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Transmission Control Module --, 8-SPD 0D5, 2019 MY

AL552-8Q 0D5
DTC Fault Code Description Monitor Strategy Description Malfunction Criteria Threshold Value Secondary Parameters with Enable Conditions Monitoring Time Length Frequency of checks, MIL Illum
P0219 Engine Overspeed
  • The engine speed or calculated input speed signal is compared to a maximum allowable value to avoid an engine over speed condition.
  • Engine speed signal via CAN
  • > 7, 000 RPM
  • Gear position D or R = True
  • 7th or 8th gear in Low Range Mode = False
  • 0.09 s
  • 2nd trip
  • Output speed * gear ratio of target gear
  • Gear position D or R = True
  • Gear shift requested = True
P0601 Read Only Memory (Flash Memory)
  • A checksum is calculated for each memory block and compared with a stored reference checksum
  • The calculated checksum does not match the
  • Stored reference checksum for any of the
  • Memory blocks
  • = True
  • TCM powered = True
  • TCM initialization has completed = True
  • 0.0 s
  • 2nd trip
P0606 Micro Controller Watchdog
  • Functional check of inhibit path
  • Inhibit path test failed
  • = True
  • TCM initialization = True
  • 0.0 s
  • 2nd trip
  • Rationality check of the peripheral reset line
  • Peripheral reset line activated during normal operation
  • No failure in watchdog monitoring or functional check of inhibit path = True
  • Rationality check of the peripheral clock
  • (Peripheral clock activated
  • Peripheral clock ASIC indicates failure in clocking the output stages
  • = False
  • = False)
  • Functional check of inhibit path has successfully completed = True
  • (Peripheral clock activated
  • Peripheral clock ASIC indicates failure in clocking the output stages
  • = True
  • = True)
  • Rationality check of communication between watchdog ASIC and CPU
  • Failure in SPI communication between watchdog ASIC and CPU
  • = True
  • Status of watchdog and expected status calculated by the CPU are unequal
  • Watchdog error counter
  • >= 5
  • Rationality check of the monitored safety relevant software modules that are used for the calculation of the correct watchdog answer
  • Number of monitored safety relevant software modules not valid
  • = True
  • Checksum of monitored safety relevant software module not valid
  • Sequence of monitored safety relevant software modules not valid
P0607 Current Regulator Request
  • Transmission blocking.
  • Number of pressure regulators activated at the same time
  • > 3
  • Transmission oil temperature > -30° C
  • No electrical limp home active = True
  • Position valve monitoring not active = True
  • 0.0 s
  • 2nd trip
P060B Position Valve
  • Rationality check between the activated pressure regulators and the selected driving position.
  • Three or more pressure regulators activated at the same time
  • = True
  • Position N or P requested = True
  • The number of activated pressure regulators has been less than 3 >= 40.0 ms
  • 0.06 s
  • 2nd trip
P0613 Microcontroller Components
  • Rationality check of the analog to digital converted signals (ADC)
  • TCM internal voltage level 1 converted by ADC module A
  • < 4.6 V
  • TCM powered = True
  • 0.03 s
  • 2nd trip
  • TCM internal voltage level 1 converted by ADC module A
  • > 5.4 V
  • TCM internal voltage level 2 converted by ADC module A
  • < 3.0 V
  • TCM internal voltage level 2 converted by ADC module A
  • > 3.6 V
  • Absolute difference between the ADC output of different TCM internal reference voltages vand the expected reference value
  • > 1.22
  • Absolute difference of the output of both ADC modules, using the same TCM internal reference voltage level 2
  • > 0.3 V
  • Check of SPI communication
  • Feedback signal of sent SPI data is unequal to sent data
  • = True
  • Control data sent back by the receiving SPI node not valid
  • Status information of low level SPI driver indicates a hardware failure
  • RAM and ROM and CPU register
  • Safety relevant data does not match its complement when reading the data from RAM
  • Simulated ECC failure is not corrected by the ECC algorithm
  • Expected interrupt service routine request is not called, if memory cell with invalid data content is read
  • ECC failure detected on normal RAM or ROM
  • Configuration registers of the CPU are unequal to their expected values
  • Rationality check of safety functionality
  • Two independently calculated output commands are unequal
P0614 Transmission Configuration
  • Monitoring of the identification code from the engine and the transmission.
  • Failure detected in engine code
  • = True
  • Ignition is switched on = true
  • Battery voltage < 17.0 V
  • Battery voltage > 9.0 V
  • No failure detected in signal of transmission output speed
  • Output signal of transmission output speed < 75 1/min
  • 1.5 s
  • 2nd trip
  • Failure detected in transmission code
P061B Transmission Torque Request
  • Monitor the positive engine torque request calculation and engine response resulting from the positive engine torque request
  • Actual engine torque request and delivered engine torque request sent via BUS
  • > KL_MMOTUEBPOSME 1 [ Gear Ratio]
  • Ignition is on = true
  • Driver request is not in P or N = true
  • Gearshift in progress = false
  • 0.0 s
  • 2nd trip
  • > KL_MMOTUEBPOSME 2 [ Gear Ratio]
  • The positive engine torque request calculation and engine response resulting from the positive engine torque request are monitored.
  • A positive engine torque request is sent via BUS and no positive torque request was calculated by the shift control software
  • = True
  • Ignition is on = true
  • 0.25 s
  • Actual input speed gradient - Actual output speed gradient * Actual gear ratio
  • < KF_NGPOSMEUEB [ Gear Ratio, Engine Torque]
  • Ignition is on = true
  • Transmission position is not P or N = True
  • Gearshift in progress = True
  • Positive engine torque request active = True
  • Monitor the positive engine torque request signal
  • Positive engine torque is transmitted
  • = True
  • TCM powered = true
  • 0.0 s
  • No positive engine torque commanded by the shift control software
  • The difference between the transmitted engine torque request and the engine torque request commanded by the shift control software
  • > 50 Nm
P062F Electrically Erasable Programmable Read-Only Memory
  • The diagnostic is monitoring EEPROM checksums and hardware failures of the Flash Control Unit
  • Number of sector groups with valid checksum
  • < 2
  • An EEPROM read or write operation has occurred = true
  • 0.05 s
  • 1st trip
  • Read or write operation not possible (Flash Control Unit defective)
  • = True
P0634 TCM Temperature
  • Detect an over temperature shutdown of the TCM to protect the TCM hardware
  • Chip 1 temperature
  • > 145° C
  • Power supply voltage < 20.0 V
  • 0.0 s
  • 2nd trip
  • Chip 2 temperature
P0642 Sensor Supply Voltage
  • Electrical short circuit and open circuit monitoring
  • Sensor supply voltage
  • <= 6.5 V
  • Battery supply voltage > 9.0 V
  • 0.3 s
  • 2nd trip
  • Both the input and output speed sensors are reporting a "short-circuit ground" and/or "break" failure during a time window
  • < 600.0 ms
P0643 Sensor Supply Voltage
  • Electrical short circuit and open circuit monitoring
  • Sensor supply voltage
  • >= 10.1 V
  • Battery supply voltage > 9.0 V
  • 0.3 s
  • 2nd trip
  • Both the input and output speed sensors are reporting a "short-circuit ground" and/or "break" failure during a time window
  • < 600.0 ms
P0667 TCM Internal Temperature Sensor
  • Rationality check
  • (System is in thermodynamical steady state
  • The difference between the oil temperature sensor value and the chip 2 temperature sensor value
  • The difference between the chip 1 temperature sensor value and the chip 2 temperature sensor value
  • = False
  • > 30° C
  • > 10° C)
  • No failure detected in engine speed and turbine speed signal = True
  • No failure detected in the chip 2 temperature sensor monitoring = True
  • (Engine speed > 400 1/min
  • Or
  • Turbine speed > 400 1/min)
  • Time where engine or turbine speed is above calibrated threshold >= 300.0 s
  • Ignition on = True
  • 1.5 s
  • 2nd trip
  • (System is in thermodynamical steady state
  • The difference between the oil temperature sensor value and the chip 2 temperature sensor value
  • The difference between the chip 1 temperature sensor value and the chip 2 temperature sensor value
  • = True
  • > 15° C
  • > 10° C)
  • (System is in thermodynamical steady state
  • The difference between the oil temperature sensor value and the chip 2 temperature sensor value
  • The difference between the chip 1 temperature sensor value and the chip 2 temperature sensor value
  • = False
  • > 30° C
  • > 10° C)
  • No failure detected in engine speed and turbine speed signal = True
  • No failure detected in the chip 1 temperature sensor monitoring = True
  • (Engine speed > 400 1/min
  • Or
  • Turbine speed > 400 1/min)
  • Time where engine or turbine speed is above calibrated threshold >= 300.0 s
  • Ignition on = True
  • (System is in thermodynamical steady state
  • The difference between the oil temperature sensor value and the chip 2 temperature sensor value
  • The difference between the chip 1 temperature sensor value and the chip 2 temperature sensor value
  • = True
  • > 15° C
  • > 10° C)
P0668 TCM Internal Temperature Sensor
  • Signal range check
  • Sensor temperature
  • < -45° C
  • TCM powered = True
  • 1.5 s
  • 2nd trip
P0669 TCM Internal Temperature Sensor
  • Signal range check
  • Sensor temperature
  • > 168° C
  • TCM powered = True
  • 1.5 s
  • 2nd trip
P0700 Main Processor
  • Detect a main microprocessor calculation failure
  • Results of two independently performed calculations are not equal
  • = True
  • TCM powered = True
  • 0.0 s
  • 2nd trip
  • Detect a communication failure of the 2nd microprocessor.
  • Communication problems between the main
  • microprocessor and the 2nd microprocessor
  • detected
  • 0.1 s
  • Detect an internal failure of the 2nd microprocessor
  • An internal failure of the 2nd microprocessor occurs
  • 0.0 s
P0711 Transmission Oil Temperature Sensor
  • Rationality check
  • (System is in thermodynamical steady state
  • The difference between the oil temperature sensor value and the chip 1 temperature sensor value
  • The difference between the oil temperature sensor value and the chip 2 temperature sensor value
  • = False
  • > 30° C
  • > 30° C)
  • No failure detected in engine speed and turbine speed signal = True
  • No failure detected in the oil temperature sensor monitoring = True
  • (Engine speed > 400 1/min
  • Or
  • Turbine speed > 400 1/min)
  • Time where engine or turbine speed is above calibrated threshold >= 300.0 s
  • Ignition on = True
  • 1.5 s
  • 2nd trip
  • (System is in thermodynamical steady state
  • The difference between the oil temperature sensor value and the chip 1 temperature sensor value
  • The difference between the oil temperature sensor value and the chip 2 temperature sensor value
  • = True
  • > 15° C
  • > 15° C)
  • Transmission oil temperature delta between 2 measurements
  • > 20° C
  • No failure detected in the oil temperature sensor monitoring = True
P0712 Transmission Oil Temperature Sensor
  • Signal range check
  • U_pin_lo
  • U_pin_hi
  • < InpPAtfL2_uAtfLoMin_C
  • <= InpPAtfL2_uAtfHiMax_C
  • TCM powered = True
  • 1.5 s
  • 2nd trip
P0713 Transmission Oil Temperature Sensor
  • Signal range check
  • U_pin_lo
  • U_pin_hi
  • < InpPAtfL2_uAtfLoMin_C
  • <= InpPAtfL2_uAtfHiMax_C
  • TCM powered = True
  • 1.5 s
  • 2nd trip
P0714 Transmission Oil Temperature Sensor
  • Signal range check
  • U_pin_lo
  • U_pin_hi
  • < InpPAtfL2_uAtfLoMin_C
  • <= InpPAtfL2_uAtfHiMax_C
  • TCM powered = True
  • 1.5 s
  • 2nd trip
P0716 Input Speed Sensor
  • To perform an out of range high monitoring
  • Input speed
  • > 14, 000 1/min
  • No failure detected for P07C0 [ Input/Turbine Speed Sensor "A" Circuit High ] = True
  • No failure detected for P07BF [ Input/Turbine Speed Sensor "A" Circuit Low ] = True
  • 0.7 s
  • 2nd trip
  • Rationality check
  • The difference between the input speed measured by the TCM and the calculated input speed from the wheel speed signal from vehicle bus
  • The difference between the input speed measured by the TCM and the calculated input speed from the output speed measured by the TCM
  • > 250 1/min
  • > 250 1/min
  • No failure detected in sensor supply voltage = True
  • No electrical sensor failure of any internal sensor signal used for the rationality monitoring = True
  • No BUS failure of any speed signal received via BUS used for the rationality monitoring = True
  • 0.6 s
P0717 Input Speed Sensor
  • Irrational negative gradient in fixed gear
  • The input speed gradient
  • > 500 1/min
  • No failure detected in sensor supply voltage = True
  • No electrical sensor failure of any internal sensor signal used for the rationality monitoring = True
  • No BUS failure of any speed signal received via BUS used for the rationality monitoring = True
  • Transmission is in fixed gear = True
  • 0.3 s
  • 2nd trip
P0721 Output Speed Sensor
  • To perform an out of range high monitoring
  • Output speed
  • > 10, 000 1/min
  
  • 0.6 s
  • 2nd trip
  • Rationality check
  • The difference between the output speed measured by the TCM and the calculated output speed from the wheel speed signal from vehicle bus
  • The difference between the output speed measured by the TCM and the calculated output speed from the input speed measured by the TCM
  • > 350 1/min
  • > 250 1/min
  • No failure detected in sensor supply voltage = True
  • No electrical sensor failure of any internal sensor signal used for the rationality monitoring = True
  • No BUS failure of any speed signal received via BUS used for the rationality monitoring = True
  • 1.0 s
P0727 BUS Signal
  • Monitoring of engine speed signal from FR
  • Failure detected in engine speed signal value
  • = True
  • No failure detected for U0080 [Vehicle Communication Bus F] = True
  • Ignition is switched on = True
  • Battery voltage < 17.0 V
  • Battery voltage > 9.0 V
  • No failure detected in engine speed signal = True
  • 0.6 s
  • 2nd trip
P0730 Gear Ratio
  • Detect ratio failure of clutches.
  • Fault symptom counters of the clutches A and B
  • >= 3
  • (Oil-temperature (fixed gear) > -10° C
  • Or
  • Oil-temperature (gear shifts) > -10° C)
  • (Engine speed > 430 RPM
  • Or
  • Output speed > 2, 500 RPM)
  • Input speed > 0 RPM
  • (Transmission lever position = D
  • Or
  • Transmission lever position = R)
  • No malfunction in input speed signal = True
  • No malfunction in at least one of the signals output speed or engine speed = True
  • No clutch slip control functions active = True
  • No ratio monitoring failure for one clutch defective is detected = True
  • 0.0 s
  • 2nd trip
  • Fault symptom counters of the clutches A and D
  • Fault symptom counters of the clutches B and D
 
 
  • Fault symptom counters of the clutches B and E
 
 
  • Fault symptom counters of the clutches C and D
  • Fault symptom counters of the clutches A and E
  • Fault symptom counters of the clutches A and C
  • Fault symptom counters of the clutches B and C
  • Fault symptom counters of the clutches C and E
  • Fault symptom counters of the clutches D and E
  • Fault symptom counters of the clutches A, B and C
  • Fault symptom counters of the clutches A, B and E
  • Fault symptom counters of the clutches B, C and E
  • Fault symptom counters of the clutches B, D and E
  • Fault symptom counters of the clutches B, C and D
  • Fault symptom counters of the clutches C, D and E
  • Fault symptom counters the clutches A, C and D
  • Fault symptom counters of the clutches A, D and E
  • Fault symptom counters of the clutches A, B and D
P073D Power Flow
  • Rationality check of the ratio of input to engine speed.
  • Ratio of input speed to engine speed
  • < KF_NUECGNAB1POWERFLOW[Gearbox Temperature, Output speed]
  • No failure in input speed signal = True
  • No failure in engine speed signal = True
  • Engine speed > 500 RPM
  • Mechanical limp home mode active = False
  • No power flow requested = True
  • No failure in output speed signal = True
  • Position N is requested = True
  • 2.4 s
  • 2nd trip
  • No failure in input speed signal = True
  • No failure in engine speed signal = True
  • Engine speed > 500 RPM
  • Mechanical limp home mode active = False
  • No power flow requested = True
  • No failure in output speed signal = True
  • Position P is requested = True
  • 4.5 s
P0740 Torque Converter Clutch (TCC)
  • The actual slip and the target slip are compared.
  • Absolute difference between the actual slip and target slip
  • Engine torque via BUS (from ECM)
  • TCC pressure (based on a software model)
  • > KL_XDSWKDEFEKT[EngineTorque Filtered and Delayed
  • < 1, 000 Nm
  • > 3.5 bar
  • Torque converter clutch closed or in closed loop control mode = True
  • 60.0 s
  • 2nd trip
P0745 Pressure Control Solenoid Out0
  • Current monitoring
  • Calculated current from software model based on PWM feedback signal at output stage
  • <= 0.850 A - OutMCrntMon_iOfsHi_C[0 - 5: Out0 - Out5; 6-7: not used] -
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • 0.08 s
  • 2nd trip
  • <= 0.850 A - OutMCrntMon_iOfsHi_C[0 - 5: Out0 - Out5; 6-7: not used] -
  • OutMCrntMon_iOfsCtlChngInc_C[x] * current gradient
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = True
  • <= 0.850 A - OutMCrntMon_iOfsHi_C[0 - 5: Out0 - Out5; 6-7: not used] -
  • OutMCrntMon_iOfsCtlChngInc_C
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = False
  • >= 0.050 A + OutMCrntMon_iOfsLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • >= 0.050 A + OutMCrntMon_iOfsLo_C[0 - 5: Out0 - Out5; 6-7: not used] + OutMCrntMon_iOfsCtlChngInc_C * current gradient
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = True
  • <= 0.050 A + OutMCrntMon_iOfsLo_C[0 - 5: Out0 - Out5; 6-7: not used] +
  • OutMCrntMon_iOfsCtlChngInc_C
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = False
  • SPI communication monitoring and PWM frequency check
  • Checkbyte of SPI message indicates failure
  • = True
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Read back message and sent out message unequal
  • PWM feedback signal at output stage
  • > (sync-period + 20 μs)
  • < sync-period - 20 μs
P0749 Pressure Control Solenoid Out0
  • Open circuit
  • (ASIC indicates short to ground or open circuit
  • After shutoff of output stage ASIC indicates open circuit
  • = True
  • = True)
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • 0.08 s
  • 2nd trip
  • (PWM feedback signal at output stage
  • After shutoff of output stage ASIC indicates open circuit
  • = 100.0%
  • = True)
P0754 On/Off-Solenoid Out7
  • Open circuit
  • Voltage of output signal during PWM duty or no duty phase
  • <= OutPLssMon_uTstOP_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Output stages power supply activated = True
  • Commanded output PWM duty cycle = 0.0%
  • Power supply voltage >= OutPLssMon_uTstLo_C[0: Out0;1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Power supply voltage >= OutPLssMon_uTstLo_C[0: Out0;1: Out1; 2: Out6; 3: Out7; 4: not used]
  • 0.08 s
  • 2nd trip
  • Voltage of output signal during PWM duty phase
  • <= OutPLssMon_uTstSG_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Output stages power supply activated = True
  • Commanded output PWM duty cycle >= 5.0%
  • Commanded output PWM duty cycle <= 95.0%
  • Power supply voltage >= OutPLssMon_uTstLo_C[0: Out0;1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Power supply voltage >= OutPLssMon_uTstLo_C[0: Out0;1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Voltage of output signal during PWM no duty phase
  • > OutPLssMon_uTstSG_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • < OutPLssMon_uTstOP_C[0: Out0; 1:Out1; 2: Out6; 3: Out7; 4: not used]
P0775 Pressure Control Solenoid Out1
  • Current monitoring
  • Calculated current from software model based on PWM feedback signal at output stage
  • <= 0.850 A -
  • OutMCrntMon_iOfsHi_C[0 - 5: Out0 -
  • Out5; 6-7: not used]
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • 0.08 s
  • 2nd trip
  • <= 0.850 A - OutMCrntMon_iOfsHi_C[0 - 5: Out0 - Out5; 6-7: not used] -
  • OutMCrntMon_iOfsCtlChngInc_C[x] * current gradient
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = True
  • <= 0.850 A - OutMCrntMon_iOfsHi_C[0 - 5: Out0 - Out5; 6-7: not used] -
  • OutMCrntMon_iOfsCtlChngInc_C
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = False
  • >= 0.050 A + OutMCrntMon_iOfsLo_C[0 - 5: Out0 -
  • Out5; 6-7: not used]
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • >= 0.050 A + OutMCrntMon_iOfsLo_C[0 - 5: Out0 - Out5; 6-7: not used] +
  • OutMCrntMon_iOfsCtlChngInc_C * current gradient
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = True
  • <= 0.050 A + OutMCrntMon_iOfsLo_C[0 - 5: Out0 -
  • Out5; 6-7: not used] + OutMCrntMon_iOfsCtlChngInc_C
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = False
  • SPI communication monitoring and PWM frequency check
  • Checkbyte of SPI message indicates failure
  • = True
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Read back message and sent out message unequal
  • PWM feedback signal at output stage
  • > (sync-period + 20 μs)
  • < sync-period - 20 μs
P0779 Pressure Control Solenoid Out1
  • Open circuit
  • (ASIC indicates short to ground or open circuit
  • After shutoff of output stage ASIC indicates open circuit
  • = True
  • = True)
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5:Out0 - Out5; 6-7: not used]
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5:Out0 - Out5; 6-7: not used]
  • 0.08 s
  • 2nd trip
  • (PWM feedback signal at output stage
  • After shutoff of output stage ASIC indicates open circuit
  • = 100.0%
  • = True)
P077C Output Speed Sensor
  • ASIC signal monitoring
  • Short to ground or open circuit detected (cannot be distinguished), if sensor supply voltage
  • < 0.18 V
  • No failure detected in sensor supply voltage = True
  • 0.6 s
  • 2nd trip
P077D Output Speed Sensor
  • ASIC signal monitoring
  • Short to battery detected, if sensor supply voltage
  • > 4.0 V
  • No failure detected in sensor supply voltage = True
  • 0.6 s
  • 2nd trip
P0780 Gear Ratio
  • Detect general ratio failure.
  • Ratio failure for a single clutch X detected
  • Further symptom detected in a gear where clutch X is not involved
  • = True
  • = True
  • (Oil-temperature (fixed gear) > -10° C
  • Or
  • Oil-temperature (gear shifts) > -10° C)
  • (Engine speed > 430 RPM
  • Or
  • Output speed > 2, 500 RPM)
  • Input speed > 0 RPM
  • (Transmission lever position = D
  • Or
  • Transmission lever position = R)
  • No malfunction in input speed signal = True
  • No malfunction in at least one of the signals output speed or engine speed = True
  • No clutch slip control functions active = True
  • (Fixed gear engaged = True
  • Output speed >= 50 RPM)
  • Or
  • Fixed gear engaged = True
  • Output speed < 50 RPM))
  • 0.0 s
  • 2nd trip
P0795 Pressure Control Solenoid Out4
  • Current monitoring
  • Calculated current from software model based on PWM feedback signal at output stage
  • <= 0.850 A - OutMCrntMon_iOfsHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • 0.08 s
  • 2nd trip
  • <= 0.850 A - OutMCrntMon_iOfsHi_C[0 - 5: Out0 - Out5; 6-7: not used] - OutMCrntMon_iOfsCtlChngInc_C[x] * current gradient
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = True
  • <= 0.850 A - OutMCrntMon_iOfsHi_C[0 - 5: Out0 - Out5; 6-7: not used] - OutMCrntMon_iOfsCtlChngInc_C
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = False
  • >= 0.050 A + OutMCrntMon_iOfsLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • >= 0.050 A + OutMCrntMon_iOfsLo_C[0 - 5: Out0 - Out5; 6-7: not used] + OutMCrntMon_iOfsCtlChngInc_C * current gradient
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = True
  • <= 0.050 A + OutMCrntMon_iOfsLo_C[0 - 5: Out0 - Out5; 6-7: not used] + OutMCrntMon_iOfsCtlChngInc_C
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = False
  • SPI communication monitoring and PWM frequency check
  • Checkbyte of SPI message indicates failure
  • = True
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Read back message and sent out message unequal
  • PWM feedback signal at output stage
  • > (sync-period + 20 μs)
  • < sync-period - 20 μs
P0799 Pressure Control Solenoid Out4
  • Open circuit
  • (ASIC indicates short to ground or open circuit
  • After shutoff of output stage ASIC indicates open circuit
  • = True
  • = True)
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • 0.08 s
  • 2nd trip
  • (PWM feedback signal at output stage
  • After shutoff of output stage ASIC indicates open circuit
  • = 100.0%
  • = True)
P07BF Input Speed Sensor
  • ASIC signal monitoring
  • Short to ground or open circuit detected (cannot be distinguished), if sensor supply voltage
  • < 0.18 V
  • No failure detected in sensor supply voltage = True
  • 0.2 s
  • 2nd trip
P07C0 Input Speed Sensor
  • ASIC signal monitoring
  • Short to battery detected, if sensor supply voltage
  • > 4.0 V
  • No failure detected in sensor supply voltage = True
  • 0.2 s
  • 2nd trip
P07DC Gear Ratio
  • Detect ratio failure of gear shifting.
  • Fault symptom counter of gearshift from gear 1 to gear X
  • > MAX_SYM_UWIG_SCHALT
  • (Oil-temperature (fixed gear) > -10° C
  • Or
  • Oil-temperature (gear shifts) > -10° C)
  • (Engine speed > 430 RPM
  • Or
  • Output speed > 2, 500 RPM)
  • Input speed > 0 RPM
  • Transmission lever position = D
  • Or
  • Transmission lever position = R)
  • No malfunction in input speed signal = True
  • No malfunction in at least one of the signals
  • Output speed or engine speed
  • = True
  • No clutch slip control functions active = True
  • Fixed gear engaged = True
  • 0.0 s
  • 2nd trip
P07DD Gear Ratio
  • Detect ratio failure of gear shifting.
  • Fault symptom counter of gearshift from gear 2 to gear X
  • > MAX_SYM_UWIG_SCHALT
  • (Oil-temperature (fixed gear) > -10° C
  • Or
  • Oil-temperature (gear shifts) > -10° C)
  • (Engine speed > 430 RPM
  • Or
  • Output speed > 2, 500 RPM)
  • Input speed > 0 RPM
  • Transmission lever position = D
  • Or
  • Transmission lever position = R)
  • No malfunction in input speed signal = True
  • No malfunction in at least one of the signals
  • Output speed or engine speed
  • = True
  • No clutch slip control functions active = True
  • Fixed gear engaged = True
  • 0.0 s
  • 2nd trip
P07DE Gear Ratio
  • Detect ratio failure of gear shifting.
  • Fault symptom counter of gearshift from gear 3 to gear X
  • > MAX_SYM_UWIG_SCHALT
  • (Oil-temperature (fixed gear) > -10° C
  • Or
  • Oil-temperature (gear shifts) > -10° C)
  • (Engine speed > 430 RPM
  • Or
  • Output speed > 2, 500 RPM)
  • Input speed > 0 RPM
  • Transmission lever position = D
  • Or
  • Transmission lever position = R)
  • No malfunction in input speed signal = True
  • No malfunction in at least one of the signals
  • Output speed or engine speed
  • = True
  • No clutch slip control functions active = True
  • Fixed gear engaged = True
  • 0.0 s
  • 2nd trip
P07DF Gear Ratio
  • Detect ratio failure of gear shifting.
  • Fault symptom counter of gearshift from gear 4 to gear X
  • > MAX_SYM_UWIG_SCHALT
  • (Oil-temperature (fixed gear) > -10° C
  • Or
  • Oil-temperature (gear shifts) > -10° C)
  • (Engine speed > 430 RPM
  • Or
  • Output speed > 2, 500 RPM)
  • Input speed > 0 RPM
  • Transmission lever position = D
  • Or
  • Transmission lever position = R)
  • No malfunction in input speed signal = True
  • No malfunction in at least one of the signals
  • Output speed or engine speed
  • = True
  • No clutch slip control functions active = True
  • Fixed gear engaged = True
  • 0.0 s
  • 2nd trip
P07E0 Gear Ratio
  • Detect ratio failure of gear shifting.
  • Fault symptom counter of gearshift from gear 5 to gear X
  • > MAX_SYM_UWIG_SCHALT
  • (Oil-temperature (fixed gear) > -10° C
  • Or
  • Oil-temperature (gear shifts) > -10° C)
  • (Engine speed > 430 RPM
  • Or
  • Output speed > 2, 500 RPM)
  • Input speed > 0 RPM
  • Transmission lever position = D
  • Or
  • Transmission lever position = R)
  • No malfunction in input speed signal = True
  • No malfunction in at least one of the signals
  • Output speed or engine speed
  • = True
  • No clutch slip control functions active = True
  • Fixed gear engaged = True
  • 0.0 s
  • 2nd trip
P07E1 Gear Ratio
  • Detect ratio failure of gear shifting.
  • Fault symptom counter of gearshift from gear 6 to gear X
  • > MAX_SYM_UWIG_SCHALT
  • (Oil-temperature (fixed gear) > -10° C
  • Or
  • Oil-temperature (gear shifts) > -10° C)
  • (Engine speed > 430 RPM
  • Or
  • Output speed > 2, 500 RPM)
  • Input speed > 0 RPM
  • Transmission lever position = D
  • Or
  • Transmission lever position = R)
  • No malfunction in input speed signal = True
  • No malfunction in at least one of the signals
  • Output speed or engine speed
  • = True
  • No clutch slip control functions active = True
  • Fixed gear engaged = True
  • 0.0 s
  • 2nd trip
P07E2 Gear Ratio
  • Detect ratio failure of gear shifting.
  • Fault symptom counter of gearshift from gear 7 to gear X
  • > MAX_SYM_UWIG_SCHALT
  • (Oil-temperature (fixed gear) > -10° C
  • Or
  • Oil-temperature (gear shifts) > -10° C)
  • (Engine speed > 430 RPM
  • Or
  • Output speed > 2, 500 RPM)
  • Input speed > 0 RPM
  • Transmission lever position = D
  • Or
  • Transmission lever position = R)
  • No malfunction in input speed signal = True
  • No malfunction in at least one of the signals
  • Output speed or engine speed
  • = True
  • No clutch slip control functions active = True
  • Fixed gear engaged = True
  • 0.0 s
  • 2nd trip
P07E3 Gear Ratio
  • Detect ratio failure of gear shifting.
  • Fault symptom counter of gearshift from gear 8 to gear X
  • > MAX_SYM_UWIG_SCHALT
  • (Oil-temperature (fixed gear) > -10° C
  • Or
  • Oil-temperature (gear shifts) > -10° C)
  • (Engine speed > 430 RPM
  • Or
  • Output speed > 2, 500 RPM)
  • Input speed > 0 RPM
  • Transmission lever position = D
  • Or
  • Transmission lever position = R)
  • No malfunction in input speed signal = True
  • No malfunction in at least one of the signals
  • Output speed or engine speed
  • = True
  • No clutch slip control functions active = True
  • Fixed gear engaged = True
  • 0.0 s
  • 2nd trip
P0888 Actuator Supply Voltage
  • Output stage power supply short to battery
  • Power supply voltage
  • > 4.0 V
  • Output stage power supply is switched OFF = True
  • Battery voltage >= 6.5 V
  • Time since last switching of the power supply > 30.0 ms
  • 0.03 s
  • 2nd trip
  • Output stage power supply short to ground
  • Power supply voltage
  • > 1.5 V
  • Output stage power supply open circuit
 
  • Output stage power supply activation monitoring
  • Activation of output stage power supply failed
  • > 4.0 V
  • TCM in initialization = True
P093A On/Off-Solenoid Ou10
  • Open circuit
  • Voltage of output signal during PWM duty or no duty phase
  • <= OutPLssMon_uTstOP_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Output stages power supply activated = True
  • Commanded output PWM duty cycle = 0.0%
  • Power supply voltage >= OutPLssMon_uTstLo_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Power supply voltage <= OutPLssMon_uTstHi_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • 0.08 s
  • 2nd trip
  • Voltage of output signal during PWM duty phase
  • <= OutPLssMon_uTstSG_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Output stages power supply activated = True
  • Commanded output PWM duty cycle >= 5.0%
  • Commanded output PWM duty cycle <= 95.0%
  • Power supply voltage >= OutPLssMon_uTstLo_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Power supply voltage <= OutPLssMon_uTstHi_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Voltage of output signal during PWM no duty phase
  • > OutPLssMon_uTstSG_C[0: Out0; 1:Out1; 2: Out6; 3: Out7; 4: not used]
  • < OutPLssMon_uTstOP_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
P093B On/Off-Solenoid Ou10
  • Short to ground
  • Voltage of output signal during PWM duty or no duty phase
  • <= OutPLssMon_uTstSG_C[0: Out0;1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Output stages power supply activated = True
  • Commanded output PWM duty cycle = 0.0%
  • Power supply voltage >= OutPLssMon_uTstLo_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Power supply voltage <= OutPLssMon_uTstHi_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • 0.08 s
  • 2nd trip
  • Voltage of output signal during PWM duty
  • <= OutPLssMon_uTstSB_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Voltage of output signal during PWM duty phase
  • <= OutPLssMon_uTstSG_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Output stages power supply activated = True
  • Commanded output PWM duty cycle >= 5.0%
  • Commanded output PWM duty cycle <= 95.0%
  • Power supply voltage >= OutPLssMon_uTstLo_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Power supply voltage <= OutPLssMon_uTstHi_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Short to ground or open circuit
  • Output stage switched off
  • = True
  • Output stages power supply activated = True
  • Commanded output PWM duty cycle = 100.0%
  • Power supply voltage >= OutPLssMon_uTstLo_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Power supply voltage <= OutPLssMon_uTstHi_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
P093C On/Off-Solenoid Ou10
  • Short to battery
  • Voltage of output signal during PWM duty phase
  • >= OutPLssMon_uTstSB_C[0: Out0;1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Output stages power supply activated = True
  • Commanded output PWM duty cycle >= 5.0%
  • Power supply voltage >= OutPLssMon_uTstLo_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Power supply voltage <= OutPLssMon_uTstHi_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • 0.08 s
  • 2nd trip
P0962 Pressure Control Solenoid Out0
  • Short to ground
  • (ASIC indicates short to ground or open circuit
  • After shutoff of output stage ASIC indicates short to ground
  • = True
  • = True)
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • 0.08 s
  • 2nd trip
  • (PWM feedback signal at output stage
  • After shutoff of output stage ASIC indicates short to ground
  • = 100.0%
  • = True)
P0963 Pressure Control Solenoid Out0
  • Short to battery
  • ASIC indicates short to battery voltage
  • = True
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • 0.08 s
  • 2nd trip
  • PWM feedback signal at output stage
  • = 0.0%
P0966 Pressure Control Solenoid Out1
  • Short to ground
  • (ASIC indicates short to ground or open circuit
  • After shutoff of output stage ASIC indicates short to ground
  • = True
  • = True)
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • 0.08 s
  • 2nd trip
  • (PWM feedback signal at output stage
  • After shutoff of output stage ASIC indicates short to ground
  • = 100.0%
  • = True)
P0967 Pressure Control Solenoid Out1
  • Short to battery
  • ASIC indicates short to battery voltage
  • = True
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • 0.08 s
  • 2nd trip
  • PWM feedback signal at output stage
  • = 0.0%
P0970 Pressure Control Solenoid Out4
  • Short to ground or open circuit
  • ASIC indicates short to ground or open circuit
  • = True
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • 0.08 s
  • 2nd trip
  • PWM feedback signal at output stage
  • = 100.0%
P0971 Pressure Control Solenoid Out4
  • Short to battery
  • ASIC indicates short to battery voltage
  • = True
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • 0.08 s
  • 2nd trip
  • PWM feedback signal at output stage
  • = 0.0%
P0973 On/Off-Solenoid Out7
  • Short to ground
  • Voltage of output signal during PWM duty or no duty phase
  • <= OutPLssMon_uTstSG_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Output stages power supply activated = True
  • Commanded output PWM duty cycle = 0.0%
  • Power supply voltage >= OutPLssMon_uTstLo_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Power supply voltage <= OutPLssMon_uTstHi_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • 0.08 s
  • 2nd trip
  • Voltage of output signal during PWM duty phase]
  • <= OutPLssMon_uTstSB_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Output stages power supply activated = True
  • Commanded output PWM duty cycle >= 5.0%
  • Commanded output PWM duty cycle <= 95.0%
  • Power supply voltage >= OutPLssMon_uTstLo_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Power supply voltage <= OutPLssMon_uTstHi_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Short to ground or open circuit
  • Output stage switched off
  • = True
  • Output stages power supply activated = True
  • Commanded output PWM duty cycle = 100.0%
  • Power supply voltage >= OutPLssMon_uTstLo_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Power supply voltage <= OutPLssMon_uTstHi_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
P0974 On/Off-Solenoid Out7
  • Short to battery
  • Voltage of output signal during PWM duty phase
  • >= OutPLssMon_uTstSB_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Output stages power supply activated = True
  • Commanded output PWM duty cycle >= 5.0%
  • