high power protection module. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 2 . → 2
A2 CHECK THE ACCESSORY SWITCHED GROUND TO THE KTM
  1. Turn the ignition switch to the ACC position.
  2. Measure the resistance between FC22, pin 13 (WR) and GROUND.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 3 . → 3
A3 CHECK THE IGNITION SWITCHED GROUND TO THE KTM
  1. Turn the ignition switch to the ON position.
  2. Measure the resistance between FC22, pin 13 (WR) and GROUND.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Go to step 4 . → 4
A4 CHECK THE PERMANENT GROUND TO THE KTM
  1. Measure the resistance between FC22, pin 12 (BK) and GROUND.
Is the resistance greater than 5 ohms?
YES REPAIR the high resistance circuit. For additional information, refer to the wiring diagrams. Test the system for normal operation.
NO Check for DTCs indicating a faulty circuit. Contact dealer technical support for advice on possible KTM failure

Scheme 2

Scheme 2: Removal

Scheme 3

Scheme 3

Scheme 4

Scheme 4

Scheme 5

Scheme 5
  1. Open the driver's door, or both doors if necessary, to allow the side windows to drop. Ensure that the doors remain open until after the battery has been disconnected.
  2. Disconnect the battery ground cable. Remove the battery cover.
  3. Open the bonnet and fit body paintwork protection sheets.
  4. Remove the positive supply power cable. Remove the fuse-box from the mounting panel. Reposition the cover from the positive cable. Remove the nut which secures the positive cable to the fuse-box. Disconnect the positive power cable.
  5. Remove the fuse-box from the mounting panel. Release the securing latch, upwards. Reposition the fuse-box, inwards. Remove the fuse-box from the mounting panel. Releases the securing tangs and remove the cover from the fuse-box.
  6. Remove the fuse-box. Identify and disconnect the harness multi-plugs from the fuse-box. Remove the fuse-box from the vehicle.
  7. Remove the fuses and relays. Note the position of each relay and remove them. Identify each fuse and remove them. The value and position of each fuse is illustrated on the lid of the luggage compartment fuse-box - for all fuse-boxes on the vehicle.