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DIAGNOSTIC FUNCTION
 
 
HOW TO CONNECT THE SCAN TOOL (M.U.T.-IIISE)
Required Special Tools:
  • MB992744: Vehicle communication interface-Lite (V.C.I.-Lite)
  • MB992745: V.C.I.-Lite main harness A
  • MB992747: V.C.I.-Lite USB cable short
  • MB992748: V.C.I.-Lite USB cable long
cautionTo prevent damage to scan tool (M.U.T.-IIISE), always turn the electric motor switch to the OFF position before connecting or disconnecting scan tool (M.U.T.-IIISE).
1. Ensure that the electric motor switch is at the OFF position.
2. Start up the personal computer.
3. Connect special tool MB992747/MB992748 and the personal computer.
4. Connect special tool MB992745.
5. Connect special tool MB992745 to the data link connector.
noteWhen the special tool MB992745 is connected to the data link connector, the special tool MB992744 indicator light will be illuminated in a green color.
6. Start the M.U.T.-IIISE system on the personal computer.
noteDisconnecting scan tool (M.U.T.-IIISE) is the reverse of the connecting sequence, making sure that the electric motor switch is at the OFF position.
 
 
 
HOW TO READ AND ERASE DIAGNOSTIC TROUBLE CODES
Required Special Tools:
  • MB992744: Vehicle communication interface-Lite (V.C.I.-Lite)
  • MB992745: V.C.I.-Lite main harness A
  • MB992747: V.C.I.-Lite USB cable short
  • MB992748: V.C.I.-Lite USB cable long
cautionTo prevent damage to scan tool (M.U.T.-IIISE), always turn the electric motor switch to the OFF position before connecting or disconnecting scan tool (M.U.T.-IIISE).
caution
  • When the diagnostic trouble code (DTC) of the PHEV-ECU is erased, the DTC of the engine control module (ECM) is also erased at the same time.
  • If DTC (U1073) of the Malfunction of CAN communication circuit (Bus off) or DTC (U0100) of the CAN timeout error (Engine) are set as current troubles to the PHEV-ECU, CAN bus diagnosis or troubleshooting each DTC should be carried out since the DTC of PHEV-ECU will not be erased.
1. Connect scan tool (M.U.T.-IIISE) to the data link connector.
2. Turn the electric motor switch to the ON position.
3. Select "System select."
4. Check that "Vehicle Information" contents are correct.
5. Choose "PHEV".
6. Select "Diagnostic Trouble Code"
7. If a DTC is set, it is shown.
8. Choose "Erase DTCs" to erase the DTC.
 
 
 
HOW TO READ DATA LIST
Required Special Tools:
  • MB992744: Vehicle communication interface-Lite (V.C.I.-Lite)
  • MB992745: V.C.I.-Lite main harness A
  • MB992747: V.C.I.-Lite USB cable short
  • MB992748: V.C.I.-Lite USB cable long
cautionTo prevent damage to scan tool (M.U.T.-IIISE), always turn the electric motor switch to the OFF position before connecting or disconnecting scan tool (M.U.T.-IIISE).
1. Connect scan tool (M.U.T.-IIISE) to the data link connector.
2. Turn the electric motor switch to the ON position.
3. Select "System select."
4. Check that "Vehicle Information" contents are correct.
5. Choose "PHEV".
6. Select "Data List."
7. Choose an appropriate item and select the "OK" button.
 
 
 
HOW TO PERFORM ACTUATOR TEST
Required Special Tools:
  • MB992744: Vehicle communication interface-Lite (V.C.I.-Lite)
  • MB992745: V.C.I.-Lite main harness A
  • MB992747: V.C.I.-Lite USB cable short
  • MB992748: V.C.I.-Lite USB cable long
cautionTo prevent damage to scan tool (M.U.T.-IIISE), always turn the electric motor switch to the OFF position before connecting or disconnecting scan tool (M.U.T.-IIISE).
1. Connect scan tool (M.U.T.-IIISE) to the data link connector.
2. Turn the electric motor switch to the ON position.
3. Select "System select."
4. Check that "Vehicle Information" contents are correct.
5. Choose "PHEV".
6. Select "Actuator Test."
7. Choose an appropriate item and select the "OK" button.
 
 
 
PERMANENT DTC
The permanent DTC (PDTC) is set in the nonvolatile memory of the PHEV-ECU as the permanent status, which checks that the malfunction of the emission related components/the system has not been repaired yet. When detecting the malfunction necessary to illuminate the malfunction indicator light (the SERVICE ENGINE SOON or Check Engine light), the PHEV-ECU illuminates the MIL and sets the appropriate DTC as the PDTC in the nonvolatile memory concurrently. The usual DTC is set in the nonvolatile memory aside from this. The PHEV-ECU can store up to 6 PDTCs. The PHEV-ECU, therefore, cannot store the 7th and subsequent PDTCs. If the temporary malfunction causes the malfunction indicator light to be illuminated and then the reinstatement during the subsequent driving causes it to be extinguished, the PDTC is erased. Also if the PHEV-ECU checks that the DTC malfunction is fixed during the driving after the DTC repair is completed, the PDTC is erased. The PDTC, however, is not erased by disconnecting the battery terminal or erasing with the scan tool (M.U.T.-IIISE). If must be erased while the vehicle is repaired, the PDTC can be erased by the procedures shown below. If must be erased because of the failure to pass the Inspection and Maintenance (I/M) test, the PDTC can also be erased by the following procedure:
 
 
PROCEDURES FOR ERASING PDTC
1. Check that the DTC is not set. If the DTC is set, perform the DTC troubleshooting, then repair the DTC.
noteThe order of step 2 and 3 can be exchanged.
2. Drive the vehicle at least once under the conditions satisfying all the following requirements:
  • The total driving (READY indicator illuminated) time must be more than 10 consecutive minutes.
  • More than 30 seconds of idling must be included in the driving
  • More than 5 consecutive minutes of driving at more than 40 km/h (25 mph) must be included in the driving.
3. Drive the vehicle at least two times in the drive cycle pattern suitable for the PDTC. (Refer to OBD-II DRIVE CYCLE for the drive cycle pattern.) If the DTC does not have the drive cycle pattern, start and stop the engine. Wait 15 seconds or more to start again after the stop. Repeat at least 2 times.
4. Restart and stop the engine.
5. Check that the PDTC is erased. If the PDTC is not erased, check the DTC or the provisional DTC. If the malfunction code is set, repair the DTC. Try to erase the PDTC again (from Step 1 to 5). If the malfunction code is not set, the drive cycle pattern (Step 3) monitoring the malfunction can possibly be insufficient.
 
 
 
 
ON-BOARD DIAGNOSTICS
The PHEV-ECU monitors the input/output signals (some signals all the time and others under specified conditions) of the PHEV-ECU. When a malfunction continues for a specified time or longer after the irregular signal is initially monitored, the PHEV-ECU judges that a malfunction has occurred. After the PHEV-ECU first detects a malfunction, a diagnostic trouble code is recorded when the PHEV system is restarted and the same malfunction is re-detected. However, for items marked with a "*1", a diagnostic trouble code is recorded on the first detection of the malfunction. The diagnostic results can be read out with a scan tool. Since memorization of the diagnostic trouble codes is backed up directly by the 12V starter battery, the diagnostic results are memorized even if the ignition key is turned off. The diagnostic trouble codes will, however, be erased when the 12V starter battery terminal or the PHEV-ECU connector is disconnected. In addition, the diagnostic trouble code can also be erased by turning the electric motor switch to ON and sending the diagnostic trouble code erase signal from scan tool (M.U.T.-IIISE) to the PHEV-ECU.
note
  • If the sensor connector is disconnected with the power supply mode of the electric motor switch turned on, the diagnostic trouble code is memorized. In this case, send the diagnostic trouble code erase signal to the PHEV-ECU in order to erase the diagnostic memory. The diagnostic items are all indicated sequentially from the smallest code number. The PHEV-ECU records the PHEV system operating condition when the diagnostic trouble code is set. This data is called "Freeze-frame" data. This data can be read by using the scan tool, and can then be used in simulation tests for troubleshooting. Data items are as follows:
  • If the PHEV-ECU detects multiple malfunctions, the ECM stores the "Freeze-frame" data for only the first item that was detected.
 
 
FREEZE FRAME DATA CHECK
By using scan tool (M.U.T.-IIISE), the freeze frame data can be checked.
 
 
When detecting fault and setting the DTC, the ECU connected to CAN bus line obtains the data when the DTC is determined, and then stores the ECU status of that time. By analyzing each data using scan tool (M.U.T.-IIISE), troubleshooting can be carried out efficiently. The displayed items are as the table below.
Check a freeze-frame data before removing the 12V starter battery.
DISPLAY ITEM LIST
Item No.Scan tool displayUnit or value
1Odometerkm/mile*1
2Accumulated minute*2min
3Power SW cycleNumber of counts is displayed.
4B/P stroke sensor power supplyV
5SOC for display%
6EV modeOnly mode is displayed
7Running modeOnly mode is displayed
8Calculated load value%
9Generator speedr/min
10Rear motor speedr/min
11Front Motor speedr/min
12APS(Main) A/D value%
13APS(Sub) A/D value%
14Brake pedal stroke sensorV
15Engine speedr/min
16Shift position (indication)P, R, N, D, B, B1, B2, B3, B4, B5, B0, Blank, -
17Brake pressure sensorMPa/psi
18VP negative pressure sensorV
19APS1 power supply voltageV
20APS2 power supply voltageV
21Barometric PressurekPa/psi
22Absolute Throttle Position%
23Control power supplyV
24IGCT Control power supplyV
25Engine coolant temperature°C/°F
26Coolant water temperature°C/°F
27Time Since Engine Start sec
28Fuel Level Input%
29Absolute Load Value%
30Relative Throttle Position%
31Power SW signalON/OFF
32Power SW(ST) signalON/OFF
33Brake SWON/OFF
34Parking brake SW / signalON/OFF
36Interlock SWON/OFF
37Radiator fan1 relay (diag)ON/OFF
38Radiator fan2 relay (diag)ON/OFF
39Charge contactor (diag)ON/OFF
40Main contactor (+) (diag)ON/OFF
41Main contactor (-) (diag)ON/OFF
44Back up lamp relay (diag)ON/OFF
45Vacuum pump relay1 (diag)ON/OFF
46Vacuum pump relay2 (diag)ON/OFF
48On board charge start signalON/OFF
49On board charge connecting flagON/OFF
51Front Motor inverter shutdownshutdown/not shutdown
52Main contactor (precharge)ON/OFF
53Main contactor (+)ON/OFF
54Main contactor (-)ON/OFF
55Rear motor inverter shutdownshutdown/not shutdown
5612V DC/DC converter shutdownshutdown/not shutdown
57Radiator fan 1 actuateON/OFF
58Radiator fan 2 actuateON/OFF
59Water pump relayON/OFF
62Generator inverter shutdownshutdown/not shutdown
63Vacuum pump failsafe relayON/OFF
64Vacuum pump 1 relayON/OFF
65Vacuum pump 2 relayON/OFF
66EV system power supply relayON/OFF
67Back lamp relayON/OFF
70READY lampTurn off/Turn on/Flash/Undefined
81Water pump duty%
82Shift position P(SUB)ON/OFF
83Shift position P(MAIN)ON/OFF
84Yaw ratedeg/s
87Collision insulation judg. flagON/OFF
88Lateral acceleration m/s^2
89Fuel/Air Equivalence RatioValue is displayed.
90VP operation check signal 1V
91VP operation check signal 2V
92Radiator fan1 duty%
93Radiator fan2 duty%
94Water pump speedr/min
95Shift sensor1 voltageV
96Shift sensor2 voltageV
97Shift sensor 1V
98Shift sensor 2V
99Select sensor 1V
100Select sensor 2V
101Oil pump solenoidA
106steering angledeg
110Longitudinal accelerationm/s^2
111Brake warning lamp stateON/OFF
112Buzzer stateON/OFF
120Vehicle speedkm/h / mph
note
  • *1: If the odometer signal is not received from the combination meter or if invalid values are input, the FFFF mile is displayed on the scan tool (M.U.T.-IIISE).
  • *2: Accumulated time of current malfunction from time point when malfunction is detected.
 
 
OBD- II DRIVE CYCLE
All kinds of diagnostic trouble codes (DTCs) can be monitored by carrying out a short drive according to the following 13 drive cycle patterns. In other words, doing such a drive regenerates any kind of trouble which involves illuminating the Malfunction Indicator light (SERVICE ENGINE SOON or Check Engine light) and verifies the repair procedure has been eliminated [the trouble the Malfunction Indicator light (SERVICE ENGINE SOON or Check Engine light) is no longer illuminated].
cautionTwo technicians should always be in the vehicle when carrying out a test.
noteCheck that the diagnostic trouble code (DTC) is not set before driving the OBD-II drive cycle. Erase the DTC if it has been set.
 
 
DRIVE CYCLE PATTERN LIST
MONITOR ITEMDTCPATTERN
Accelerator pedal position sensor (APPS)P2122, P2123, P2127, P2128, P21381
EV coolant temperature sensorP0A02, P0A03
Water pump (EV cooling system)P10D9
Motor/generator control circuitP1028, P1047, P1049
Keep alive random access memory (Keep alive RAM)P0604, P1605
Drive motor/starter generator control moduleP0A1B, P0A1C, P0A1E, P1006, P1007, P1A1A
Proportional valve(Clutch)P10C5, P10C6
Radiator fan control circuitP0691, P0693, P10DE
On board charge wake-up circuitP10C12
Water pump (EV cooling system)P0A05
Controller area network-MAINU0100, U0141, U0164,
Controller area network-EVU0110, U0111, U0120, U0292, U109F, U111D
Hybrid battery contactorP0AA4, P0ADB, P0ADF, P0AE2, P0AE6, P0AE7, P0C783
Water pump (EV cooling system)P0C73
Battery energy control module 1 (BMU)P1AF3
Motor/generator control circuitP1029, P1048, P104A4
Hybrid battery contactorP0AA1
On board charge wake-up circuitP10C05
Radiator fan control circuitP0692, P0694, P10DF6
On board charger systemP0CA67
On board charger systemP0AFA, P0AFB8
Drive motor inverter voltage sensorP101D
EV coolant temperature sensorP0A019
Clutch systemP10DA10
Clutch systemP10DB11
Generator speed control moduleP1508, P150912
Generator speed control moduleP050A13
 
 
PATTERN 1
Test procedure
  1. Turn on the power supply mode of the electric motor switch.
  2. Wait for at least 5 seconds.
  3. Confirm that the DTC is not set.
 
 
PATTERN 2
Test procedure
  1. Turn on the power supply mode of the electric motor switch.
  2. Wait for at least 10 seconds.
  3. Confirm that the DTC is not set.
 
 
PATTERN 3
Test procedure
  1. Depress the brake pedal, and turn on the power supply mode of the electric motor switch (READY operation)*.
    note*: When a DTC is set, you cannot make the READY (ready to drive) indicator illuminate by making the READY operation.
  2. Wait for at least 5 seconds.
  3. Confirm that the DTC is not set.
 
 
PATTERN 4
Test procedure
  1. Depress the brake pedal, and turn on the power supply mode of the electric motor switch (READY operation)*.
    note*: When a DTC is set, you cannot make the READY (ready to drive) indicator illuminate by making the READY operation.
  2. Turn off the power supply mode of the electric motor switch.
  3. Turn on the power supply mode of the electric motor switch.
  4. Confirm that the DTC is not set.
 
 
PATTERN 5
Test procedure
  1. Depress the brake pedal, and turn on the power supply mode of the electric motor switch (READY operation)*.
    note*: When a DTC is set, you cannot make the READY (ready to drive) indicator illuminate by making the READY operation.
  2. Press the battery charge mode switch to start the engine, and wait for at least 5 seconds. Or, drive the vehicle at 5 km/h (3 mph) or more for a few seconds.
  3. Turn off the power supply mode of the electric motor switch.
  4. Turn on the power supply mode of the electric motor switch.
  5. Wait for at least 5 seconds.
  6. Confirm that the DTC is not set.
 
 
PATTERN 6
Inspection conditionsUse scan tool (M.U.T.-IIISE) to check the PHEV-ECU data list.
  • Item No.300 State of charge(control value): 80 % or less
Test procedure
  1. Depress the brake pedal, and turn on the power supply mode of the electric motor switch (READY operation)*.
    note*: When a DTC is set, you cannot make the READY (ready to drive) indicator illuminate by making the READY operation.
  2. Press the battery charge mode switch to start the engine, and wait for at least 5 seconds.
  3. Confirm that the DTC is not set.
 
 
PATTERN 7
Test procedure
  1. Start normal charging and check that the charging indicator light is lit.
  2. Wait for at least 10 seconds.
  3. Confirm that the DTC is not set.
 
 
PATTERN 8
Test procedure
  1. Start normal charging or quick charging, and check that the charging indicator light is lit.
  2. Wait for at least 10 seconds.
  3. Confirm that the DTC is not set.
 
 
PATTERN 9
Test procedure
  1. Turn on the power supply mode of the electric motor switch.
  2. Turn off the power supply mode of the electric motor switch.
  3. Wait for at least 35 minutes.
  4. Depress the brake pedal, and turn on the power supply mode of the electric motor switch (READY operation)*.
    note*: When a DTC is set, you cannot make the READY (ready to drive) indicator illuminate by making the READY operation.
  5. Wait for at least 7 minutes.
  6. Press the battery charge mode switch to start the engine, and wait for at least 5 seconds. Or, drive the vehicle at 5 km/h (3 mph) or more for a few seconds.
  7. Perform Steps 2 to 5 again.
  8. Confirm that the DTC is not set.
 
 
PATTERN 10
Test procedure
  1. Depress the brake pedal, and turn on the power supply mode of the electric motor switch (READY operation)*.
    note*: When a DTC is set, you cannot make the READY (ready to drive) indicator illuminate by making the READY operation.
  2. Drive the vehicle at 15 km/h (10 mph) or more for at least 5 seconds.
  3. Confirm that the DTC is not set.
 
 
PATTERN 11
Inspection conditionsUse scan tool (M.U.T.-IIISE) to check the PHEV-ECU data list.
  • Item No.300 State of charge(control value): 80 % or less
Test procedure
  1. Depress the brake pedal, and turn on the power supply mode of the electric motor switch (READY operation)*.
    note*: When a DTC is set, you cannot make the READY (ready to drive) indicator illuminate by making the READY operation.
  2. Press the battery charge mode switch to start the engine.
  3. Drive the vehicle at 70 km/h (45 mph) or more for at least 10 seconds (Repeat this for 8 times*).
    note*: You can also drive the vehicle as described below.
    • Drive the vehicle for at least 20 seconds for four times.
    • Drive the vehicle for at least 40 seconds twice.
    • Drive the vehicle for at least 80 seconds.
  4. Confirm that the DTC is not set.
 
 
PATTERN 12
Inspection conditionsUse scan tool (M.U.T.-IIISE) to check the PHEV-ECU data list.
  • Item No.300 State of charge(control value): 80 % or less
Test procedure
  1. Depress the brake pedal, and turn on the power supply mode of the electric motor switch (READY operation)*.
    note*: When a DTC is set, you cannot make the READY (ready to drive) indicator illuminate by making the READY operation.
  2. Press the battery charge mode switch to start the engine.
  3. Wait for at least 60 seconds.
  4. Turn off the power supply mode of the electric motor switch.
  5. Perform Steps 1 to 3 again.
  6. Confirm that the DTC is not set.
 
 
PATTERN 13
Inspection conditionsUse scan tool (M.U.T.-IIISE) to check the PHEV-ECU data list.
  • Item No.300 State of charge(control value): 80 % or less
  • Item No.351 Engine coolant temperature: 7°C (45°F) to 36°C (97°F)
Test procedure
  1. Depress the brake pedal, and turn on the power supply mode of the electric motor switch (READY operation)*.
    note*: When a DTC is set, you cannot make the READY (ready to drive) indicator illuminate by making the READY operation.
  2. Press the battery charge mode switch to start the engine.
  3. Wait for 20 to 30 seconds.
  4. Turn off the power supply mode of the electric motor switch.
  5. Perform Steps 1 to 3 again.
  6. Confirm that the DTC is not set.
 
 
FAIL SAFE, BACK UP FUNCTION
When the DTC is set, the vehicle is controlled to be kept in safe driving state by the preset control logic. The DTCs with the fail safe function are as follows.
 
 
WARNING LIGHT/INDICATOR LIGHTING STATUS AND BRAKE WARNING TONE ALARM (TONE ALARM INTEGRATED IN THE COMBINATION METER) SOUNDING STATUS AT FAILURE
 
 
C code
DTCDiagnostic itemPlug-in Hybrid EV System warning light12V starter battery charging warning lightBrake warning lightBrake warning tone alarm (inside the meter-ECU)RBS warning lightMalfunction indicator light (Service engine soon or check engine light)
C100AFL wheel speed sensor circuitON-----
C1011FL wheel speed sensor signalON-----
C1014FL wheel speed SNS.performanceON-----
C1015FR wheel speed sensor circuitON-----
C101CFR wheel speed sensor signalON-----
C101FFR wheel speed SNS.performanceON-----
C1020RL wheel speed sensor circuitON-----
C1027RL wheel speed sensor signalON-----
C102ARL wheel speed SNS.performanceON-----
C102BRR wheel speed sensor circuitON-----
C1032RR wheel speed sensor signalON-----
C1035RR wheel speed SNS.performanceON-----
C1078Tire revolutions rangeON-----
C1219Steering angle sensor signalON-----
C121ASAS initializationON-----
C123CSensor cluster malfunctionON-----
C1242Longitudinal G sensor signalON-----
C1615Brake control prohibited requestON-----
C1623Brake control abnormalityON-----
C2007Power supply high voltage (VP)--ONSounding--
C200AFail safe relay coil (VP)--ONSounding--
C200EFail safe relay stuck ON (VP)--ON---
C200FFail safe relay stuck OFF (VP)--ONSounding--
C2010Control relay1 coil (VP)--ONSounding*--
C2011Control relay2 coil (VP)--ON--
C2016Control relay stuck ON (VP)--ONSounding--
C2018Control relay1 stuck OFF (VP)--ONSounding*--
C2019Control relay2 stuck OFF (VP)--ON--
C201APump motor stuck (VP)--ONSounding--
C2020Vacuum sensor power VOLT. (VP)--ONSounding--
C2021Vacuum SNS.fail output VOLT.(VP)--ONSounding--
C2022Vacuum sensor value stuck (VP)--ONSounding--
C202APump motor drive long time (VP)--ONSounding--
C202BVacuum PRS.abnormal loss (VP)------
C202CPressure long time low (VP)------
C202EPump operation watch (VP)--ONSounding--
C2205SAS internal errorON-----
note*: The tone alarm will sound only when DTC C2010 and C2011 or C2018 and C2019 are set simultaneously, respectively.
 
