LEMON Manuals: Even more car manuals for everyone: 1960-2025
Home >> Audi >> 2025 >> Q5 e Premium Plus >> Repair and Diagnosis >> Engine Performance >> Engine Control Systems >> Generic Scan Tool (DSMA) (Drive Module Control Module DTC Tables - Gateway DTC Tables) >> St Generic Scan Tool >> Diagnosis And Testing >> Drive Module Control Module DTC Tables >> Drive Module Control Module (DMCM) --, 2025 MY
April 5, 2026: LEMON Manuals is launched! Read the announcement.

Drive Module Control Module (DMCM) --, 2025 MY

Component / System DTC / DTC Description Monitor Strategy Description Malfunction Criteria Threshold value Unit Secondary Parameters Enable Condition Unit Monitor (Frequency of Checks) Monitoring Time Length Unit MIL Illum.
CAN communication U0146 - Lost Communication With Serial Data Gateway Module "A" Lost Communication With Gateway "A" (time out) Message time out   [-] Ignition on > 500 [ms] Continuous 5.000 [ms] 2 DCY
  Data length = invalid [-]              
U0116 - Lost Communication With Coolant Temperature Control Module Lost Communication With Coolant Temperature Control Module (time out) Message time out   [-] Ignition on > 500 [ms] Continuous 5.000 [ms] 2 DCY
  Data length = invalid [-]              
U0447 - Invalid Data Received From Serial Data Gateway Module "A" Gateway plausibility fault Information content = not plausible [-] Ignition on > 500 [ms] Continuous 500 [ms] 2 DCY
U0028 - Vehicle Communication Bus A Vehicle Communication Bus A Three unsuccessful transmissions in a row   [-] None None [-] other event n/a [-] 2 DCY
U0029 - Vehicle Communication Bus A Performance Vehicle Communication Bus A Performance Global message time out   [-] Ignition on > 500 [ms] Continuous 450 [ms] 2 DCY
U0447 - Invalid Data Received From Serial Data Gateway Module "A" Invalid data received from gateway "A" Information content = invalid [-] Ignition on > 500 [ms] Continuous 150 [ms] 2 DCY
U0456 - Invalid Data Received From Coolant Temperature Control Module Invalid data received from coolant temperature control module Information content = invalid [-] Ignition on > 500 [ms] Continuous 1.500 [ms] 2 DCY
Control module for pwr                      
electronic, output P33D7 - Control module for pwr electronic output module 1 internal malfunction Inverter U phase opened | U phase current DC component | > 70.27 [A] CPLD switching mode = PWM [-] Continuous 80 [ms] 1 DCY
module 1                      
        Ignition = on [-]        
        Drive motor speed > 2, 500.. 5, 500 [rpm]        
        Drive motor torque > 20 [Nm]        
        HV voltage ≥ 150 [V]        
Inverter V phase opened | V phase current DC component | > 70.27 [A] CPLD switching mode = PWM [-] Continuous 80 [ms] 1 DCY
        Ignition = on [-]        
        Drive motor speed > 2, 500.. 5, 500 [rpm]        
        Drive motor torque > 20 [Nm]        
        HV voltage ≥ 150 [V]        
Inverter W phase opened | W phase current DC component | > 70.27 [A] CPLD switching mode = PWM [-] Continuous 80 [ms] 1 DCY
        Ignition = on [-]        
        Drive motor speed > 2, 500.. 5, 500 [rpm]        
Drive motor torque > 20 [Nm]
HV voltage ≥ 150 [V]
Hardware fault Drive motor inverter current > 2, 635 [A] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 50 [ms] 1 DCY
  OR                  
  Drive motor inverter temperature > 174 [°C]              
  OR                  
  Gate driver power supply < 20 [V]              
Inverter initial HW check fault Inverter signal at startup = failed [-] HV voltage < 13 [V] Continuous 50 [ms] 1 DCY
Control module processor P0606 - Control Module Processor ECU error: ROM check Checksum error   [-] None None [-] Instantly     1 DCY
ECU error: analog digital converter check Error is detected in one of the following ADC tests:   [-] None None [-] once / DCY     1 DCY
  Broken wire monitoring = failed            
  Pull-Down monitoring = failed            
  Converter monitoring = failed            
ECU error: Program flow check API calling within the predetermined time = failed [-] None None [-] Instantly     1 DCY
ECU error: Program flash ROM and RAM check Checksum error   [-] None None [-] Instantly     1 DCY
ECU error: Processor check Lock step dual core (LSDC) monitoring =failed [-] None None [-] Instantly     1 DCY
ECU error: Controller RAM check Checksum error   [-] None None [-] Instantly     1 DCY
ECU error: Controller configuration register check Configuration register set value and its read back = mismatch [-] None None [-] Instantly     1 DCY
System controller monitoring System bus error   [-] None None [-] Instantly     1 DCY
  OR            
  Clock error   [-]              
OR  
Voltage error [-]
OR  
Internal watchdog error [-]
Peripheral startup monitoring CRC instruction error = detected [-] None None [-] once / DCY     1 DCY
  OR              
  Reset status error = detected [-]          
Cyclic peripheral monitoring STM timer error = detected [-] None None [-] Instantly     1 DCY
  OR              
  LMU read/write check error = detected [-]          
  OR              
  Interrupt error = detected [-]          
Safe Tlib SW monitoring Safe Tlib SW monitoring = failed [-] None None [-] once / DCY     1 DCY
Bus memory / register access protection Illegal write access to CPU resource from other masters = detected [-] None None [-] Instantly     1 DCY
External watchdog monitoring External watchdog timer communication = failed [-] None None [-] Continuous 192 [ms] 1 DCY
Shutoff path test for DCDC Shutoff path test for DCDC = failed [V] Shutoff path test monitoring = ready to be done [-] Continuous 5 [ms] 2 DCY
      [V] Previous microprocessor shutdown = successfully [-]        
          = Standby          
          OR          
  (Derating by transformer estimated temperature = detected     = HvOn          
Backup current plausibility fault OR   [-] DCDC Current state OR [-] Continuous 150 [ms] 2 DCY
  Derating by HV voltage) = detected     = Buck          
          OR          
          = Error          
  AND                  
  (| reserve current - estimated reserve current |) > 255 [A]              
  OR                  
(Derating by transformer estimated temperature    
OR = not detected [-]
Derating by HV voltage)    
AND    
(| reserve current - estimated reserve current |) > 60.0 [A]
DCDC state plausibility fault Internal state comparison of safety and quality management = failed [-] Shut off path test = finished [-] Continuous 140 [ms] 2 DCY
        Time elapse after DCDC current state or DCDC estimated state has changed > 1, 000 [ms]        
ECU Error by Level 3 ext. Monitor Level 3 Shut off path test failed > 4 [-] None None [-] Continuous 5 [ms] 1 DCY
Control pilot P0CF5 - Control Pilot Circuit Low Circuit low Control pilot voltage < 0.038 [V] None None [-] Continuous 40 [ms] 1 DCY
P0CF3 - Control Pilot Circuit /Open Open circuit Control pilot voltage ≥ 0.038 ≤ 2.60 [V] None None [-] Continuous 50 [ms] 1 DCY
P0CF6 - Control Pilot Circuit High Circuit high Control pilot voltage > 4.67 [V] None None [-] Continuous 40 [ms] 1 DCY
Out of range high Control pilot voltage ≥ 3.92 [V] None None [-] Continuous 50 [ms] 2 DCY
          = Standby          
          OR          
          = HvOn          
DC/DC converter P0D33 - DC/DC Converter Current High Current high on HV side (HW) HV current on HW comparator ≥ 44.6 [A] DCDC Current state OR [-] Continuous 140 [ms] 2 DCY
          = Buck          
          OR          
          = Error          
          = Standby          
          OR          
          = HvOn          
Current high on HV side (DSP) HV current on DSP ≥ 25 [A] DCDC Current state OR [-] Continuous 150 [ms] 2 DCY
          = Buck          
          OR          
          = Error          
          = Standby          
          OR          
          = HvOn          
Current high on positive LV side (HW) LV current on HW comparator positive ≥ 342 [A] DCDC Current state OR [-] Continuous 130 [ms] 2 DCY
          = Buck          
          OR          
          = Error          
          = Standby          
          OR          
          = HvOn          
Current high on LV side (DSP) LV current on DSP ≥ 335 [A] DCDC Current state OR [-] Continuous 140 [ms] 2 DCY
          = Buck          
          OR          
          = Error          
          = Standby          
          OR          
          = HvOn          
P0D32 - DC/DC Converter "A" Over Temperature Over temperature on LV side LV MOSFET temperature ≥ 120 [°C] DCDC Current state OR [-] Continuous 200 [ms] 2 DCY
          = Buck          
          OR          
          = Error          
          = Standby          
          OR          
          = HvOn          
Over temperature on HV side HV MOSFET temperature ≥ 130 [°C] DCDC Current state OR [-] Continuous 200 [ms] 2 DCY
          = Buck          
          OR          
          = Error          
          = Standby          
          OR          
          = HvOn          
Over temperature on transformer Transformer temperature ≥ 145 [°C] DCDC Current state OR [-] Continuous 200 [ms] 2 DCY
          = Buck          
          OR          
          = Error          
          = Standby          
          OR          
          = HvOn          
Over temperature on safety switch Safety switch temperature ≥ 120 [°C] DCDC Current state OR [-] Continuous 200 [ms] 2 DCY
          = Buck          
          OR          
          = Error          
P0A08 - DC/DC Converter Status Circuit Over voltage DSP Power supply voltage filtered value > 3.5 [V] DC/DC Converter monitoring = passed [-] Continuous 20 [ms] 2 DCY
          = Standby          
          OR          
    ≥ 9.8 [V]   = HvOn     Depends on    
P33D0 - DC/DC converter LV output voltage low voltage Under voltage and reverse current on LV side (DCDC converter voltage sensor 2 and   DCDC Current state OR [-] Continuous "Malfunction [-] 2 DCY
    < 10.5 [V]   = Buck     Criteria"    
          OR          
          = Error          
  AND     LV current sensors plausibility monitoring = passed [-]        
  DCDC converter current sensor C < -10 [A]              
  AND                  
  for a period of time) > 500 [ms]              
  OR                  
    ≥ 9.8 [V]              
  (DCDC converter voltage sensor C and                
    < 10.5 [V]              
  AND                  
  DCDC converter current sensor C < -10 [A]              
  AND                  
  for a period of time) > 500 [ms]              
  OR                  
    ≥ 8.2 [V]              
  (DCDC converter voltage sensor 2 and                
    < 9.8 [V]              
  AND                  
  DCDC converter current sensor C < -10 [A]              
  AND                  
  for a period of time) OR (DCDC converter voltage sensor C AND DCDC converter current sensor C AND for a period of time) OR (DCDC converter voltage sensor 2 AND DCDC converter current sensor C AND for a period of time) OR (DCDC converter voltage sensor C AND DCDC converter current sensor C AND for a period of time) OR (DCDC converter voltage sensor 2 AND DCDC converter current sensor C AND for a period of time) > 200 ≥ 8.2 and < 9.8 < -10 > 200 ≥ 7.5 and < 8.2 < -10 > 50 ≥ 7.5 and < 8.2 < -10 > 50 < 7.5 < -10 > 0.2 [ms] [V] [V] [A] [ms] [V] [V] [A] [ms] [V] [V] [A] [ms] [V] [V] [A] [ms]              
 
  OR (DCDC converter voltage sensor C AND DCDC converter current sensor C AND for a period of time) < 7.5 < -10 > 0.2 [V] [V] [A] [ms]              
P33CF - DC/DC converter LV output voltage excessive voltage Over voltage on LV side (DCDC converter voltage sensor 2 AND DCDC converter current sensor "C" AND for a period of time) OR (DCDC converter voltage sensor 1 AND DCDC converter current sensor "C" AND for a period of time) OR (DCDC converter voltage sensor 2 AND DCDC converter current sensor "C" AND for a period of time) OR > 16.5 and ≤ 17.0 > 10 > 500 > 17.3 and ≤ 17.8 > 10 > 500 > 17 and ≤ 18 > 10 > 200 [V] [V] [A] [ms] [V] [V] [A] [ms] [V] [V] [A] [ms] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous Depends on "Malfunction Criteria" [-] 2 DCY
  (DCDC converter voltage sensor 1 AND DCDC converter current sensor "C" AND for a period of time) OR (DCDC converter voltage sensor 2 AND DCDC converter current sensor "C" AND for a period of time) OR (DCDC converter voltage sensor 1 AND DCDC converter current sensor "C" AND for a period of time) OR (DCDC converter voltage sensor 2 AND DCDC converter current sensor "C" AND for a period of time) OR (DCDC converter voltage sensor 1 > 17.8 and ≤ 18.8 > 10 > 200 > 18 and ≤ 19.5 > 10 > 50 > 18.8 and ≤ 20.3 > 10 > 50 > 19.5 > 10 > 0.2 > 20.3 [V] [V] [A] [ms] [V] [V] [A] [ms] [V] [V] [A] [ms] [V] [V] [A] [ms] [V] [V]              
 
  AND DCDC converter current sensor "C" AND for a period of time) > 10 > 0.2 [A] [ms]              
P0E57 - DC/DC Converter Input Voltage Too High HV side Input voltage too high HV voltage > 490 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 105 [ms] 2 DCY
P0A94 - DC/DC Converter "A" Performance Voltage high on clamp capacitor Clamp capacitor voltage ≥ 95 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 280 [ms] 2 DCY
P0A08 - DC/DC Converter Status Circuit Under voltage DSP Power supply voltage filtered value < 3.1 [V] DC/DC Converter monitoring = passed [-] Continuous 20 [ms] 2 DCY
P33CE - DC/DC converter LV voltage implausible LV battery plus open CASE 1: LV battery voltage - LV voltage value AND LV battery voltage - 2x (DC/DC converter voltage sensor 3) CASE 2: | LV voltage value - LV battery voltage | AND | 2x (DC/DC converter voltage sensor 3) - LV battery voltage | > 3.0 > 3.0 > 3.0 > 3.0 [V] [V] [V] [V] CASE 1: DCDC Current state CASE 2: DCDC Current state LV Battery plus diagnosis = Standby OR = HvOn OR = Error = Buck = not completed [-] [-] [-] Continuous 400 [ms] 2 DCY
P0D33 - DC/DC Converter Current High Current high on HV side DC/DC converter current sensor "A" > 25 [A] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 120, 2 [ms] 2 DCY
P0E56 - DC/DC Converter Input Voltage Too Low Under voltage on HV side DC/DC converter voltage sensor "A" < 200 [V] Desired DCDC Current state Bus signal received state monitoring = Buck = passed [-] [-] Continuous 1.000 [ms] 2 DCY
P0A08 - DC/DC Converter Status Circuit Voltage sensor 1 short to battery | DC/DC converter voltage sensor 1 - DC/DC converter voltage sensor "C" | AND DC/DC converter voltage sensor "C" ≤ 1.12 > 5.2 [V] [V] DCDC Current state = HvOn OR = Buck OR = Error [-] Continuous 160 [ms] 2 DCY
Voltage sensor 3 short to ground DC/DC converter voltage sensor 3 AND DC/DC converter voltage sensor 1 ≤ 0.1 > 2.3 [V] [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 150 [ms] 2 DCY
Voltage sensor 3 short to battery | DC/DC converter voltage sensor 3 - DC/DC converter voltage sensor 1 | AND DC/DC converter voltage sensor 1 ≤ 1.74 > 5.2 [V] [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 160 [ms] 2 DCY
DC/DC converter current sensor "A" P0E54 - DC/DC Converter Current Sensor "A" Circuit High Circuit high DC/DC Converter Current Sensor "A" AD voltage ≥ 3.2 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 30 [ms] 2 DCY
P0E53 - DC/DC Converter Current Sensor "A" Circuit Low Circuit low DC/DC Converter Current Sensor "A" AD voltage ≤ 0.1 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 30 [ms] 2 DCY
P0E52 - DC/DC Converter Current Sensor "A" Circuit Range/Performance DCDC HV current out of range low HV current before filtering < - 10 [A] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 40 [ms] 2 DCY
DC/DC converter current sensor "B" P0E9E - DC/DC Converter Current Sensor "B" Circuit High Circuit high DC/DC converter current sensor "B" AD voltage ≥ 2.9 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 50 [ms] 2 DCY
P0E9D - DC/DC Converter Current Sensor "B" Circuit Low Circuit low DC/DC converter current sensor "B" AD voltage ≤ 0.1 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 50 [ms] 2 DCY
P0E9C - DC/DC Converter Current Sensor "B" Circuit Range/Performance Plausibility fault | Calculation 1 - constant 1 | (see technical description) > calculation 2 [A] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 150 [ms] 2 DCY
P0E9E - DC/DC Converter Current Sensor "B" Circuit High Out of range high DC/DC Converter Current Sensor "B" > 20 [A] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 100 [ms] 2 DCY
P0E9D - DC/DC Converter Current Sensor "B" Circuit Low Out of range low DC/DC Converter Current Sensor "B" < - 20 [A] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 100 [ms] 2 DCY
DC/DC converter current sensor "C" P0EA3 - DC/DC Converter Current Sensor "C" Circuit High Circuit high DC/DC Converter Current Sensor "C" A/D voltage value ≥ 4.9 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 30 [ms] 2 DCY
P0EA2 - DC/DC Converter Current Sensor "C" Circuit Low Circuit low DC/DC Converter Current Sensor "C" A/D voltage value ≤ 0.1 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 30 [ms] 2 DCY
P0EA1 - DC/DC Converter Current Sensor "C" Circuit Range/Performance Plausibility fault | DC/DC Converter Current Sensor "C" - LV estimated current | > 75 [A] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 110 [ms] 2 DCY
DC/DC converter temperature sensor "A" P0C3B - DC/DC Converter Temperature Sensor "A" High Circuit high DC/DC Converter Temperature Sensor "A" A/D voltage value ≥ 4.9 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 30 [ms] 2 DCY
P0C3A - DC/DC Converter Temperature Sensor "A" Low Circuit low DC/DC Converter Temperature Sensor "A" A/D voltage value ≤ 0.10 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 30 [ms] 2 DCY
DC/DC converter temperature sensor "B" P0C3D - DC/DC Converter Temperature Sensor "B" Circuit Plausibility fault | Transformator temperature - Estimated transformator temperature | ≥ 35 [°C] DCDC Current state Elapse time after switching ignition from off to on = Standby OR = HvOn OR = Buck OR = Error > 1000 [-] [ms] Continuous 120 [ms] 2 DCY
Estimated transformer temperature out of range Transformer estimated temperature OR ≥ 150 [°C] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 110 [ms] 2 DCY
  Transformer estimated temperature ≤ - 40 [°C]              
P0C40 - DC/DC Converter Temperature Sensor "B" High Circuit high DC/DC Converter Temperature Sensor "B" A/D voltage value ≥ 4.9 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 30 [ms] 2 DCY
P0C3F - DC/DC Converter Temperature Sensor "B" Low Circuit low DC/DC Converter Temperature Sensor "B" A/D voltage value ≤ 0.10 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 30 [ms] 2 DCY
DC/DC converter temperature sensor "C" P0E5B - DC/DC Converter Temperature Sensor "C" Circuit High Circuit high DC/DC Converter Temperature Sensor "C" A/D voltage value ≥ 4.9 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 30 [ms] 2 DCY
P0E5A - DC/DC Converter Temperature Sensor "C" Circuit Low Circuit low DC/DC Converter Temperature Sensor "C" A/D voltage value ≤ 0.10 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 30 [ms] 2 DCY
DC/DC converter temperature sensor "D" P2C8F - DC/DC Converter Temperature Sensor "D" Circuit High Circuit high DC/DC Converter Temperature Sensor "D" A/D voltage value ≥ 4.9 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 30 [ms] 2 DCY
P2C8E - DC/DC Converter Temperature Sensor "D" Circuit Low Circuit low DC/DC Converter Temperature Sensor "D" A/D voltage value ≤ 0.10 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 30 [ms] 2 DCY
DC/DC converter temperature sensors P0C39 - DC/DC Converter Temperature Sensor "A" Range/Performance Temperature plausibility fault (crosscheck), sensors comparison (Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "A" temperature stored value at start up OR Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "C" temperature stored value at start up OR Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "B" temperature stored value at start up OR Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "A" temperature stored value at start up and DC/DC converter temperature sensor "C" temperature stored value at start up OR > 50.. 20 > 50.. 20 > 50.. 20 > 50.. 20 > 50.. 20 [°C] [°C] [°C] [°C] [°C] Ignition Previous microprocessor shutdown Elapsed time after ignition on = on = successfully > 68 [-] [-] [min] Continuous 40 [ms] 2 DCY
  Absolute difference between DC/DC converter temperature sensor "A" temperature stored value at start up and DC/DC converter temperature sensor "B" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "A" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "C" temperature stored value at start up and DC/DC converter temperature sensor "B" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "C" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up) AND Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "A" temperature stored value at start up AND Absolute difference between DC/DC converter temperature sensor "A" temperature stored value at start up and DC/DC converter temperature sensor "C" temperature stored value at start up AND Absolute difference between DC/DC converter temperature sensor "A" temperature stored value at start up and DC/DC converter temperature sensor "B" temperature stored value at start up AND Absolute difference between DC/DC converter temperature sensor "A" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up > 50.. 20 > 50.. 20 > 50.. 20 > 50.. 20 > 50.. 20 > 16.2 > 14 > 14 > 14 [°C] [°C] [°C] [°C] [°C] [°C] [°C] [°C] [°C]              
P0C3E - DC/DC Converter Temperature Sensor "B" Range/Performance Temperature plausibility fault (crosscheck), sensors comparison (Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "A" temperature stored value at start up OR Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "C" temperature stored value at start up OR Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "B" temperature stored value at start up OR Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up OR > 50.. 20 > 50.. 20 > 50.. 20 > 50.. 20 [°C] [°C] [°C] [°C] Ignition Previous microprocessor shutdown Elapsed time after ignition on = on = successfully > 68 [-] [-] [min] Continuous 40 [ms] 2 DCY
  Absolute difference between DC/DC converter temperature sensor "A" temperature stored value at start up and DC/DC converter temperature sensor "C" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "A" temperature stored value at start up and DC/DC converter temperature sensor "B" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "A" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "C" temperature stored value at start up and DC/DC converter temperature sensor "B" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "C" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up) AND Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "B" temperature stored value at start up AND Absolute difference between DC/DC converter temperature sensor "A" temperature stored value at start up and DC/DC converter temperature sensor "B" temperature stored value at start up AND Absolute difference between DC/DC converter temperature sensor "C" temperature stored value at start up and DC/DC converter temperature sensor "B" temperature stored value at start up AND Absolute difference between DC/DC converter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up > 50.. 20 > 50.. 20 > 50.. 20 > 50.. 20 > 50.. 20 > 50.. 20 > 16.2 > 14 > 14 > 14 [°C] [°C] [°C] [°C] [°C] [°C] [°C] [°C] [°C] [°C]              
P0E59 - DC/DC Converter Temperature Sensor "C" Circuit Range/Performance Temperature plausibility fault (crosscheck), sensors comparison (Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "A" temperature stored value at start up OR Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "C" temperature stored value at start up OR Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "B" temperature stored value at start up OR > 50.. 20 > 50.. 20 > 50.. 20 [°C] [°C] [°C] Ignition Previous microprocessor shutdown Elapsed time after ignition on = on = successfully > 68 [-] [-] [min] Continuous 40 [ms] 2 DCY
  Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "A" temperature stored value at start up and DC/DC converter temperature sensor "C" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "A" temperature stored value at start up and DC/DC converter temperature sensor "B" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "A" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "C" temperature stored value at start up and DC/DC converter temperature sensor "B" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "C" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up) AND Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "C" temperature stored value at start up AND Absolute difference between DC/DC converter temperature sensor "A" temperature stored value at start up and DC/DC converter temperature sensor "C" temperature stored value at start up AND Absolute difference between DC/DC converter temperature sensor "C" temperature stored value at start up and DC/DC converter temperature sensor "B" temperature stored value at start up AND Absolute difference between DC/DC converter temperature sensor "C" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up > 50.. 20 > 50.. 20 > 50.. 20 > 50.. 20 > 50.. 20 > 50.. 20 > 50.. 20 > 16.2 > 14 > 14 > 14 [°C] [°C] [°C] [°C] [°C] [°C] [°C] [°C] [°C] [°C] [°C]              
P2C8D - DC/DC Converter Temperature Sensor "D" Circuit Range/Performance Temperature plausibility fault (crosscheck), sensors comparison (Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "A" temperature stored value at start up OR Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "C" temperature stored value at start up OR > 50.. 20 > 50.. 20 [°C] [°C] Ignition Previous microprocessor shutdown Elapsed time after ignition on = on = successfully > 68 [-] [-] [min] Continuous 40 [ms] 2 DCY
  Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "B" temperature stored value at start up OR Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "A" temperature stored value at start up and DC/DC converter temperature sensor "C" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "A" temperature stored value at start up and DC/DC converter temperature sensor "B" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "A" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "C" temperature stored value at start up and DC/DC converter temperature sensor "B" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "C" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up) AND Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up AND Absolute difference between DC/DC converter temperature sensor "A" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up AND Absolute difference between DC/DC converter temperature sensor "C" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up AND Absolute difference between DC/DC converter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up > 50.. 20 > 50.. 20 > 50.. 20 > 50.. 20 > 50.. 20 > 50.. 20 > 50.. 20 > 50.. 20 > 16.2 > 14 > 14 > 14 [°C] [°C] [°C] [°C] [°C] [°C] [°C] [°C] [°C] [°C] [°C] [°C]              
 
DC/DC converter voltage sensor "A" P0E34 - DC/DC Converter Voltage Sensor "A" High Circuit high DC/DC Converter Voltage Sensor "A" A/D voltage value ≥ 4.9 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 30 [ms] 2 DCY
P0E33 - DC/DC Converter Voltage Sensor "A" Low Circuit low DC/DC Converter Voltage Sensor "A" A/D voltage value AND Drive motor inverter voltage sensor "A" measured value ≤ 0.1 > 32.7 [V] [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 30 [ms] 2 DCY
P0E32 - DC/DC Converter Voltage Sensor "A" Range/Performance Plausibility fault | Estimated DC/DC Converter voltage Sensor "A" voltage value - DC/DC Converter voltage Sensor "A" voltage value | > 43.63 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 100 [ms] 1 DCY
DC/DC converter voltage sensor "B" P0E39 - DC/DC Converter Voltage Sensor "B" High Circuit high DSP clamp capacitor voltage ≥ 2.9 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 150 [ms] 2 DCY
P0E38 - DC/DC Converter Voltage Sensor "B" Low Circuit low DC/DC Converter Voltage Sensor "B" A/D voltage AND DC/DC Converter Voltage Sensor "C" ≤ 0.1 > 5.6 [V] [V] DCDC Current state time elapse after safety switch is turned from OFF to ON = HvOn OR = Buck OR = Error > 50 [-] [ms] Continuous 150 [ms] 2 DCY
P0E37 - DC/DC Converter Voltage Sensor "B" Range/Performance Plausibility fault CASE 1: For H1 PWM duty average value (| DC/DC converter voltage sensor "B" - DC/DC converter voltage sensor "C" | AND | DC/DC converter voltage sensor "B" - 2x (DC/DC converter voltage sensor 1) |) CASE 2: For H1 PWM duty average value OR = 0 > 1.5 > 3.72 != 0 [-] [V] [V] [-] DCDC Current state Elapsed time after DC/DC PWM was stopped DC/DC converter voltage sensor "A" circuit low monitoring = Standby OR = HvOn OR > 60 = passed [-] [ms] [-] Continuous 200 [ms] 2 DCY
  (| DC/DC converter voltage sensor "B" - HV voltage | AND | DC/DC converter voltage sensor "B" - HV redundant voltage |) > 23.32 > 36.54 [V] [V]              
DC/DC converter voltage sensor "C" P0E99 - DC/DC Converter Voltage Sensor "C" Circuit High Circuit high DC/DC Converter Voltage Sensor "C" A/D voltage ≥ 4.9 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 30 [ms] 2 DCY
P0E98 - DC/DC Converter Voltage Sensor "C" Circuit Low Circuit low DC/DC Converter Voltage Sensor "C" A/D voltage AND DC/DC converter voltage sensor 1 ≤ 0.1 ≥ 1.0 [V] [V] DCDC Current state Voltage sensor 1 short to battery monitoring = HvOn OR = Buck OR = Error = Passed [-] [-] Continuous 80 [ms] 2 DCY
P0E97 - DC/DC Converter Voltage Sensor "C" Circuit Range/Performance Plausibility fault Case 1: For safety switches AND DCDC switch | DC/DC converter voltage sensor "C" - 2x (DC/DC converter voltage sensor 1) | | DC/DC converter voltage sensor "C" - DC/DC converter voltage sensor 3 | Case 2: For safety switches OR DCDC switch (DC/DC converter voltage sensor "C" AND DC/DC converter voltage sensor 1) OR DC/DC converter voltage sensor "C" = on > 1.84 > 2.1 = off > 1.62 ≤ 0.4 > 21.74 [-] [V] [V] [-] [V] [V] [V] DCDC Current state Elapse time after PWM duty has changed Voltage sensor 1 short to battery monitoring = Standby OR = HvOn OR = Buck OR = Error > 50 = Passed [-] [ms] [-] Continuous 110 [ms] 2 DCY
DC/DC converter voltage sensor 1 P32A5 - DC/DC converter voltage sensor 1 Short circuit to B+ Short to battery DC/DC converter voltage sensor 1 A/D voltage ≥ 3.2 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 30 [ms] 2 DCY
P32A6 - DC/DC converter voltage sensor 1 Short circuit to Ground (GND) Short to ground DC/DC converter voltage sensor 1 AD voltage ≤ 0.1 [V] DCDC Current state = HvOn OR = Buck OR = Error [-] Continuous 100 [ms] 2 DCY
  AND DC/DC converter voltage sensor "C" AD voltage > 2.74 [V]              
P32A7 - DC/DC converter voltage sensor 1 Range/Performance Out of range high DC/DC converter voltage sensor 1 voltage > 15 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 40 [ms] 2 DCY
DC/DC converter voltage sensor 2 P32AA - DC/DC converter voltage sensor 2 Short circuit to B+ Short to battery DC/DC converter voltage sensor 2 AD voltage ≥ 4.9 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 30 [ms] 2 DCY
P32AB - DC/DC converter voltage sensor 2 Short circuit to Ground (GND) Short to ground DC/DC converter voltage sensor 2 AD voltage AND DC/DC converter voltage sensor 3 ≤ 0.1 > 1.0 [V] [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 30 [ms] 2 DCY
P32AC - DC/DC converter voltage sensor 2 Range/Performance Plausibility fault CASE 1: | DC/DC converter voltage sensor 2 - 2x (DC/DC converter voltage sensor 3) | AND | DC/DC converter voltage sensor 2 - DC/DC converter voltage sensor "C" | CASE 2: | DC/DC converter voltage sensor 2 - 2x (DC/DC converter voltage sensor 3) | AND | DC/DC converter voltage sensor 2 - Terminal 30 voltage | > 3.18 > 2.26 > 3.18 > 1.76 [V] [V] [V] [V] DCDC Current state Only for CASE 1: safety switches AND DCDC Switching Only for CASE 2: safety switches OR DCDC Switching = Standby OR = HvOn OR = Buck OR = Error = on = on = off = off [-] [-] [-] [-] [-] Continuous 100 [ms] 2 DCY
DC/DC converter voltage sensor 3 P32AF - DC/DC converter voltage sensor 3 Short circuit to B+ Short to battery DC/DC converter voltage sensor 3 AD value ≥ 4.9 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 30 [ms] 2 DCY
P32B1 - DC/DC converter voltage sensor 3 Range/Performance Out of range high DC/DC converter voltage sensor 3 > 16.6 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 40 [ms] 2 DCY
Drive motor P0C01 - Drive Motor "A" Current High Current high | AC current | ≥ 900 [A] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 60 [ms] 2 DCY
P0A2F - Drive Motor "A" Over Temperature Stator over temperature Drive motor stator temperature ≥ 205 [°C] Drive mode Range switch of drive motor temperature sensor != Standby Restart processing OR != Init. OR != Standby post run = initialized [-] [-] [-] [-] Continuous 1.000 [ms] 2 DCY
 
P0C4E - Drive Motor "A" Position Exceeded Learning Limit Drive motor position exceeded learning limit Angle offset Counter for angle offset out of range = out of range > 3 [-] [-] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 5 [ms] 2 DCY
P0A90 - Drive Motor "A" Performance Performance fault Drive motor efficiency monitoring = failed [-] Drive mode Drive motor speed Drive motor torque = Normal torque control > 500 < 7000 > 75 < 500 - [-] [rpm] [Nm] Continuous 180.000 [ms] 2 DCY
P0A2F - Drive Motor "A" Over Temperature Rotor over temperature Rotor temperature > 155 [°C] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 10.000 [ms] 2 DCY
Drive motor control module P0A1B - Drive Motor "A" Control Module Performance Vaux 5 V out of range Vaux 5 V OR Vaux 5 V < 4.63 +/-0.125 > 5.38 +/-0.125 [V] [V] None None [-] Continuous 0.234 [ms] 1 DCY
Vcore 3.3 V out of range Vaux 3.3 V OR Vaux 3.3 V < 2.82 +/-0.20 > 3.74 +/-0.14 [V] [V] None None [-] Continuous 0.234 [ms] 1 DCY
Power supply for ADC and drive motor inverter temperature sensor "B" out of range Vcc 5 V OR Vcc 5 V < 4.63 +/-0.125 > 5.38 +/-0.125 [V] [V] None None [-] Continuous 0.234 [ms] 1 DCY
FlexRay driver under voltage FlexRay driver power supply < 4.54 [V] None None [-] Continuous 10 [ms] 1 DCY
FlexRay driver over voltage FlexRay driver power supply > 5.49 [V] None None [-] Continuous 10 [ms] 1 DCY
Rotor position sensor under voltage Rotor position sensor power supply < 4.74 [V] None None [-] Continuous 15 [ms] 1 DCY
Rotor position sensor over voltage Rotor position sensor power supply > 5.25 [V] None None [-] Continuous 15 [ms] 1 DCY
Power supply of 6.5V out of range Power supply of 6.5 V > 7.6 +/- 0.4 [V] None None [-] Continuous 0.234 [ms] 1 DCY
CAN driver power supply under voltage CAN driver power supply < 4.50 [V] None None [-] Continuous 50 [ms] 1 DCY
CAN driver power supply over voltage CAN driver power supply > 5.53 [V] None None [-] Continuous 50 [ms] 1 DCY
Gate driver low side under voltage Gate driver low side voltage < 4.54 [V] None None [-] Continuous 15 [ms] 1 DCY
Gate driver low side over voltage Gate driver low side voltage > 5.49 [V] None None [-] Continuous 15 [ms] 1 DCY
CPLD under voltage CPLD power supply < 3.18 [V] None None [-] Continuous 15 [ms] 1 DCY
CPLD over voltage CPLD power supply > 3.42 [V] None None [-] Continuous 15 [ms] 1 DCY
Gate driver high side under voltage Gate drive high side voltage < 4.54 [V] None None [-] Continuous 15 [ms] 1 DCY
Gate driver high side over voltage Gate drive high side voltage > 5.49 [V] None None [-] Continuous 15 [ms] 1 DCY
Reference power supply over voltage Reference power supply > 3.04 [V] None None [-] Continuous 20 [ms] 1 DCY
Reference power supply under voltage Reference power supply < 2.96 [V] None None [-] Continuous 20 [ms] 1 DCY
Backup 7 V power supply under voltage Backup 7 V power supply < 4.87 [V] None None [-] Continuous 10 [ms] 1 DCY
Backup 7 V power supply over voltage Backup 7 V power supply > 7.90 [V] None None [-] Continuous 10 [ms] 1 DCY
ECU error: Shutoff paths test Shutoff path test = finished AND = failed [-] Pre-charge Ignition Shut off path test Monitor test = finished = on = finished = not completed [-] [-] [-] [-] Continuous 20 [ms] 1 DCY
Drive motor current sensor P0A54 - Drive Motor "A" Current Sensor Circuit High High range high fault Drive motor current sensor AD voltage > 4.90 [V] None None [-] Continuous 15 [ms] 1 DCY
P0A53 - Drive Motor "A" Current Sensor Circuit Low High range low fault Drive motor current sensor AD voltage < 0.10 [V] None None [-] Continuous 15 [ms] 1 DCY
P0A52 - Drive Motor "A" Current Sensor Circuit Range/Performance Plausibility fault | HV DC current - Calculated HV DC current | > 68 [A] CPLD switching mode Ignition Drive motor speed HV voltage = PWM = on > 550 > 160 [-] [-] [rpm] [V] Continuous 35 [ms] 1 DCY
High range offset fault | DC/DC converter current sensor "A" - HV calculated current | for a period of time > 10 > 80 [A] [ms] Ignition DC current offset calculation Monitor test (CPLD switching mode AND (| Drive motor speed | for a period of time)) HV voltage calculation time out = on = done = not completed = Free wheel OR = Active short circuit ≤ 10 > 10 >8.75 = false [-] [-] [-] [-] [rpm] [ms] [V] [-] Continuous 5 [ms] 1 DCY
Low range offset fault | DC/DC converter current sensor "C" - HV calculated current | for a period of time > 5 > 80 [A] [ms] Ignition DC current offset calculation Monitor test (CPLD switching mode AND (| Drive motor speed | for a period of time)) HV voltage = on = done = not completed = Free wheel OR = Active short circuit ≤ 10 > 10 >8.75 [-] [-] [-] [-] [rpm] [ms] [V] Continuous 5 [ms] 1 DCY
        calculation time out = false [-]        
P0A54 - Drive Motor "A" Current Sensor Circuit High Low range high fault Drive motor current sensor AD voltage > 4.90 [V] None None [-] Continuous 15 [ms] 1 DCY
P0A53 - Drive Motor "A" Current Sensor Circuit Low Low range low fault Drive motor current sensor AD voltage < 0.10 [V] None None [-] Continuous 15 [ms] 1 DCY
Out of range high Drive motor current sensor current > 600 [A] None None [-] Continuous 25 [ms] 1 DCY
P0A54 - Drive Motor "A" Current Sensor Circuit High Out of range low Drive motor current sensor current < -600 [A] Ignition None [-] Continuous 25 [ms] 1 DCY
Drive motor inverter P0A3C - Drive Motor "A" Inverter Over Temperature Over temperature Drive motor inverter calculated temperature OR Intermediate coolant temperature model calculated value OR IGBT temperature ≥ 165 ≥ 100 ≥ 156 [°C] [°C] [°C] Drive mode (HV voltage OR AC current) != Standby Restart processing OR != Init. OR != Standby post run ≥ 100 ≥ 50 [-] [-] [-] [V] [A] Continuous 100 [ms] 2 DCY
P0C79 - Drive Motor "A" Inverter Voltage Too High Voltage high Inverter voltage > 475 ± 10 [V] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 45 [ms] 2 DCY
P0A3C - Drive Motor "A" Inverter Over Temperature X-Capacitor over temperature X-Capacitor temperature ≥ 110 [°C] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 1.000 [ms] 2 DCY
AC connector over temperature AC connector temperature ≥ 180 [°C] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 1.000 [ms] 2 DCY
Power module AC terminal over temperature Power module AC terminal temperature ≥ 180 [°C] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 1.000 [ms] 2 DCY
Y- Capacitor over temperature Y-Capacitor temperature ≥ 110 [°C] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 1.000 [ms] 2 DCY
Over temperature on PCB PCB temperature ≥ 140 [°C] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 200 [ms] 2 DCY
Drive motor inverter temperature sensor "A" P0AEE - Drive Motor Inverter Temperature Sensor "A" Circuit Range/Performance Plausibility fault | Drive Motor Inverter Temperature Sensor "A" - DC/DC converter temperature sensor "D" | > 50.. 20 [°C] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 200 [ms] 1 DCY
  OR | Drive motor inverter temperature Sensor "A" - Drive motor inverter temperature sensor "B" | > 50.. 20 [°C] Ignition Rest period Previous microprocessor shutdown on > 100 = successfully [-] [min] [-]        
P0AF0 - Drive Motor Inverter Temperature Sensor "A" Circuit High Short to battery Duty cycle temperature sensor ≥ 89.5 [%] Drive mode HV voltage != Standby Restart processing OR != Init. OR != Standby post run ≥ 60 [-] [-] [-] [V] Continuous 50 [ms] 1 DCY
P0AEF - Drive Motor Inverter Temperature Sensor "A" Circuit Low Short to ground Duty cycle temperature sensor ≤ 10.5 [%] Drive mode HV voltage != Standby Restart processing OR != Init. OR != Standby post run ≥ 60 [-] [-] [-] [V] Continuous 50 [ms] 1 DCY
Circuit low Inverter temperature ≤ -52 [°C] Drive mode HV voltage != Standby Restart processing OR != Init. OR != Standby post run ≥ 60 [-] [-] [-] [V] Continuous 100 [ms] 1 DCY
Drive motor inverter temperature sensor "B" P0AF5 - Drive Motor Inverter Temperature Sensor "B" Circuit High Circuit high Drive Motor Inverter Temperature Sensor "B" A/D voltage value ≥ 4.9 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 30 [ms] 2 DCY
P0AF4 - Drive Motor Inverter Temperature Sensor "B" Circuit Low Circuit low Drive Motor Inverter Temperature Sensor "B" A/D voltage value ≤ 0.10 [V] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 30 [ms] 2 DCY
P0AF3 - Drive Motor Inverter Temperature Sensor "B" Circuit Range/Performance Temperature plausibility fault (crosscheck), sensors comparison (Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "A" temperature stored value at start up OR Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "C" temperature stored value at start up OR Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "B" temperature stored value at start up OR Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up OR > 50.. 20 > 50.. 20 > 50.. 20 > 50.. 20 [°C] [°C] [°C] [°C] Ignition Previous microprocessor shutdown Rest period = on = successfully > 68 [-] [-] [min] Continuous 40 [ms] 2 DCY
  Absolute difference between DC/DC converter temperature sensor "A" temperature stored value at start up and DC/DC converter temperature sensor "C" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "A" temperature stored value at start up and DC/DC converter temperature sensor "B" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "A" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "C" temperature stored value at start up and DC/DC converter temperature sensor "B" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "C" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up OR Absolute difference between DC/DC converter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up) AND Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "A" temperature stored value at start up AND Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "C" temperature stored value at start up AND Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "B" temperature stored value at start up AND Absolute difference between drive motor inverter temperature sensor "B" temperature stored value at start up and DC/DC converter temperature sensor "D" temperature stored value at start up > 50.. 20 > 50.. 20 > 50.. 20 > 50.. 20 > 50.. 20 > 50.. 20 > 16.2 > 16.2 > 16.2 > 16.2 [°C] [°C] [°C] [°C] [°C] [°C] [°C] [°C] [°C] [°C]              
Drive motor inverter voltage sensor "A" P0D30 - Drive Motor "A" Inverter Voltage Sensor "A" Circuit High Short to battery Drive motor inverter voltage sensor "A" AD voltage AND HV redundant AD voltage ≥ 4.90 < 4.14 [V] [V] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 25 [ms] 1 DCY
P0D2E - Drive Motor "A" Inverter Voltage Sensor "A" Circuit Range/Performance Plausibility fault | Drive motor Inverter Voltage Sensor "A" voltage physical value - Drive motor Inverter Voltage Sensor "A" redundant voltage value | > 43.63 [V] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 40 [ms] 1 DCY
  Drive motor Inverter Voltage Sensor "A" redundant raw value Drive motor Inverter Voltage Sensor "A" redundant raw value < 4.8 > 0.1 [V] [V]              
P0D30 - Drive Motor "A" Inverter Voltage Sensor "A" Circuit High Out of range high Drive motor inverter voltage sensor "A" voltage physical value ≥ 630 [V] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] Continuous 30 [ms] 1 DCY
P0D2D - Drive Motor "A" Inverter Voltage Sensor "A" Circuit HV DC offset under voltage HV DC offset voltage < 2.00 [V] None None [-] Continuous 20 [ms] 1 DCY
HV DC offset over voltage HV DC offset voltage > 2.71 [V] None None [-] Continuous 20 [ms] 1 DCY
Drive motor phase U P0A5D - Drive Motor "A" Phase U Current Open circuit before operation U phase current U phase open circuit before operation error counter < 5.49 > 7 [A] [-] Ignition V phase open circuit before operation W phase open circuit before operation Ripoff monitoring Monitor test = on = passed = passed = competed = not completed [-] [-] [-] Continuous 5 [ms] 1 DCY
Drive motor phase U current sensor P0BE6 - Drive Motor "A" Phase U Current Sensor Circuit Range/Performance Offset fault | sensor offset phase U | AND for a period of time > 20.86 > 35 [A] [ms] Ignition AC current offset calculation Ripoff monitoring Monitor test (CPLD switching mode AND (| Drive motor speed | for a period of time)) = on = done = not done yet = not completed = Free wheel OR = Active short circuit ≤ 10 > 10 [-] [-] [-] [-] [-] [rpm] [ms] once / DCY n/a [ms] 1 DCY
Drive motor phase U-V W P0C05 - Drive Motor "A" Phase U-V-W Circuit/Open 2 or 3 phases open circuit before operation U phase open circuit before operation AND V phase open circuit before operation OR = failed = failed [-] [-] Ignition Ripoff monitoring = on = competed [-] [-] Continuous 5 [ms] 1 DCY
  U phase open circuit before operation AND W phase open circuit before operation OR V phase open circuit before operation AND W phase open circuit before operation OR U phase open circuit before operation AND V phase open circuit before operation AND W phase open circuit before operation AND Phases open circuit before operation error counter = failed = failed = failed = failed = failed = failed = failed [-] [-] [-] [-] [-] [-] [-] Monitor test = not completed [-]        
Drive motor phase U-V W current sensor P0BE8 - Drive Motor "A" Phase U Current Sensor Circuit High Short to battery U Phase current AD voltage ≥ 4.90 [V] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 20 [ms] 1 DCY
P0BE7 - Drive Motor "A" Phase U Current Sensor Circuit Low Short to ground U Phase current AD voltage ≤ 0.10 [V] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 20 [ms] 1 DCY
P0BFD - Drive Motor "A" Phase U-V-W Current Sensor Correlation Crosscheck drive motor phase current balance U, V, W sensors AC Current 3 phases sum ≥ 66.98 [A] Drive mode Ignition != Standby Restart processing OR != Init. OR != Standby post run = on [-] [-] [-] [-] Continuous 25 [ms] 1 DCY
P0BEC - Drive Motor "A" Phase V Current Sensor Circuit High Short to battery V Phase current AD voltage ≥ 4.90 [V] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 20 [ms] 1 DCY
P0BEB - Drive Motor "A" Phase V Current Sensor Circuit Low Short to ground V Phase current AD voltage ≤ 0.10 [V] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 20 [ms] 1 DCY
P0BF0 - Drive Motor "A" Phase W Current Sensor Circuit High Short to battery W Phase current AD voltage ≥ 4.90 [V] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 20 [ms] 1 DCY
P0BEF - Drive Motor "A" Phase W Current Sensor Circuit Low Short to ground W Phase current AD voltage ≤ 0.10 [V] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 20 [ms] 1 DCY
Drive motor phase V P0A60 - Drive Motor "A" Phase V Current Open circuit before operation V phase current V phase open circuit before operation error counter < 5.49 > 7 [-] [-] Ignition U phase open circuit before operation W phase open circuit before operation = on = passed = passed [-] Continuous 5 [ms] 1 DCY
        Ripoff monitoring Monitor test = competed = not completed [-] [-]        
Drive motor phase V current sensor P0BEA - Drive Motor "A" Phase V Current Sensor Circuit Range/Performance Drive motor phase V current offset fault | sensor offset phase V | AND time > 20.86 > 35 [A] [ms] Ignition AC current offset calculation Monitor test Ripoff monitoring (CPLD switching mode AND (| Drive motor speed | for a period of time)) = on = done = not completed = not done yet = Free wheel OR = Active short circuit ≤ 10 > 10 [-] [-] [-] [-] [-] [rpm] [ms] once / DCY n/a [ms] 1 DCY
Drive motor phase W P0A63 - Drive Motor "A" Phase W Current Open circuit before operation W phase current W phase open circuit before operation error counter < 5.49 > 7 [-] [-] Ignition U phase open circuit before operation V phase open circuit before operation Ripoff monitoring Monitor test = on = passed = passed = competed = not completed [-] [-] [-] Continuous 5 [ms] 1 DCY
Drive motor phase W current sensor P0BEE - Drive Motor "A" Phase W Current Sensor Circuit Range/Performance Drive motor phase W current offset fault | sensor offset phase W | AND for a period of time > 20.86 > 35 [A] [ms] Ignition AC current offset calculation Monitor test Ripoff monitoring (CPLD switching mode AND = on = done = not completed = not done yet = Free wheel OR = Active short circuit [-] [-] [-] [-] [-] once / DCY n/a [ms] 1 DCY
        (|Drive motor speed | for a period of time)) ≤ 10 > 10 [rpm] [ms]        
Drive motor position sensor P0A3F - Drive Motor "A" Position Sensor Circuit Sine and Cosine circuit high SIN and COS position sensor ≥ 4.43 [V] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 25 [ms] 1 DCY
Sine and Cosine circuit low SIN and COS position sensor ≤ 0.50 [V] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 25 [ms] 1 DCY
P0A40 - Drive Motor "A" Position Sensor Circuit Range/Performance Sine and Cosine ratio fault Amplitude difference between SIN and COS ≥ 22.5 ≤ - 29 [%] Drive mode SIN / COS compensation monitoring This diagnosis != Standby Restart processing OR != Init. OR != Standby post run = completed = has not been done [-] [-] [-] [-] [-] Continuous 75 [ms] 1 DCY
Rotor position sensor SIN / COS variation fault Sum of normalized SIN square and normalized COS square ≥ 1.28 ≤ 0.71 [pu] [pu] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 50 [ms] 1 DCY
Rotor position sensor loss of tracking fault Integrator tracking observer ≥ 90 [°] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 50 [ms] 1 DCY
Circuit Range/Performance | Drive motor speed - Calculated drive motor speed | OR (| Drive motor speed - Calculated drive motor speed | AND |Drive motor speed - Motor speed after cross fade processing|) ≥ 32, 767 < 50 ≥ 150 [rpm] [rpm] [rpm] Ignition = on [-] Continuous 80 [ms] 1 DCY
P0A44 - Drive Motor "A" Position Sensor Circuit Overspeed Over speed fault Drive motor speed ≤ -1, 210 ≥ 7, 410 [rpm] [rpm] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 80 [ms] 2 DCY
P0C52 - Drive Motor "A" Position Sensor Circuit "A" Low Signal low SIN signal position sensor < 0.34 [V] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 45 [ms] 1 DCY
P0C53 - Drive Motor "A" Position Sensor Circuit "A" High Signal high SIN signal position sensor > 4.66 [V] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 45 [ms] 1 DCY
Short to battery SIN position sensor > 4.90 [V] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] Continuous 35 [ms] 1 DCY
P0C52 - Drive Motor "A" Position Sensor Circuit "A" Low Short to ground SIN position sensor < 0.10 [V] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] Continuous 35 [ms] 1 DCY
P0C5C - Drive Motor "A" Position Sensor Circuit "B" Low Signal low COS position sensor < 0.34 [V] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 45 [ms] 1 DCY
P0C5D - Drive Motor "A" Position Sensor Circuit "B" High Signal high COS signal position sensor > 4.66 [V] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 45 [ms] 1 DCY
Short to battery COS signal position sensor > 4.90 [V] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] Continuous 35 [ms] 1 DCY
P0C5C - Drive Motor "A" Position Sensor Circuit "B" Low Short to ground COS position sensor < 0.10 [V] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] Continuous 35 [ms] 1 DCY
Drive motor temperature sensor P0A2A - Drive Motor "A" Temperature Sensor "A" Circuit Diagnosis switch monitoring Range switch Diagnosis switch voltage absolute difference after switching = on < 0.5 [-] [V] Ignition Monitor test Range switch of drive motor temperature sensor = on = not completed = initialized [-] [-] [-] Continuous 45 [ms] 2 DCY
P0A2D - Drive Motor "A" Temperature Sensor "A" Circuit High Short to battery Voltage measure drive motor temperature sensor ≥ 4.70 [V] Stator switching temperature Range switch of drive motor temperature sensor ≤ 75 = initialized [°C] [-] Continuous 15 [ms] 2 DCY
P0A2C - Drive Motor "A" Temperature Sensor "A" Circuit Low Short to ground Voltage measure drive motor temperature sensor ≤ 0.10 [V] Stator switching temperature Range switch of drive motor temperature sensor > 75 = initialized [°C] [-] Continuous 15 [ms] 2 DCY
P0A2E - Drive Motor "A" Temperature Sensor "A" Circuit Intermittent Circuit Intermittent | Drive motor temperature sensor - previous stored drive motor temperature | > 20 [°C] Range switch of drive motor temperature sensor = initialized [-] Continuous 40 [ms] 2 DCY
P0A2B - Drive Motor "A" Temperature Sensor "A" Circuit Range/Performance Temperature plausibility fault (crosscheck) | Drive motor Temperature Sensor - Transmission oil temperature | > 50.. 20 [°C] Drive mode Ignition != Standby Restart processing OR != Init. OR != Standby post run on [-] [-] [-] [-] Continuous 200 [ms] 1 DCY
        HV voltage off time Previous microprocessor shutdown Time after DMCM wakeup > 100 = successfully < 4 [min] [-] [min]        
P0A2A - Drive Motor "A" Temperature Sensor "A" Circuit Range switch monitoring Diagnosis switch Range switch voltage absolute difference after switching = on < 0.6 [-] [V] Ignition Monitor test Range switch of drive motor temperature sensor = on = not completed = initialized [-] [-] [-] Continuous 45 [ms] 2 DCY
P0A2D - Drive Motor "A" Temperature Sensor "A" Circuit High Out of range low Motor temperature sensor ≤ -43.88 [°C] Stator switching temperature Range switch of drive motor temperature sensor ≤ 75 = initialized [°C] [-] Continuous 30 [ms] 2 DCY
FlexRay communicaiton U0112 - Lost Communication With Battery Energy Control Module "B" Lost Communication With Battery Energy Control Module "B" (time out) Message time out Data length = invalid [-] [-] Ignition on > 500 [ms] Continuous 5.000 [ms] 1 DCY
U0101 - Lost Communication with TCM Lost Communication with TCM (time out) Message time out Data length = invalid [-] [-] Ignition on > 500 [ms] Continuous 800 [ms] 2 DCY
U0146 - Lost Communication With Serial Data Gateway Module "A" Lost Communication With Gateway "A" (time out) Message time out Data length = invalid [-] [-] Ignition on > 500 [ms] Continuous 5.000 [ms] 2 DCY
U0141 - Lost Communication With Body Control Module "A" Lost Communication With Body Control Module "A" (time out) Message time out Data length = invalid [-] [-] Ignition on > 500 [ms] Continuous 1.000 [ms] 2 DCY
U0140 - Lost Communication With Body Control Module Lost Communication With Body Control Module (time out) Message time out Data length = invalid [-] [-] Ignition on > 500 [ms] Continuous 2.000 [ms] 2 DCY
U0100 - Lost Communication With ECM/PCM "A" Lost Communication With ECM/PCM "A" (time out) Message time out Data length = invalid [-] [-] Ignition on > 500 [ms] Continuous 5.000 [ms] 1 DCY
U0431 - Invalid Data Received From Body Control Module "A" Body control module "A" plausibility fault Information content = not plausible [-] Ignition on > 500 [ms] Continuous 1.000 [ms] 2 DCY
U0401 - Invalid Data Received From ECM/PCM "A" Engine control module "A" plausibility fault Information content = not plausible [-] Ignition on > 500 [ms] Continuous 500 [ms] 1 DCY
U0080 - Vehicle Communication Bus F Flex Ray synchronization lost FlexRay lost synchronization = transmitting and receiving no message [-] Ignition on > 500 [ms] Continuous 0 [ms] 1 DCY
U106E - FlexRay data bus Signal malfunction Flex Ray transmission collision FlexRay message = no feedback [-] Ignition on > 500 [ms] Continuous 0 [ms] 1 DCY
U0413 - Invalid Data Received From Battery Energy Control Module "B" Invalid data received from battery energy control module Information content = invalid [-] Ignition on > 500 [ms] Continuous 3.000 [ms] 1 DCY
U0402 - Invalid Data Received From TCM Invalid data received from transmission control module Information content = invalid [-] Ignition on > 500 [ms] Continuous 240 [ms] 2 DCY
U0447 - Invalid Data Received From Serial Data Gateway Module "A" Invalid data received from gateway Information content = invalid [-] Ignition on > 500 [ms] Continuous 30 [ms] 2 DCY
U0422 - Invalid Data Received From Body Control Module Invalid data received from body control module 1 Information content = invalid [-] Ignition on > 500 [ms] Continuous 600 [ms] 2 DCY
U0401 - Invalid Data Received From ECM/PCM "A" Invalid data received from engine control module "A" Information content = invalid [-] Ignition on > 500 [ms] Continuous 2.880 [ms] 1 DCY
Function restriction U1400 - Function restriction Function restriction due to low voltage due to insufficient voltage from power supply LV battery voltage > 5.75 < 8.75 [V] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 100 [ms] 2 DCY
U1401 - Function restriction due to excessive voltage due to excessive voltage from power supply LV battery voltage > 16.375 < 30 [V] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 100 [ms] 2 DCY
U141B - Function restriction due to special software due to special software Software manipulation = detected [-] None None [-] Continuous 1.000 [ms] 1 DCY
High voltage fuse P0A95 - High Voltage Fuse "A" Fuse fault Fuse open duty ≥ 70 [%] Drive mode HV voltage != Standby Restart processing OR != Init. OR != Standby post run ≥ 60 [-] [-] [-] [V] Continuous 1.000 [ms] 2 DCY
Hybrid/EV battery system P0AFA - Hybrid/EV Battery System Voltage Low Inverter under voltage Drive motor inverter voltage sensor "A" measured value ≤ 130 [V] Desired drive mode Drive mode Desired drive mode signal received on FlexRay = moment regulation OR = External rpm regulation OR = calibration OR = special brake mode != Standby Restart processing OR != Init. OR != Standby post run = valid [-] [-] [-] [-] [-] [-] [-] [-] Continuous 60 [ms] 1 DCY
Ignition switch run/start position P2535 - Ignition Switch On/Start Position "A" Circuit High Terminal 15 voltage sensor short to battery Terminal 15 voltage AD voltage value > 4.90 [V] None None [-] Continuous 50 [ms] 1 DCY
Internal control module U1103 - Production mode active Production mode active Production mode = active [-] VW End of line session = permitted OR = requested [-] Continuous 1.000 [ms] 1 DCY
        Development session Vehicle mileage =permitted OR = requested ≤ 100 [-] [km]        
U0300 - Internal Control Module Software Incompatibility Software incompatibility Actual OBD type != stored OBD type [-] Variant code = written [-] Instantly     1 DCY
U3510 - Control Module Missing Calibration Missing calibration Variant code = not written OR = corrupted [-] Immobilizer = downloaded [-] Instantly     1 DCY
U3001 - Control Module Improper Shutdown Performance Maximum number of resets achieved Number of continuous resets ≥ 5 [-] Monitoring not executed since previous reset   [-] Continuous 1 [ms] 1 DCY
Internal control module A/D P060B - Internal Control Module A/D Processing Performance AC current sensor U phase plausibility fault U phase current error counter > 100 [-] None None [-] Continuous 5 [ms] 1 DCY
AC current sensor V phase plausibility fault V phase current error counter > 100 [-] None None [-] Continuous 5 [ms] 1 DCY
AC current sensor W phase plausibility fault W phase current error counter > 100 [-] None None [-] Continuous 5 [ms] 1 DCY
Sine signal plausibility fault Position sensor SIN signal error counter > 100 [-] None None [-] Continuous 5 [ms] 1 DCY
Cosine signal plausibility fault Position sensor COS signal error counter > 100 [-] None None [-] Continuous 5 [ms] 1 DCY
Internal control module main processor P060C - Internal Control Module Main Processor Performance CPLD clock monitoring Counter for CPLD Clock out of range ≥ 4 [-] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 5 [ms] 1 DCY
ECU error: actual torque notch filter monitoring Actual torque notch filter monitoring = failed [-] Ignition = on [-] Continuous 5 [ms] 1 DCY
ECU error: data flashing check CRC error of data flash = detected [-] Monitor test = not completed [-] Instantly     1 DCY
ECU error: Drive motor inverter voltage sensor plausibility fault | inverter side HV DC voltage - DCDC side HV DC voltage | AND HV voltage digital value > 43.625 < 0.10 > 4.90 [V] [V] [V] None None [-] Continuous 35 [ms] 1 DCY
ECU error: torque anti-jerk function monitoring fault Anti-jerk torque function monitoring = failed [-] Ignition = on [-] Continuous 1 [ms] 1 DCY
ECU error: ICE rotary oscillation damper torque function monitoring fault ICE rotary oscillation damper torque monitoring = failed [-] Ignition = on [-] Continuous 1 [ms] 1 DCY
ECU error: Torque monitoring fault, negative side Delivered torque = out of range [-] Torque monitoring Ripoff monitoring Ignition = passed = passed = on [-] [-] [-] Continuous 120 [ms] 1 DCY
ECU error: Torque monitoring fault, positive side Delivered torque for a period of time = out of range > 2, 175 [-] [ms] Torque monitoring Ripoff monitoring Ignition = passed = passed = on [-] [-] [-] Continuous 5 [ms] 1 DCY
ECU error: Torque Monitoring HW check fault, negative side over deviation Torque negative deviation monitoring = failed [-] Torque monitoring Ripoff monitoring Ignition = passed = passed = on [-] [-] [-] Continuous 5 [ms] 1 DCY
ECU error: Torque Monitoring HW check fault, negative side integration over deviation Torque negative integration deviation monitoring = failed [-] Torque monitoring Ripoff monitoring Ignition = passed = passed = on [-] [-] [-] Continuous 30 [ms] 1 DCY
ECU error: drive motor over speed Drive motor speed ≤ -1, 260 ≥ 7, 460 [rpm] Ignition = on [-] Continuous 75 [ms] 1 DCY
ECU error: HV DC current during free wheel HV DC current error at free wheel ≥ 60 [A] (CPLD switching mode OR Drive motor desired mode OR Quality management error OR Security error OR Ignition OR Vehicle crash = Free wheel OR = Active short circuit = passive mode = detected = detected = off = detected [-] [-] [-] [-] [-] [-] Continuous 40 [ms] 1 DCY
        OR Terminal 30 voltage) AND This diagnosis AND DC offset calculation = under voltage = has not been delayed = finished [-] [-] [-]        
ECU error: Actual torque plausibility fault | Actual torque - Delivered torque | AND Drive motor speed > 50 > 500 [Nm] [rpm] CPLD switching mode = PWM [-] Continuous 130 [ms] 1 DCY
ECU error: Torque Monitoring HW check fault, positive side integration over deviation Torque positive integration deviation monitoring = failed [-] Torque monitoring Ripoff monitoring Ignition = passed = passed = on [-] [-] [-] Continuous 30 [ms] 1 DCY
ECU error: Rotor position sensor Sine / Cosine value out of range Position sensor SIN signal OR Position sensor COS signal ≤ 280.917 ≥ 3, 814.083 ≤ 280.917 ≥ 3, 814.083 [-] [-] Ignition = on [-] Continuous 35 [ms] 1 DCY
ECU error: Rotor position sensor sine / cosine variation fault Sum of SIN square and COS square ≤ 1, 054 ≥ 1, 892 [-] Ignition = on [-] Continuous 40 [ms] 1 DCY
ECU error: AC current sensor fault Sum average of 3 phase AC currents OR Sum average of 3 phase AC currents < 2.45 > 2.55 [-] [-] Ignition = on [-] Continuous 25 [ms] 1 DCY
ECU error: internal error check Internal error check =failed [-] Monitor test Drive mode = not completed != Standby, Post run [-] [-] Continuous 1.000 [ms] 1 DCY
ECU error: AC current during passive mode | U phase current | OR | V phase current | OR | W phase current | > 149.88 OR > 149.88 OR > 149.88 [A] [A] [A] (CPLD switching mode OR Drive motor desired mode OR Ignition OR Desired PWM mode) AND This diagnosis = Free wheel OR = Active short circuit = passive mode = off = passive mode = has not been delayed [-] [-] [-] [-] [-] Continuous 5 [ms] 1 DCY
ECU error: torque monitoring fault, drive off in wrong direction AC current integral value ≥ 40 [A] CPLD switching mode Ripoff monitoring Ignition Drive motor speed Delivered power AC current = PWM = passed = on ≥ - 1500 AND ≤ -150 > 600 > 30 [-] [-] [-] [rpm] [rpm] [W] [A] Continuous 5 [ms] 1 DCY
DSP state monitoring DSP control mode and microcontroller mode = mismatch [-] DCDC Current state Elapsed time after DCDC control mode has changed = Standby OR = HvOn OR = Buck OR = Error > 80 [-] [ms] Continuous 80 [ms] 2 DCY
DSP internal error DSP receiving message from serial peripheral interface = failed [-] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 40 [ms] 2 DCY
DSP program run time out DSP sending program run signal after micro controller start up = failed [-] DCDC Current state = sleep [-] Continuous 1.000 [ms] 2 DCY
        Serial peripheral interface data compatibility check Elapsed time after microcontroller startup = not finished > 40 [-] [ms]        
Serial peripheral interface communication error Serial peripheral interface sending or receiving monitoring = failed [-] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 40 [ms] 2 DCY
Sum of digital signal processing and serial peripheral interface Sum value on serial peripheral interface and calculated sum value = mismatch [-] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 40 [ms] 2 DCY
Digital signal processing data Main processor requesting data and digital signal processing sending data = mismatch [-] DCDC Current state = Standby OR = HvOn OR = Buck OR = Error [-] Continuous 40 [ms] 2 DCY
System voltage P0562 - System Voltage Low Low voltage battery voltage low Terminal 30 voltage of DMCM ≤ 5.75 [V] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 9.000 [ms] 2 DCY
P0563 - System Voltage High Low voltage battery voltage high Terminal 30 voltage of DMCM ≥ 30 [V] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] [-] [-] Continuous 9.000 [ms] 2 DCY
P0560 - System Voltage Terminal 30 rationality fault | Terminal 30 voltage of DMCM - DCDC converter voltage sensor 2 | > 4.8 [V] Drive mode Battery plus open monitoring status != Standby Restart processing OR != Init. OR != Standby post run = completed [-] [-] [-] [-] Continuous 320 [ms] 1 DCY
P0563 - System Voltage High Low voltage battery voltage circuit high Terminal 30 voltage of DMCM AD voltage value > 4.90 [V] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] Continuous 40 [ms] 1 DCY
P0562 - System Voltage Low Low voltage battery voltage circuit low Terminal 30 voltage of DMCM AD voltage value < 0.10 [V] Drive mode != Standby Restart processing OR != Init. OR != Standby post run [-] Continuous 40 [ms] 1 DCY
U1405 - Terminal 15 Implausible signal Terminal 15 rationality check Terminal 15 and FlexRay Terminal 15 signal = unmatched [-] FlexRay signal ignition = received [-] Continuous 2.000 [ms] 1 DCY
scientia non olet · About LEMON Manuals