 
P code
DTCDiagnostic itemPlug-in Hybrid EV System warning light12V starter battery charging warning lightBrake warning lightBrake warning tone alarm (inside the meter-ECU)RBS warning lightMalfunction indicator light (Service engine soon or check engine light)
P0500Vehicle speed signal-----ON
P0504Brake switch correlationON----ON
P050AISC control (cold Start)-----ON
P0513Incorrect Immobilizer keyON-----
P0531Refrigerant PRS.sensor range-----ON
P0532A/C pressure sensor circuit low-----ON
P0533A/C pressure sensor circuit high-----ON
P0555Brake booster pressure circuitON-----
P0562Battery voltage too lowON-ON---
P0563Battery voltage too highON-----
P0578Cruise control SW circuit stuck------
P057CBrake pedal position sensor(1) circuit low----ONON
P057DBrake pedal position sensor(1) circuit high----ONON
P05DDBrake pedal position sensor(2) circuit low----ONON
P05DEBrake pedal position sensor(2) circuit high----ONON
P05E0Brake Pedal Position Sensor(1)/(2) Correlation----ONON
P0604RAM errorON----ON
P0605ROM errorON-----
P060CECU (Processor fail)ON-----
P0691Radiator fan1 relay circuit low-----ON
P0692Radiator fan1 relay circuit high-----ON
P0693Radiator fan2 relay circuit low-----ON
P0694Radiator fan2 relay circuit high-----ON
P06B8NVRAM error-----ON
P0820Shift lever POS.(main) circuitON-----
P082ASelect sensor mismatchON-----
P082BSelect sensor(main) circuit lowON-----
P082CSelect sensor(main) circuit highON-----
P082DShift sensor mismatchON-----
P082EShift sensor(main) circuit lowON-----
P082FShift sensor(main) circuit highON-----
P0A01Coolant TEMP. SNS. circuit range-----ON
P0A02Coolant TEMP.sensor circuit low-----ON
P0A03Coolant TEMP.sensor circuit high-----ON
P0A05Water pump (drive signal line)-----ON
P0A09DCDC converter fail (1)-ON----
P0A0CInter lock circuit lowON-----
P0A1BFMCU internal fail(1)-----ON
P0A1CRMCU internal fail(1)-----ON
P0A1EGCU internal fail(1)-----ON
P0A3CFMCU IGBT1 high temperature-----ON
P0A3DRMCU IGBT1 high temperature-----ON
P0A3EGCU IGBT1 high temperature-----ON
P0A3FFront motor resolver-----ON
P0A44Front motor RPM fail-----ON
P0A45Rear motor resolver-----ON
P0A4ARear motor RPM fail-----ON
P0A4BGenerator resolver-----ON
P0A50Generator RPM fail-----ON
P0A80Cell fail----ON-
P0A7DBattery Pack State of Charge Low-----ON
P0A82Battery cooling fan (stuck OFF)-----ON
P0A83Battery cooling fan (stuck ON)-----ON
P0A84Battery cooling fan CONT.circuit-----ON
P0A9CBATT. TEMP. sensor rationality [00]-----ON
P0A9DBattery TEMP. sensor short [00]-----ON
P0A9EBattery TEMP. sensor open [00]-----ON
P0AA1Main contactor P weld-----ON
P0AA4Main contactor N weld-----ON
P0AA6Leak detection----ONON
P0AA7Leak SNSR.detection circuit----ON-
P0AA8Leak SNS.detection circuit open-----ON
P0AA9Leak SNS. detection circuit short-----ON
P0ABFBattery current sensor(BMU)----ON-
P0AC0Current sensor rationality-----ON
P0AC1Current sensor range check-min-----ON
P0AC2Current sensor range check-max-----ON
P0AC6BATT. TEMP. sensor rationality [01]-----ON
P0AC7Battery TEMP. sensor short [01]-----ON
P0AC8Battery TEMP. sensor open [01]-----ON
P0ACBBATT. TEMP. sensor rationality [02]-----ON
P0ACCBattery TEMP. sensor short [02]-----ON
P0ACDBattery TEMP. sensor open [02]-----ON
P0ADBMain contactor P circuit low----ONON
P0ADCPositive Contactor Control Circuit High-----ON
P0ADFMain contactor N circuit low----ONON
P0AE0Negative Contactor Control Circuit High-----ON
P0AE2Pre-charge contactor weld-----ON
P0AE6Pre-charge contactor circuit low-----ON
P0AE7Pre-charge contactor circuit HI-----ON
P0AE9BATT. TEMP. sensor rationality [03]-----ON
P0AEABattery TEMP. sensor short [03]-----ON
P0AEBBattery TEMP. sensor open [03]-----ON
P0AEEFMCU IGBT1 TEMP. sensor range-----ON
P0AEFFMCU IGBT1 TEMP. sensor low-----ON
P0AF0FMCU IGBT1 TEMP. sensor high-----ON
P0AF3RMCU IGBT1 TEMP. sensor range-----ON
P0AF4RMCU IGBT1 TEMP. sensor low-----ON
P0AF5RMCU IGBT1 TEMP. sensor high-----ON
P0AFAHybrid battery voltage low-----ON
P0AFBHybrid battery voltage high-----ON
P0B25Cell low voltage [000]-----ON
P0B26Cell high voltage [000]-----ON
P0B29Cell low voltage [001]-----ON
P0B2ACell high voltage [001]-----ON
P0B2DCell low voltage [002]-----ON
P0B2ECell high voltage [002]-----ON
P0B31Cell low voltage [003]-----ON
P0B32Cell high voltage [003]-----ON
P0B3BCell voltage sensor open [000]-----ON
P0B3CCell voltage SNS. rationality [01]-----ON
P0B40Cell voltage sensor open [001]-----ON
P0B41Cell voltage SNS. rationality [02]-----ON
P0B45Cell voltage sensor open [002]-----ON
P0B46Cell voltage SNS. rationality [03]-----ON
P0B4ACell voltage sensor open [003]-----ON
P0B4BCell voltage SNS. rationality [04]-----ON
P0B4FCell voltage sensor open [004]-----ON
P0B50Cell voltage SNS. rationality [05]-----ON
P0B54Cell voltage sensor open [005]-----ON
P0B59Cell voltage sensor open [006]-----ON
P0B5ACell voltage SNS. rationality [07]-----ON
P0B5FCell voltage SNS. rationality [08]-----ON
P0B64Cell voltage SNS. rationality [09]-----ON
P0B69Cell voltage SNS. rationality [10]-----ON
P0B6ECell voltage SNS. rationality [11]-----ON
P0B72Cell voltage sensor open [011]-----ON
P0B77Cell voltage sensor open [012]-----ON
P0B7CCell voltage sensor open [013]-----ON
P0B81Cell voltage sensor open [014]-----ON
P0B86Cell voltage sensor open [015]-----ON
P0B8BCell voltage sensor open [016]-----ON
P0B90Cell voltage sensor open [017]-----ON
P0BA9Cell voltage sensor open [022]-----ON
P0BAECell voltage sensor open [023]-----ON
P0BB3Cell voltage sensor open [024]-----ON
P0BB8Cell voltage sensor open [025]-----ON
P0BBFBattery warming system power relay open-----ON
P0BC0Battery warming system power relay short-----ON
P0BC1BATT. Warming PWR. Relay Stuck ON-----ON
P0BC3BATT. TEMP. sensor rationality [04]-----ON
P0BC4Battery TEMP. sensor short [04]-----ON
P0BC5Battery TEMP. sensor open [04]-----ON
P0BCDGCU IGBT1 TEMP. sensor range-----ON
P0BCEGCU IGBT1 TEMP.SNS. circuit low-----ON
P0BCFGCU IGBT1 TEMP.SNS. circuit high-----ON
P0BE6F.motor coil U current SNS.range-----ON
P0BE7F.motor coil U current SNS.low-----ON
P0BE8F.motor coil U current SNS.high-----ON
P0BEEF.motor coil W current SNS.range-----ON
P0BEFF.motor coil W current SNS.low-----ON
P0BF0F.motor coil W current SNS.high-----ON
P0BF6R.motor coil V current SNS.range-----ON
P0BF7R.motor coil V current SNS.low-----ON
P0BF8R.motor coil V current SNS.high-----ON
P0BFAR.motor coil W current SNS.range-----ON
P0BFBR.motor coil W current SNS.low-----ON
P0BFCR.motor coil W current SNS.high-----ON
P0C01Front motor over current-----ON
P0C04Rear motor over current-----ON
P0C11F.motor coil U phase TEMP.(high)-----ON
P0C13F.motor coil W phase TEMP.(high)-----ON
P0C14R.motor coil U phase TEMP.(high)-----ON
P0C16R.motor coil W phase TEMP.(high)-----ON
P0C30Battery pack state of charge high-----ON
P0C73Cooling system fail(1)-----ON
P0C78Hybrid BATT. precharge time long-----ON
P0C79Front motor drive voltage high-----ON
P0C7ARear motor drive voltage high-----ON
P0C7BGenerator drive voltage high-----ON
P0C7DBATT. TEMP. sensor rationality [06]-----ON
P0C7EBattery TEMP. sensor short [06]-----ON
P0C7FBattery TEMP. sensor open [06]-----ON
P0C82BATT. TEMP. sensor rationality [07]-----ON
P0C83Battery TEMP. sensor short [07]-----ON
P0C84Battery TEMP. sensor open [07]-----ON
P0C89BATT. TEMP. sensor rationality [08]-----ON
P0C8ABattery TEMP. sensor short [08]-----ON
P0C8BBattery TEMP. sensor open [08]-----ON
P0C8EBATT. TEMP. sensor rationality [09]-----ON
P0C8FBattery TEMP. sensor short [09]-----ON
P0C90Battery TEMP. sensor open [09]-----ON
P0C93BATT. TEMP. sensor rationality [10]-----ON
P0C94Battery TEMP. sensor short [10]-----ON
P0C95Battery TEMP. sensor open [10]-----ON
P0CA6Hybrid BATT. charging current HI-----ON
P0CA9BATT. TEMP. sensor rationality [12]-----ON
P0CAABattery TEMP. sensor short [12]-----ON
P0CABBattery TEMP. sensor open [12]-----ON
P0CAEBATT. TEMP. sensor rationality [13]-----ON
P0CAFBattery TEMP. sensor short [13]-----ON
P0CB0Battery TEMP. sensor open [13]-----ON
P0CB3BATT. TEMP. sensor rationality [14]-----ON
P0CB4Battery TEMP. sensor short [14]-----ON
P0CB5Battery TEMP. sensor open [14]-----ON
P0CB8BATT. TEMP. sensor rationality [15]-----ON
P0CB9Battery TEMP. sensor short [15]-----ON
P0CBABattery TEMP. sensor open [15]-----ON
P0D22Output current abnormal (2)-----ON
P0D26BATT.charger system (precharge)-----ON
P0D27BATT.charger input low voltageON-----
P0D28BATT.charger input high voltageON-----
P0D2FFront motor drive VOLT.sensor LO-----ON
P0D30Front motor drive VOLT.sensor HI-----ON
P0D37Hybrid BATT. system current highON-----
P0D39BATT.charger input current range-----ON
P0D3ABATT.charger input current low-----ON
P0D3BBATT.charger input current high-----ON
P0D3EAC input voltage sensor range-----ON
P0D3FAC input voltage sensor low-----ON
P0D40AC input voltage sensor high-----ON
P0D4EBATT.charger output VOLT.low-----ON
P0D4FBATT.charger output VOLT.high-----ON
P0D52BATT.CHGR output current range-----ON
P0D53BATT.CHGR output current low-----ON
P0D54BATT.CHGR output current high-----ON
P0D67BATT.charger control circuit-----ON
P0D69ELC. compressor voltage sensor-----ON
P0D6AELC. compressor voltage SNS.high-----ON
P0D6BELC. compressor voltage SNS.low-----ON
P0D85BATT.charging output VOLT.(high)-----ON
P0DA5Rear motor drive voltage SNS. LO-----ON
P0DA6Rear motor drive voltage SNS. HI-----ON
P0E01Generator coil U current sensor3-----ON
P0E02Generator coil U current sensor2-----ON
P0E03Generator coil U current sensor1-----ON
P0E09Generator coil W current sensor3-----ON
P0E0AGenerator coil W current sensor2-----ON
P0E0BGenerator coil W current sensor1-----ON
P1000FMCU 12V control voltage failON-----
P1005FMCU IGBT2 high temperature-----ON
P1006RMCU internal error(2)-----ON
P1007GCU internal error(2)-----ON
P1008FMCU IGBT3 high temperature-----ON
P100AFMCU IGBT2 TEMP.SNS circuit HI-----ON
P100BFMCU IGBT2 TEMP.SNS circuit LO-----ON
P100DGenerator coil U phase high TEMP-----ON
P100EGenerator coil W phase high TEMP-----ON
P1011Generator over current-----ON
P1013GCU CPU atmosphere TEMP.SNS.high-----ON
P1014GCU CPU atmosphere TEMP.SNS.low-----ON
P1015GCU CPU atmosphere high TEMP.-----ON
P1016RMCU CPU atmosphere TEMP.SNS.HI-----ON
P1017RMCU CPU atmosphere TEMP.SNS.LO-----ON
P1018RMCU CPU atmosphere high TEMP.-----ON
P1019Quick CHG.contactor P drive RLY1ON-----
P101AQuick CHG.contactor P drive RLY2ON-----
P101BQuick CHG.contactor P weldON-----
P101CQuick CHG.contactor N weldON-----
P101DDrive motor inverter VOLT.range-----ON
P1026ELC.Parking lock drive timeoutON-----
P1028Front motor shutdown circuit(1)-----ON
P1029Front motor shutdown circuit(2)-----ON
P102AFront motor resolver comm. fail-----ON
P102BFMCU IGBT3 TEMP.SNS circuit HI-----ON
P102CFMCU IGBT3 TEMP.SNS circuit LO-----ON
P102EQuick CHG.contactor N drive RLY1ON-----
P102FQuick CHG.contactor N drive RLY2ON-----
P1030ELC.P.lock motor relay fixed ONON-----
P1031ELC.Parking lock system failON-----
P1032ELC.Parking lock actuator failON-----
P1033ELC.P.lock initial learningON-----
P1034ELC.P.lock B/U supply VOLT. lowON-----
P1035RMCU 12V control voltage failON-----
P1036RMCU A/D reference voltage-----ON
P1037Rear motor drive VOLT.(low volt)-----ON
P103ARMCU IGBT2 TEMP.SNS circuit HI-----ON
P103BRMCU IGBT2 TEMP.SNS circuit LO-----ON
P103DRMCU IGBT3 TEMP.SNS circuit HI-----ON
P103ERMCU IGBT3 TEMP.SNS circuit LO-----ON
P1042RMCU IGBT2 high temperature-----ON
P1043RMCU IGBT3 high temperature-----ON
P1045RMCU EEPROM fail-----ON
P1046Rear motor resolver comm. fail-----ON
P1047Rear motor shutdown circuit(1)-----ON
P1048Rear motor shutdown circuit(2)-----ON
P1049Generator shutdown circuit(1)-----ON
P104AGenerator shutdown circuit(2)-----ON
P104BGCU 12V control voltage failON-----
P104CGCU A/D reference voltage-----ON
P104DGenerator drive VOLT.(low volt)-----ON
P104FGenerator three phase line-----ON
P1054Battery warming system (1) ------
P1055Battery warming system (2) ------
P1058GCU oil high temperature-----ON
P1059GCU oil TEMP.sensor circuit HI-----ON
P105AGCU oil TEMP.sensor circuit LO-----ON
P105BOil pump fail-----ON
P105COil pump circuit low-----ON
P105EGenerator coil U phase TEMP.SNS1-----ON
P105FGenerator coil U phase TEMP.SNS2-----ON
P1068RMCU Capacitor high temperature-----ON
P1069RMCU Capacitor TEMP.sensor high-----ON
P106ARMCU Capacitor TEMP.sensor low-----ON
P106BGCU Capacitor high temperature-----ON
P106CGCU Capacitor TEMP.sensor high-----ON
P106DGCU Capacitor TEMP.sensor low-----ON
P106FGCU oil temperature sensor range-----ON
P1078Generator drive voltage SNS. HI-----ON
P1079Generator drive voltage SNS. LO-----ON
P107CR.motor coil temp. U phase high-----ON
P107DR.motor coil temp. U phase low-----ON
P107ER.motor coil temp. W phase high-----ON
P107FR.motor coil temp. W phase low-----ON
P1088Rear motor coil TEMP.SNS range-----ON
P108DGenerator coil W phase TEMP.SNS1-----ON
P108EGenerator coil W phase TEMP.SNS2-----ON
P109BGenerator resolver comm. fail-----ON
P109DGCU IGBT2 TEMP.SNS circuit high-----ON
P109EGCU IGBT2 TEMP.SNS circuit low-----ON
P10A8GCU IGBT2 high temperature-----ON
P10A9GCU IGBT3 high temperature-----ON
P10AAGCU IGBT3 TEMP.SNS circuit high-----ON
P10ABGCU IGBT3 TEMP.SNS circuit low-----ON
P10AEOil pump circuit open-----ON
P10B8GCU EEPROM fail-----ON
P10C0On board charge start signal HI-----ON
P10C1On board charge start signal LO-----ON
P10C5Proportional valve current(1)-----ON
P10C6Proportional valve current(2)-----ON
P10CEF.motor coil three phase line-----ON
P10CFR.motor coil three phase line-----ON
P10D1PHEV Engine fail(1)------
P10D2PHEV Engine fail(2)------
P10D3PHEV Engine fail(3)------
P10D5PHEV Engine fail(5)------
P10D9Water pump speed sensor circuit-----ON
P10DAClutch fail-----ON
P10DBClutch slip fail-----ON
P10DCEngine/Generator failON-----
P10DERadiator fan DIM/Relay circuit L-----ON
P10DFRadiator fan DIM/Relay circuit H-----ON
P1112Stoplight ON circuit (PHEV-ECU)ON-----
P1160F.motor coil temp. U phase range-----ON
P1161F.motor coil temp. W phase range-----ON
P1162Generator coil U phase TEMP.SNS3-----ON
P1163Generator coil W phase TEMP.SNS3-----ON
P1164FMCU inverter TEMP.sensor range-----ON
P1165GCU inverter TEMP.sensor range-----ON
P1166RMCU inverter TEMP.sensor range-----ON
P1167FMCU inverter gate driver-----ON
P1168GCU inverter gate driver-----ON
P1169RMCU inverter gate driver-----ON
P1508Generator rotation speed (low)-----ON
P1509Generator rotation speed (high)-----ON
P1565ACC target torque------
P1566ENG/PHEV-ACC CONT.state mismatch------
P15E0Brake Pedal Position Sensor Calibration not CompletedON-----
P160APHEV-ECU internal circuit-----ON
P1605Battery backup line(PHEV-ECU)-----ON
P160BA/D processing performance-----ON
P160CQuick charge connector connection circuit signal failON-----
P1992Shift lever POS.(main)PWR.supplyON-----
P1993Shift lever POS.(sub)PWR.supplyON-----
P1994Shift lever POS.(sub) circuitON-----
P1995Select sensor(sub) circuit lowON-----
P1996Select sensor(sub) circuit highON-----
P1997Shift sensor(sub) circuit lowON-----
P1998Shift sensor(sub) circuit highON-----
P1999Park lock SW stuck ONON-----
P199DPark lock SW mismatchON-----
P1A0EBacklamp relay circuit lowON-----
P1A0FBacklamp relay circuit highON-----
P1A1AFMCU internal fail(2)-----ON
P1A1BFront motor drive voltage low-----ON
P1A1EFMCU EEPROM fail-----ON
P1A2DBattery cooling fan (BMU)------
P1A30Cell voltage low(BMU)----ON-
P1A31Cell voltage high(BMU)----ON-
P1A32Battery temperature(BMU)----ON-
P1A33Cell Voltage sensor(BMU)----ON-
P1A34Battery temperature sensor(BMU)----ON-
P1A38Cell number error(BMU)----ON-
P1A39Charge state signal error(BMU)ON-----
P1A3DFMCU A/D reference voltage-----ON
P1A3EFMCU CPU atmosphere temp.high-----ON
P1A3FFMCU CPU atmosphere TEMP.SNS.LO-----ON
P1AADBattery current SNSR. fail (CAN)-----ON
P1ADF+B line voltage-----ON
P1AE0Clock IC time counter-----ON
P1AE3BMU TEMP. sensor (Open/Short)-----ON
P1AE6EEPROM fail(BMU)-----ON
P1AF3BMU READY timeout-----ON
P1AF4Control power supply VOLT. (BMU)ON-----
P1AF9Quick Charger initial CHK T/outON-----
P1AFAQuick Charger READY timeoutON-----
P1AFCQuick charging currentON-----
P1AFDQuick charging voltageON-----
P1AFEQuick Charger malfunctionON-----
P1AFFQuick Charger connector lockON-----
P1B00Quick Charger battery ErrorON-----
P1B01Quick Charger vehicle errorON-----
P1B02Quick charge current stop T/outON-----
P1B03Quick charge stop process T/outON-----
P1B0DQuick charging over currentON-----
P1B0EF.motor coil temp. U phase high-----ON
P1B0FF.motor coil temp. U phase low-----ON
P1B12F.motor coil temp. W phase high-----ON
P1B13F.motor coil temp. W phase low-----ON
P1B19Brake pedal stroke sensor highON---ON-
P1B1ABrake pedal stroke sensor lowON---ON-
P1B28Crash detectionON-----
P1B29On board charge connector highON-----
P1B2AOn board charge connector lowON-----
P1B2DVIN mismatchON-----
P1B2FBMU battery pack mismatchON-----
P1B32VIN verification timeoutON-----
P1B34CMU sensor fail----ON-
P1B40FMCU Capacitor temperature high-----ON
P1B41FMCU Capacitor TEMP.SNSR low-----ON
P1B42FMCU Capacitor TEMP.SNSR high-----ON
P1B43FMCU CPU atmosphere TEMP.SNS.HI-----ON
P1B74Quick Charger dis-CHG.current 1ON-----
P1B76Quick Charger dis-CHG.current 3ON-----
P1B78Quick Charger received currentON-----
P1B7CCharge-Discharge connector 12V relay circuit low------
P1B7DCharge-Discharge connector 12V relay circuit high------
P1C06DCDC IGCT voltage abnormalON-----
P1D04AC input current (over)-----ON
P1D05AC input current (control fail)-----ON
P1D08Load connection abnormal-----ON
P1D11Output current (3)-----ON
P1D16Pilot signal(Charge Not allowed)ON-----
P1D18Pilot signal frequency abnormalON-----
P1D19PFC circuit output voltage(high)-----ON
P1D20PFC circuit output voltage(low)-----ON
P1D21PFC circuit output voltage(over)-----ON
P1D25Inverter output current-----ON
P1D26Internal temperatureON-----
P1D27PFC temperatureON-----
P1D28Temperature in inverter circuit1ON-----
P1D29Temperature in inverter circuit2ON-----
P1D30Low temperatureON-----
P1D33AD converter abnormal-----ON
P1D37AC power supply/AC input fuse 1ON-----
P1D56Battery charger ROM error-----ON
P1D57Battery charger RAM error-----ON
P1D59PFC output VOLT.sensor low-----ON
P1D60PFC output VOLT.sensor high-----ON
P1D61Battery charger TEMP.SNS range-----ON
P1D62Battery charger inside TEMP.lowON-----
P1D63Battery charger inside TEMP.highON-----
P1D64Battery charger PFC TEMP.low-----ON
P1D65Battery charger PFC TEMP.high-----ON
P1D66BATT.CHGR inverter TEMP.low-----ON
P1D67BATT.CHGR inverter TEMP.high-----ON
P1D68BATT.CHGR inverter TEMP.low(2)-----ON
P1D69BATT.CHGR inverter TEMP.high(2)-----ON
P1D76Wakeup request signal abnormalON-----
P1E00PTC heater TEMP.sensor high-----ON
P1E01PTC heater TEMP.sensor low-----ON
P1E02PTC heater TEMP.SNS.rationality-----ON
P1E03Wakeup signal line open-----ON
P1E06PTC Heater Stuck OFF-----ON
P1E07PTC heater stuck ON-----ON
P1E09PTC Heater Current Sensor High-----ON
P1E0BPTC heater current sensor circuit abnormality (rationality)-----ON
P1E0CPTC Heater Voltage High-----ON
P1E0EPTC heater voltage sensor circuit abnormality (rationality)-----ON
P1E0FBattery pack state of charge stuck-----ON
P1E10BATT.TEMP sensor circuit(1) [16]-----ON
P1E12BATT.TEMP sensor circuit(1) [18]-----ON
P1E13BATT.TEMP sensor circuit(1) [19]-----ON
P1E14BATT.TEMP sensor circuit(1) [20]-----ON
P1E15BATT.TEMP sensor circuit(1) [21]-----ON
P1E16BATT.TEMP sensor circuit(1) [22]-----ON
P1E18BATT.TEMP sensor circuit(1) [24]-----ON
P1E19BATT.TEMP sensor circuit(1) [25]-----ON
P1E1ABATT.TEMP sensor circuit(1) [26]-----ON
P1E1BBATT.TEMP sensor circuit(1) [27]-----ON
P1E1CBATT.TEMP sensor circuit(1) [28]-----ON
P1E24BATT.TEMP sensor circuit(1) [36]-----ON
P1E25BATT.TEMP sensor circuit(1) [37]-----ON
P1E26BATT.TEMP sensor circuit(1) [38]-----ON
P1E27BATT.TEMP sensor circuit(1) [39]-----ON
P1E28BATT.TEMP sensor circuit(1) [40]-----ON
P1E2ABATT.TEMP sensor circuit(1) [42]-----ON
P1E2BBATT.TEMP sensor circuit(1) [43]-----ON
P1E2CBATT.TEMP sensor circuit(1) [44]-----ON
P1E2DBATT.TEMP sensor circuit(1) [45]-----ON
P1E2EBATT.TEMP sensor circuit(1) [46]-----ON
P1E30BATT.TEMP sensor circuit(1) [48]-----ON
P1E31BATT.TEMP sensor circuit(1) [49]-----ON
P1E32BATT.TEMP sensor circuit(1) [50]-----ON
P1E33BATT.TEMP sensor circuit(1) [51]-----ON
P1E34BATT.TEMP sensor circuit(1) [52]-----ON
P1E36BATT.TEMP sensor circuit(1) [54]-----ON
P1E37BATT.TEMP sensor circuit(1) [55]-----ON
P1E38BATT.TEMP sensor circuit(1) [56]-----ON
P1E39BATT.TEMP sensor circuit(1) [57]-----ON
P1E3ABATT.TEMP sensor circuit(1) [58]-----ON
P1E3CBATT.TEMP sensor circuit(1) [60]-----ON
P1E3DBATT.TEMP sensor circuit(1) [61]-----ON
P1E3EBATT.TEMP sensor circuit(1) [62]-----ON
P1E3FBATT.TEMP sensor circuit(1) [63]-----ON
P1E40BATT.TEMP sensor circuit(1) [64]-----ON
P1E4CEEPROM abnormality(SUB_BMU)-----ON
P1E4DPTC heater TEMP. sensor fail------
P1E4EControl PWR.supply volt(SUB_BMU)ON-----
P1E58BATT.TEMP sensor circuit(2) [16]-----ON
P1E5ABATT.TEMP sensor circuit(2) [18]-----ON
P1E5BBATT.TEMP sensor circuit(2) [19]-----ON
P1E5CBATT.TEMP sensor circuit(2) [20]-----ON
P1E5DBATT.TEMP sensor circuit(2) [21]-----ON
P1E5EBATT.TEMP sensor circuit(2) [22]-----ON
P1E60BATT.TEMP sensor circuit(2) [24]-----ON
P1E61BATT.TEMP sensor circuit(2) [25]-----ON
P1E62BATT.TEMP sensor circuit(2) [26]-----ON
P1E63BATT.TEMP sensor circuit(2) [27]-----ON
P1E64BATT.TEMP sensor circuit(2) [28]-----ON
P1E6CBATT.TEMP sensor circuit(2) [36]-----ON
P1E6DBATT.TEMP sensor circuit(2) [37]-----ON
P1E6EBATT.TEMP sensor circuit(2) [38]-----ON
P1E6FBATT.TEMP sensor circuit(2) [39]-----ON
P1E70BATT.TEMP sensor circuit(2) [40]-----ON
P1E72BATT.TEMP sensor circuit(2) [42]-----ON
P1E73BATT.TEMP sensor circuit(2) [43]-----ON
P1E74BATT.TEMP sensor circuit(2) [44]-----ON
P1E75BATT.TEMP sensor circuit(2) [45]-----ON
P1E76BATT.TEMP sensor circuit(2) [46]-----ON
P1E78BATT.TEMP sensor circuit(2) [48]-----ON
P1E79BATT.TEMP sensor circuit(2) [49]-----ON
P1E7ABATT.TEMP sensor circuit(2) [50]-----ON
P1E7BBATT.TEMP sensor circuit(2) [51]-----ON
P1E7CBATT.TEMP sensor circuit(2) [52]-----ON
P1E7EBATT.TEMP sensor circuit(2) [54]-----ON
P1E7FBATT.TEMP sensor circuit(2) [55]-----ON
P1E80BATT.TEMP sensor circuit(2) [56]-----ON
P1E81BATT.TEMP sensor circuit(2) [57]-----ON
P1E82BATT.TEMP sensor circuit(2) [58]-----ON
P1E84BATT.TEMP sensor circuit(2) [60]-----ON
P1E85BATT.TEMP sensor circuit(2) [61]-----ON
P1E86BATT.TEMP sensor circuit(2) [62]-----ON
P1E87BATT.TEMP sensor circuit(2) [63]-----ON
P1E88BATT.TEMP sensor circuit(2) [64]-----ON
P1EA0BATT. TEMP. sensor rationality [16]-----ON
P1EA2BATT. TEMP. sensor rationality [18]-----ON
P1EA3BATT. TEMP. sensor rationality [19]-----ON
P1EA4BATT. TEMP. sensor rationality [20]-----ON
P1EA5BATT. TEMP. sensor rationality [21]-----ON
P1EA6BATT. TEMP. sensor rationality [22]-----ON
P1EA8BATT. TEMP. sensor rationality [24]-----ON
P1EA9BATT. TEMP. sensor rationality [25]-----ON
P1EAABATT. TEMP. sensor rationality [26]-----ON
P1EABBATT. TEMP. sensor rationality [27]-----ON
P1EACBATT. TEMP. sensor rationality [28]-----ON
P1EB4BATT. TEMP. sensor rationality [36]-----ON
P1EB5BATT. TEMP. sensor rationality [37]-----ON
P1EB6BATT. TEMP. sensor rationality [38]-----ON
P1EB7BATT. TEMP. sensor rationality [39]-----ON
P1EB8BATT. TEMP. sensor rationality [40]-----ON
P1EBABATT. TEMP. sensor rationality [42]-----ON
P1EBBBATT. TEMP. sensor rationality [43]-----ON
P1EBCBATT. TEMP. sensor rationality [44]-----ON
P1EBDBATT. TEMP. sensor rationality [45]-----ON
P1EBEBATT. TEMP. sensor rationality [46]-----ON
P1EC0BATT. TEMP. sensor rationality [48]-----ON
P1EC1BATT. TEMP. sensor rationality [49]-----ON
P1EC2BATT. TEMP. sensor rationality [50]-----ON
P1EC3BATT. TEMP. sensor rationality [51]-----ON
P1EC4BATT. TEMP. sensor rationality [52]-----ON
P1EC6BATT. TEMP. sensor rationality [54]-----ON
P1EC7BATT. TEMP. sensor rationality [55]-----ON
P1EC8BATT. TEMP. sensor rationality [56]-----ON
P1EC9BATT. TEMP. sensor rationality [57]-----ON
P1ECABATT. TEMP. sensor rationality [58]-----ON
P1ECCBATT. TEMP. sensor rationality [60]-----ON
P1ECDBATT. TEMP. sensor rationality [61]-----ON
P1ECEBATT. TEMP. sensor rationality [62]-----ON
P1ECFBATT. TEMP. sensor rationality [63]-----ON
P1ED0BATT. TEMP. sensor rationality [64]-----ON
P1ED8Cell voltage SNS (AD Convert) [01]-----ON
P1ED9Cell voltage SNS (AD Convert) [02]-----ON
P1EDACell voltage SNS (AD Convert) [03]-----ON
P1EDBCell voltage SNS (AD Convert) [04]-----ON
P1EDCCell voltage SNS (AD Convert) [05]-----ON
P1EDECell voltage SNS (AD Convert) [07]-----ON
P1EDFCell voltage SNS (AD Convert) [08]-----ON
P1EE0Cell voltage SNS (AD Convert) [09]-----ON
P1EE1Cell voltage SNS (AD Convert) [10]-----ON
P1EE2Cell voltage SNS (AD Convert) [11]-----ON
P1EE4BATT. TEMP sensor (AD Convert) [01]-----ON
P1EE5BATT. TEMP sensor (AD Convert) [02]-----ON
P1EE6BATT. TEMP sensor (AD Convert) [03]-----ON
P1EE7BATT. TEMP sensor (AD Convert) [04]-----ON
P1EE8BATT. TEMP sensor (AD Convert) [05]-----ON
P1EEABATT. TEMP sensor (AD Convert) [07]-----ON
P1EEBBATT. TEMP sensor (AD Convert) [08]-----ON
P1EECBATT. TEMP sensor (AD Convert) [09]-----ON
P1EEDBATT. TEMP sensor (AD Convert) [10]-----ON
P1EEEBATT. TEMP sensor (AD Convert) [11]-----ON
P1EF0PTC heater relay (1) circuit high-----ON
P1EF1PTC heater relay (1) circuit low-----ON
P1EF2PTC heater relay (1) welding-----ON
P1EF3PTC heater relay (2) circuit high-----ON
P1EF4PTC heater relay (2) circuit low-----ON
P1EF5PTC heater relay (2) welding-----ON
P1EF6PTC heater relay (1) stuck OFF-----ON
P1EF7PTC heater relay (2) stuck OFF-----ON
P1EF8PTC heater contactor (1) stuck ON-----ON
P1EF9PTC heater contactor (2) stuck ON-----ON
P1EFAPTC heater contactor stuck OFF-----ON
P1F08ELC. compressor performance-----ON
P1F0CBAT.Cooling EVAP/PTC heater TEMP-----ON
P1F0DBATT.cooling EVAP.TEMP SNS.low-----ON
P1F0EBATT.cooling EVAP.TEMP SNS.high-----ON
P1F70Cell battery performance [000]-----ON
P1F71Cell battery performance [001]-----ON
P1F72Cell battery performance [002]-----ON
P1F73Cell battery performance [003]-----ON
P1F74Cell battery performance [004]-----ON
P1F75Cell battery performance [005]-----ON
P1F76Cell battery performance [006]-----ON
P1F77Cell battery performance [007]-----ON
P1F7CCell battery performance [012]-----ON
P1F7DCell battery performance [013]-----ON
P1F7ECell battery performance [014]-----ON
P1F7FCell battery performance [015]-----ON
P1F80Cell battery performance [016]-----ON
P1F81Cell battery performance [017]-----ON
P1F82Cell battery performance [018]-----ON
P1F83Cell battery performance [019]-----ON
P1F88Cell battery performance [024]-----ON
P1F89Cell battery performance [025]-----ON
P1F8ACell battery performance [026]-----ON
P1F8BCell battery performance [027]-----ON
P1F8CCell battery performance [028]-----ON
P1F8DCell battery performance [029]-----ON
P1F8ECell battery performance [030]-----ON
P1F8FCell battery performance [031]-----ON
P1F94Cell battery performance [036]-----ON
P1F95Cell battery performance [037]-----ON
P1F96Cell battery performance [038]-----ON
P1F97Cell battery performance [039]-----ON
P1F98Cell battery performance [040]-----ON
P1F99Cell battery performance [041]-----ON
P1F9ACell battery performance [042]-----ON
P1F9BCell battery performance [043]-----ON
P1FA0Cell battery performance [048]-----ON
P1FA1Cell battery performance [049]-----ON
P1FA2Cell battery performance [050]-----ON
P1FA3Cell battery performance [051]-----ON
P1FA4Cell battery performance [052]-----ON
P1FA5Cell battery performance [053]-----ON
P1FA6Cell battery performance [054]-----ON
P1FA7Cell battery performance [055]-----ON
P1FB8Cell battery performance [072]-----ON
P1FB9Cell battery performance [073]-----ON
P1FBACell battery performance [074]-----ON
P1FBBCell battery performance [075]-----ON
P1FBCCell battery performance [076]-----ON
P1FBDCell battery performance [077]-----ON
P1FBECell battery performance [078]-----ON
P1FBFCell battery performance [079]-----ON
P1FC4Cell battery performance [084]-----ON
P1FC5Cell battery performance [085]-----ON
P1FC6Cell battery performance [086]-----ON
P1FC7Cell battery performance [087]-----ON
P1FC8Cell battery performance [088]-----ON
P1FC9Cell battery performance [089]-----ON
P1FCACell battery performance [090]-----ON
P1FCBCell battery performance [091]-----ON
P1FD0Cell battery performance [096]-----ON
P1FD1Cell battery performance [097]-----ON
P1FD2Cell battery performance [098]-----ON
P1FD3Cell battery performance [099]-----ON
P1FD4Cell battery performance [100]-----ON
P1FD5Cell battery performance [101]-----ON
P1FD6Cell battery performance [102]-----ON
P1FD7Cell battery performance [103]-----ON
P1FDCCell battery performance [108]-----ON
P1FDDCell battery performance [109]-----ON
P1FDECell battery performance [110]-----ON
P1FDFCell battery performance [111]-----ON
P1FE0Cell battery performance [112]-----ON
P1FE1Cell battery performance [113]-----ON
P1FE2Cell battery performance [114]-----ON
P1FE3Cell battery performance [115]-----ON
P1FE8Cell battery performance [120]-----ON
P1FE9Cell battery performance [121]-----ON
P1FEACell battery performance [122]-----ON
P1FEBCell battery performance [123]-----ON
P1FECCell battery performance [124]-----ON
P1FEDCell battery performance [125]-----ON
P1FEECell battery performance [126]-----ON
P1FEFCell battery performance [127]-----ON
P2122APP sensor(main) low-----ON
P2123APP sensor(main) high-----ON
P2127APP sensor(sub) low-----ON
P2128APP sensor(sub) high-----ON
P2138APP sensor(main/sub) correlation-----ON
P3000Each Cell VOLT. difference [000]-----ON
P3001Each Cell VOLT. difference [001]-----ON
P3002Each Cell VOLT. difference [002]-----ON
P3003Each Cell VOLT. difference [003]-----ON
P3004Each Cell VOLT. difference [004]-----ON
P3005Each Cell VOLT. difference [005]-----ON
P3006Each Cell VOLT. difference [006]-----ON
P3007Each Cell VOLT. difference [007]-----ON
P300CEach Cell VOLT. difference [012]-----ON
P300DEach Cell VOLT. difference [013]-----ON
P300EEach Cell VOLT. difference [014]-----ON
P300FEach Cell VOLT. difference [015]-----ON
P3010Each Cell VOLT. difference [016]-----ON
P3011Each Cell VOLT. difference [017]-----ON
P3012Each Cell VOLT. difference [018]-----ON
P3013Each Cell VOLT. difference [019]-----ON
P3018Each Cell VOLT. difference [024]-----ON
P3019Each Cell VOLT. difference [025]-----ON
P301AEach Cell VOLT. difference [026]-----ON
P301BEach Cell VOLT. difference [027]-----ON
P301CEach Cell VOLT. difference [028]-----ON
P301DEach Cell VOLT. difference [029]-----ON
P301EEach Cell VOLT. difference [030]-----ON
P301FEach Cell VOLT. difference [031]-----ON
P3024Each Cell VOLT. difference [036]-----ON
P3025Each Cell VOLT. difference [037]-----ON
P3026Each Cell VOLT. difference [038]-----ON
P3027Each Cell VOLT. difference [039]-----ON
P3028Each Cell VOLT. difference [040]-----ON
P3029Each Cell VOLT. difference [041]-----ON
P302AEach Cell VOLT. difference [042]-----ON
P302BEach Cell VOLT. difference [043]-----ON
P3030Each Cell VOLT. difference [048]-----ON
P3031Each Cell VOLT. difference [049]-----ON
P3032Each Cell VOLT. difference [050]-----ON
P3033Each Cell VOLT. difference [051]-----ON
P3034Each Cell VOLT. difference [052]-----ON
P3035Each Cell VOLT. difference [053]-----ON
P3036Each Cell VOLT. difference [054]-----ON
P3037Each Cell VOLT. difference [055]-----ON
P3048Each Cell VOLT. difference [072]-----ON
P3049Each Cell VOLT. difference [073]-----ON
P304AEach Cell VOLT. difference [074]-----ON
P304BEach Cell VOLT. difference [075]-----ON
P304CEach Cell VOLT. difference [076]-----ON
P304DEach Cell VOLT. difference [077]-----ON
P304EEach Cell VOLT. difference [078]-----ON
P304FEach Cell VOLT. difference [079]-----ON
P3054Each Cell VOLT. difference [084]-----ON
P3055Each Cell VOLT. difference [085]-----ON
P3056Each Cell VOLT. difference [086]-----ON
P3057Each Cell VOLT. difference [087]-----ON
P3058Each Cell VOLT. difference [088]-----ON
P3059Each Cell VOLT. difference [089]-----ON
P305AEach Cell VOLT. difference [090]-----ON
P305BEach Cell VOLT. difference [091]-----ON
P3060Each Cell VOLT. difference [096]-----ON
P3061Each Cell VOLT. difference [097]-----ON
P3062Each Cell VOLT. difference [098]-----ON
P3063Each Cell VOLT. difference [099]-----ON
P3064Each Cell VOLT. difference [100]-----ON
P3065Each Cell VOLT. difference [101]-----ON
P3066Each Cell VOLT. difference [102]-----ON
P3067Each Cell VOLT. difference [103]-----ON
P306CEach Cell VOLT. difference [108]-----ON
P306DEach Cell VOLT. difference [109]-----ON
P306EEach Cell VOLT. difference [110]-----ON
P306FEach Cell VOLT. difference [111]-----ON
P3070Each Cell VOLT. difference [112]-----ON
P3071Each Cell VOLT. difference [113]-----ON
P3072Each Cell VOLT. difference [114]-----ON
P3073Each Cell VOLT. difference [115]-----ON
P3078Each Cell VOLT. difference [120]-----ON
P3079Each Cell VOLT. difference [121]-----ON
P307AEach Cell VOLT. difference [122]-----ON
P307BEach Cell VOLT. difference [123]-----ON
P307CEach Cell VOLT. difference [124]-----ON
P307DEach Cell VOLT. difference [125]-----ON
P307EEach Cell VOLT. difference [126]-----ON
P307FEach Cell VOLT. difference [127]-----ON
P3090Cell resistance difference[000]-----ON
P3091Cell resistance difference[001]-----ON
P3092Cell resistance difference[002]-----ON
P3093Cell resistance difference[003]-----ON
P3094Cell resistance difference[004]-----ON
P3095Cell resistance difference[005]-----ON
P3096Cell resistance difference[006]-----ON
P3097Cell resistance difference[007]-----ON
P309CCell resistance difference[012]-----ON
P309DCell resistance difference[013]-----ON
P309ECell resistance difference[014]-----ON
P309FCell resistance difference[015]-----ON
P30A0Cell resistance difference[016]-----ON
P30A1Cell resistance difference[017]-----ON
P30A2Cell resistance difference[018]-----ON
P30A3Cell resistance difference[019]-----ON
P30A8Cell resistance difference[024]-----ON
P30A9Cell resistance difference[025]-----ON
P30AACell resistance difference[026]-----ON
P30ABCell resistance difference[027]-----ON
P30ACCell resistance difference[028]-----ON
P30ADCell resistance difference[029]-----ON
P30AECell resistance difference[030]-----ON
P30AFCell resistance difference[031]-----ON
P30B4Cell resistance difference[036]-----ON
P30B5Cell resistance difference[037]-----ON
P30B6Cell resistance difference[038]-----ON
P30B7Cell resistance difference[039]-----ON
P30B8Cell resistance difference[040]-----ON
P30B9Cell resistance difference[041]-----ON
P30BACell resistance difference[042]-----ON
P30BBCell resistance difference[043]-----ON
P30C0Cell resistance difference[048]-----ON
P30C1Cell resistance difference[049]-----ON
P30C2Cell resistance difference[050]-----ON
P30C3Cell resistance difference[051]-----ON
P30C4Cell resistance difference[052]-----ON
P30C5Cell resistance difference[053]-----ON
P30C6Cell resistance difference[054]-----ON
P30C7Cell resistance difference[055]-----ON
P30D8Cell resistance difference[072]-----ON
P30D9Cell resistance difference[073]-----ON
P30DACell resistance difference[074]-----ON
P30DBCell resistance difference[075]-----ON
P30DCCell resistance difference[076]-----ON
P30DDCell resistance difference[077]-----ON
P30DECell resistance difference[078]-----ON
P30DFCell resistance difference[079]-----ON
P30E4Cell resistance difference[084]-----ON
P30E5Cell resistance difference[085]-----ON
P30E6Cell resistance difference[086]-----ON
P30E7Cell resistance difference[087]-----ON
P30E8Cell resistance difference[088]-----ON
P30E9Cell resistance difference[089]-----ON
P30EACell resistance difference[090]-----ON
P30EBCell resistance difference[091]-----ON
P30F0Cell resistance difference[096]-----ON
P30F1Cell resistance difference[097]-----ON
P30F2Cell resistance difference[098]-----ON
P30F3Cell resistance difference[099]-----ON
P30F4Cell resistance difference[100]-----ON
P30F5Cell resistance difference[101]-----ON
P30F6Cell resistance difference[102]-----ON
P30F7Cell resistance difference[103]-----ON
P30FCCell resistance difference[108]-----ON
P30FDCell resistance difference[109]-----ON
P30FECell resistance difference[110]-----ON
P30FFCell resistance difference[111]-----ON
P3100Cell resistance difference[112]-----ON
P3101Cell resistance difference[113]-----ON
P3102Cell resistance difference[114]-----ON
P3103Cell resistance difference[115]-----ON
P3108Cell resistance difference[120]-----ON
P3109Cell resistance difference[121]-----ON
P310ACell resistance difference[122]-----ON
P310BCell resistance difference[123]-----ON
P310CCell resistance difference[124]-----ON
P310DCell resistance difference[125]-----ON
P310ECell resistance difference[126]-----ON
P310FCell resistance difference[127]-----ON
P3124Cell low voltage [004]-----ON
P3125Cell low voltage [005]-----ON
P3126Cell low voltage [006]-----ON
P3127Cell low voltage [007]-----ON
P312CCell low voltage [012]-----ON
P312DCell low voltage [013]-----ON
P312ECell low voltage [014]-----ON
P312FCell low voltage [015]-----ON
P3130Cell low voltage [016]-----ON
P3131Cell low voltage [017]-----ON
P3132Cell low voltage [018]-----ON
P3133Cell low voltage [019]-----ON
P3138Cell low voltage [024]-----ON
P3139Cell low voltage [025]-----ON
P313ACell low voltage [026]-----ON
P313BCell low voltage [027]-----ON
P313CCell low voltage [028]-----ON
P313DCell low voltage [029]-----ON
P313ECell low voltage [030]-----ON
P313FCell low voltage [031]-----ON
P3144Cell low voltage [036]-----ON
P3145Cell low voltage [037]-----ON
P3146Cell low voltage [038]-----ON
P3147Cell low voltage [039]-----ON
P3148Cell low voltage [040]-----ON
P3149Cell low voltage [041]-----ON
P314ACell low voltage [042]-----ON
P314BCell low voltage [043]-----ON
P3150Cell low voltage [048]-----ON
P3151Cell low voltage [049]-----ON
P3152Cell low voltage [050]-----ON
P3153Cell low voltage [051]-----ON
P3154Cell low voltage [052]-----ON
P3155Cell low voltage [053]-----ON
P3156Cell low voltage [054]-----ON
P3157Cell low voltage [055]-----ON
P3168Cell low voltage [072]-----ON
P3169Cell low voltage [073]-----ON
P316ACell low voltage [074]-----ON
P316BCell low voltage [075]-----ON
P316CCell low voltage [076]-----ON
P316DCell low voltage [077]-----ON
P316ECell low voltage [078]-----ON
P316FCell low voltage [079]-----ON
P3174Cell low voltage [084]-----ON
P3175Cell low voltage [085]-----ON
P3176Cell low voltage [086]-----ON
P3177Cell low voltage [087]-----ON
P3178Cell low voltage [088]-----ON
P3179Cell low voltage [089]-----ON
P317ACell low voltage [090]-----ON
P317BCell low voltage [091]-----ON
P3180Cell low voltage [096]-----ON
P3181Cell low voltage [097]-----ON
P3182Cell low voltage [098]-----ON
P3183Cell low voltage [099]-----ON
P3184Cell low voltage [100]-----ON
P3185Cell low voltage [101]-----ON
P3186Cell low voltage [102]-----ON
P3187Cell low voltage [103]-----ON
P318CCell low voltage [108]-----ON
P318DCell low voltage [109]-----ON
P318ECell low voltage [110]-----ON
P318FCell low voltage [111]-----ON
P3190Cell low voltage [112]-----ON
P3191Cell low voltage [113]-----ON
P3192Cell low voltage [114]-----ON
P3193Cell low voltage [115]-----ON
P3198Cell low voltage [120]-----ON
P3199Cell low voltage [121]-----ON
P319ACell low voltage [122]-----ON
P319BCell low voltage [123]-----ON
P319CCell low voltage [124]-----ON
P319DCell low voltage [125]-----ON
P319ECell low voltage [126]-----ON
P319FCell low voltage [127]-----ON
P31B4Cell high voltage [004]-----ON
P31B5Cell high voltage [005]-----ON
P31B6Cell high voltage [006]-----ON
P31B7Cell high voltage [007]-----ON
P31BCCell high voltage [012]-----ON
P31BDCell high voltage [013]-----ON
P31BECell high voltage [014]-----ON
P31BFCell high voltage [015]-----ON
P31C0Cell high voltage [016]-----ON
P31C1Cell high voltage [017]-----ON
P31C2Cell high voltage [018]-----ON
P31C3Cell high voltage [019]-----ON
P31C8Cell high voltage [024]-----ON
P31C9Cell high voltage [025]-----ON
P31CACell high voltage [026]-----ON
P31CBCell high voltage [027]-----ON
P31CCCell high voltage [028]-----ON
P31CDCell high voltage [029]-----ON
P31CECell high voltage [030]-----ON
P31CFCell high voltage [031]-----ON
P31D4Cell high voltage [036]-----ON
P31D5Cell high voltage [037]-----ON
P31D6Cell high voltage [038]-----ON
P31D7Cell high voltage [039]-----ON
P31D8Cell high voltage [040]-----ON
P31D9Cell high voltage [041]-----ON
P31DACell high voltage [042]-----ON
P31DBCell high voltage [043]-----ON
P31E0Cell high voltage [048]-----ON
P31E1Cell high voltage [049]-----ON
P31E2Cell high voltage [050]-----ON
P31E3Cell high voltage [051]-----ON
P31E4Cell high voltage [052]-----ON
P31E5Cell high voltage [053]-----ON
P31E6Cell high voltage [054]-----ON
P31E7Cell high voltage [055]-----ON
P31F8Cell high voltage [072]-----ON
P31F9Cell high voltage [073]-----ON
P31FACell high voltage [074]-----ON
P31FBCell high voltage [075]-----ON
P31FCCell high voltage [076]-----ON
P31FDCell high voltage [077]-----ON
P31FECell high voltage [078]-----ON
P31FFCell high voltage [079]-----ON
P3204Cell high voltage [084]-----ON
P3205Cell high voltage [085]-----ON
P3206Cell high voltage [086]-----ON
P3207Cell high voltage [087]-----ON
P3208Cell high voltage [088]-----ON
P3209Cell high voltage [089]-----ON
P320ACell high voltage [090]-----ON
P320BCell high voltage [091]-----ON
P3210Cell high voltage [096]-----ON
P3211Cell high voltage [097]-----ON
P3212Cell high voltage [098]-----ON
P3213Cell high voltage [099]-----ON
P3214Cell high voltage [100]-----ON
P3215Cell high voltage [101]-----ON
P3216Cell high voltage [102]-----ON
P3217Cell high voltage [103]-----ON
P321CCell high voltage [108]-----ON
P321DCell high voltage [109]-----ON
P321ECell high voltage [110]-----ON
P321FCell high voltage [111]-----ON
P3220Cell high voltage [112]-----ON
P3221Cell high voltage [113]-----ON
P3222Cell high voltage [114]-----ON
P3223Cell high voltage [115]-----ON
P3228Cell high voltage [120]-----ON
P3229Cell high voltage [121]-----ON
P322ACell high voltage [122]-----ON
P322BCell high voltage [123]-----ON
P322CCell high voltage [124]-----ON
P322DCell high voltage [125]-----ON
P322ECell high voltage [126]-----ON
P322FCell high voltage [127]-----ON
P3240Module high temperature [00]-----ON
P3241Module high temperature [01]-----ON
P3242Module high temperature [02]-----ON
P3243Module high temperature [03]-----ON
P3244Module high temperature [04]-----ON
P3246Module high temperature [06]-----ON
P3247Module high temperature [07]-----ON
P3248Module high temperature [08]-----ON
P3249Module high temperature [09]-----ON
P324AModule high temperature [10]-----ON
P324CModule high temperature [12]-----ON
P324DModule high temperature [13]-----ON
P324EModule high temperature [14]-----ON
P324FModule high temperature [15]-----ON
P3250Module high temperature [16]-----ON
P3252Module high temperature [18]-----ON
P3253Module high temperature [19]-----ON
P3254Module high temperature [20]-----ON
P3255Module high temperature [21]-----ON
P3256Module high temperature [22]-----ON
P3258Module high temperature [24]-----ON
P3259Module high temperature [25]-----ON
P325AModule high temperature [26]-----ON
P325BModule high temperature [27]-----ON
P325CModule high temperature [28]-----ON
P3264Module high temperature [36]-----ON
P3265Module high temperature [37]-----ON
P3266Module high temperature [38]-----ON
P3267Module high temperature [39]-----ON
P3268Module high temperature [40]-----ON
P326AModule high temperature [42]-----ON
P326BModule high temperature [43]-----ON
P326CModule high temperature [44]-----ON
P326DModule high temperature [45]-----ON
P326EModule high temperature [46]-----ON
P3270Module high temperature [48]-----ON
P3271Module high temperature [49]-----ON
P3272Module high temperature [50]-----ON
P3273Module high temperature [51]-----ON
P3274Module high temperature [52]-----ON
P3276Module high temperature [54]-----ON
P3277Module high temperature [55]-----ON
P3278Module high temperature [56]-----ON
P3279Module high temperature [57]-----ON
P327AModule high temperature [58]-----ON
P327CModule high temperature [60]-----ON
P327DModule high temperature [61]-----ON
P327EModule high temperature [62]-----ON
P327FModule high temperature [63]-----ON
P3280Module high temperature [64]-----ON
P32EACell voltage SNS.circuit1 [026]-----ON
P32EBCell voltage SNS.circuit1 [027]-----ON
P32ECCell voltage SNS.circuit1 [028]-----ON
P32F1Cell voltage SNS.circuit1 [033]-----ON
P32F2Cell voltage SNS.circuit1 [034]-----ON
P32F3Cell voltage SNS.circuit1 [035]-----ON
P32F4Cell voltage SNS.circuit1 [036]-----ON
P32F5Cell voltage SNS.circuit1 [037]-----ON
P32F6Cell voltage SNS.circuit1 [038]-----ON
P32F7Cell voltage SNS.circuit1 [039]-----ON
P32FCCell voltage SNS.circuit1 [044]-----ON
P32FDCell voltage SNS.circuit1 [045]-----ON
P32FECell voltage SNS.circuit1 [046]-----ON
P32FFCell voltage SNS.circuit1 [047]-----ON
P3300Cell voltage SNS.circuit1 [048]-----ON
P3301Cell voltage SNS.circuit1 [049]-----ON
P3302Cell voltage SNS.circuit1 [050]-----ON
P3312Cell voltage SNS.circuit1 [066]-----ON
P3313Cell voltage SNS.circuit1 [067]-----ON
P3314Cell voltage SNS.circuit1 [068]-----ON
P3315Cell voltage SNS.circuit1 [069]-----ON
P3316Cell voltage SNS.circuit1 [070]-----ON
P3317Cell voltage SNS.circuit1 [071]-----ON
P3318Cell voltage SNS.circuit1 [072]-----ON
P331DCell voltage SNS.circuit1 [077]-----ON
P331ECell voltage SNS.circuit1 [078]-----ON
P331FCell voltage SNS.circuit1 [079]-----ON
P3320Cell voltage SNS.circuit1 [080]-----ON
P3321Cell voltage SNS.circuit1 [081]-----ON
P3322Cell voltage SNS.circuit1 [082]-----ON
P3323Cell voltage SNS.circuit1 [083]-----ON
P3328Cell voltage SNS.circuit1 [088]-----ON
P3329Cell voltage SNS.circuit1 [088]-----ON
P332ACell voltage SNS.circuit1 [090]-----ON
P332BCell voltage SNS.circuit1 [091]-----ON
P332CCell voltage SNS.circuit1 [092]-----ON
P332DCell voltage SNS.circuit1 [093]-----ON
P332ECell voltage SNS.circuit1 [094]-----ON
P3333Cell voltage SNS.circuit1 [099]-----ON
P3334Cell voltage SNS.circuit1 [100]-----ON
P3335Cell voltage SNS.circuit1 [101]-----ON
P3336Cell voltage SNS.circuit1 [102]-----ON
P3337Cell voltage SNS.circuit1 [103]-----ON
P3338Cell voltage SNS.circuit1 [104]-----ON
P3339Cell voltage SNS.circuit1 [105]-----ON
P333ECell voltage SNS.circuit1 [110]-----ON
P333FCell voltage SNS.circuit1 [111]-----ON
P3340Cell voltage SNS.circuit1 [112]-----ON
P3341Cell voltage SNS.circuit1 [113]-----ON
P3342Cell voltage SNS.circuit1 [114]-----ON
P3343Cell voltage SNS.circuit1 [115]-----ON
P3344Cell voltage SNS.circuit1 [116]-----ON
P3354Cell voltage SNS. circuit2 [000]-----ON
P3355Cell voltage SNS. circuit2 [001]-----ON
P3356Cell voltage SNS. circuit2 [002]-----ON
P3357Cell voltage SNS. circuit2 [003]-----ON
P3358Cell voltage SNS. circuit2 [004]-----ON
P3359Cell voltage SNS. circuit2 [005]-----ON
P335ACell voltage SNS. circuit2 [006]-----ON
P335BCell voltage SNS. circuit2 [007]-----ON
P3360Cell voltage SNS. circuit2 [012]-----ON
P3361Cell voltage SNS. circuit2 [013]-----ON
P3362Cell voltage SNS. circuit2 [014]-----ON
P3363Cell voltage SNS. circuit2 [015]-----ON
P3364Cell voltage SNS. circuit2 [016]-----ON
P3365Cell voltage SNS. circuit2 [017]-----ON
P3366Cell voltage SNS. circuit2 [018]-----ON
P3367Cell voltage SNS. circuit2 [019]-----ON
P336CCell voltage SNS. circuit2 [024]-----ON
P336DCell voltage SNS. circuit2 [025]-----ON
P336ECell voltage SNS. circuit2 [026]-----ON
P336FCell voltage SNS. circuit2 [027]-----ON
P3370Cell voltage SNS. circuit2 [028]-----ON
P3371Cell voltage SNS. circuit2 [029]-----ON
P3372Cell voltage SNS. circuit2 [030]-----ON
P3373Cell voltage SNS. circuit2 [031]-----ON
P3378Cell voltage SNS. circuit2 [036]-----ON
P3379Cell voltage SNS. circuit2 [037]-----ON
P337ACell voltage SNS. circuit2 [038]-----ON
P337BCell voltage SNS. circuit2 [039]-----ON
P337CCell voltage SNS. circuit2 [040]-----ON
P337DCell voltage SNS. circuit2 [041]-----ON
P337ECell voltage SNS. circuit2 [042]-----ON
P337FCell voltage SNS. circuit2 [043]-----ON
P3384Cell voltage SNS. circuit2 [048]-----ON
P3385Cell voltage SNS. circuit2 [049]-----ON
P3386Cell voltage SNS. circuit2 [050]-----ON
P3387Cell voltage SNS. circuit2 [051]-----ON
P3388Cell voltage SNS. circuit2 [052]-----ON
P3389Cell voltage SNS. circuit2 [053]-----ON
P338ACell voltage SNS. circuit2 [054]-----ON
P338BCell voltage SNS. circuit2 [055]-----ON
P339CCell voltage SNS. circuit2 [072]-----ON
P339DCell voltage SNS. circuit2 [073]-----ON
P339ECell voltage SNS. circuit2 [074]-----ON
P339FCell voltage SNS. circuit2 [075]-----ON
P33A0Cell voltage SNS. circuit2 [076]-----ON
P33A1Cell voltage SNS. circuit2 [077]-----ON
P33A2Cell voltage SNS. circuit2 [078]-----ON
P33A3Cell voltage SNS. circuit2 [079]-----ON
P33A8Cell voltage SNS. circuit2 [084]-----ON
P33A9Cell voltage SNS. circuit2 [085]-----ON
P33AACell voltage SNS. circuit2 [086]-----ON
P33ABCell voltage SNS. circuit2 [087]-----ON
P33ACCell voltage SNS. circuit2 [088]-----ON
P33ADCell voltage SNS. circuit2 [089]-----ON
P33AECell voltage SNS. circuit2 [090]-----ON
P33AFCell voltage SNS. circuit2 [091]-----ON
P33B4Cell voltage SNS. circuit2 [096]-----ON
P33B5Cell voltage SNS. circuit2 [097]-----ON
P33B6Cell voltage SNS. circuit2 [098]-----ON
P33B7Cell voltage SNS. circuit2 [099]-----ON
P33B8Cell voltage SNS. circuit2 [100]-----ON
P33B9Cell voltage SNS. circuit2 [101]-----ON
P33BACell voltage SNS. circuit2 [102]-----ON
P33BBCell voltage SNS. circuit2 [103]-----ON
P33C0Cell voltage SNS. circuit2 [108]-----ON
P33C1Cell voltage SNS. circuit2 [109]-----ON
P33C2Cell voltage SNS. circuit2 [110]-----ON
P33C3Cell voltage SNS. circuit2 [111]-----ON
P33C4Cell voltage SNS. circuit2 [112]-----ON
P33C5Cell voltage SNS. circuit2 [113]-----ON
P33C6Cell voltage SNS. circuit2 [114]-----ON
P33C7Cell voltage SNS. circuit2 [115]-----ON
P33CCCell voltage SNS. circuit2 [120]-----ON
P33CDCell voltage SNS. circuit2 [121]-----ON
P33CECell voltage SNS. circuit2 [122]-----ON
P33CFCell voltage SNS. circuit2 [123]-----ON
P33D0Cell voltage SNS. circuit2 [124]-----ON
P33D1Cell voltage SNS. circuit2 [125]-----ON
P33D2Cell voltage SNS. circuit2 [126]-----ON
P33D3Cell voltage SNS. circuit2 [127]-----ON
P33F0CMU internal fail [01]-----ON
P33F1CMU internal fail [02]-----ON
P33F2CMU internal fail [03]-----ON
P33F3CMU internal fail [04]-----ON
P33F4CMU internal fail [05]-----ON
P33F6CMU internal fail [07]-----ON
P33F7CMU internal fail [08]-----ON
P33F8CMU internal fail [09]-----ON
P33F9CMU internal fail [10]-----ON
P33FACMU internal fail [11]-----ON
 
 
U code
DTCDiagnostic itemPlug-in Hybrid EV System warning light12V starter battery charging warning lightBrake warning lightBrake warning tone alarm (inside the meter-ECU)RBS warning lightMalfunction indicator light (Service engine soon or check engine light)
U0100Engine CAN timeout-----ON
U0110FMCU CAN timeout-----ON
U0111BMU CAN timeout-----ON
U0112SUB_BMU CAN timeout----ONON
U0120GCU CAN timeout-----ON
U0121ABS/ASC CAN timeoutON-----
U0126SAS CAN timeoutON-----
U0141ETACS CAN timeout-----ON
U0164A/C CAN timeout-----ON
U0166Electric Heater CAN timeout------
U0292RMCU CAN timeout-----ON
U0317EPB CAN timeoutON-----
U0428SAS (CAN message)ON-----
U1005CNR/Back SNS./SONAR CAN timeoutON-----
U1008PCM message lost (A/C)-----ON
U1009BMU message lost (Compressor)-----ON
U1073Bus-offON-----
U1074EV CAN/2nd CAN Bus-offON-----
U109APHEV-ECU MSG. lost(ELC.P.lock)ON-----
U109BELC. Parking lock LIN errorON-----
U109EELC.Parking lock CAN timeoutON-----
U109FCompressor CAN timeout-----ON
U10CABMU message lost(FMCU)-----ON
U10CBBMU message lost(RMCU)-----ON
U10CCBMU message lost(GCU)-----ON
U1100PHEV-ECU message lost (OBC)-----ON
U1117Immobilizer CAN timeoutON-----
U111DOBC CAN timeout-ON---ON
U1161PHEV-ECU message lost(BMU)-----ON
U1162PHEV-ECU message lost(FMCU)-----ON
U1163PHEV-ECU message lost(RMCU)-----ON
U1164PHEV-ECU message lost(GCU)-----ON
U1166EV-ECU lost (ELC. Compressor)-----ON
U1167EV-ECU lost (A/C)-----ON
U116ACHG-CAN Bus-offON-----
U116BQuick Charger CHG-CAN timeoutON-----
U1170PHEV LIN Bit ErrorON-----
U1171PHEV LIN No Bus activityON-----
U1172BMU LIN Checksum errorON-----
U1173BMU LIN Slave not respondingON-----
U1174ELC.P.lock LIN Checksum errorON-----
U1175ELC.P. LIN Slave not respondingON-----
U1190No receive fault detect signalON-----
U1195Coding not completedON-----
U1199VIN not programmedON-----
U119AVIN mismatchON-----
U11A0CMU01 CAN timeout-----ON
U11A1CMU02 CAN timeout-----ON
U11A2CMU03 CAN timeout-----ON
U11A3CMU04 CAN timeout-----ON
U11A4CMU05 CAN timeout-----ON
U11A6CMU07 CAN timeout-----ON
U11A7CMU08 CAN timeout-----ON
U11A8CMU09 CAN timeout-----ON
U11A9CMU10 CAN timeout-----ON
U11AACMU11 CAN timeout-----ON
U11ACCurrent sensor module lost----ONON
U11ADPTC Heater Lost-----ON
U11AECMU01 CAN timeout-----ON
U11AFCMU02 CAN timeout-----ON
U11B0CMU03 CAN timeout-----ON
U11B1CMU04 CAN timeout-----ON
U11B2CMU05 CAN timeout-----ON
U11B3CMU07 CAN timeout-----ON
U11B4CMU08 CAN timeout-----ON
U11B5CMU09 CAN timeout-----ON
U11B6CMU10 CAN timeout-----ON
U11B7CMU11 CAN timeout-----ON
U11B8Current sensor module lost-----ON
U1427Implausible wheel speed data------
U1428Sensor Cluster (CAN message)------
U1801Airbag communication line shortON-----
U1802Airbag communication line openON-----
U1803Airbag signal frame errorON-----
U1804Airbag signal parity errorON-----
U1805Airbag signal receive cycleON-----
U1806Airbag signal data errorON-----
U1900Loss of MCU message (K-line)ON-----
U1910Received error from MCU (K-line)ON-----
U1920FMCU K-line errorON-----
U1921K-line error(BMU)ON-----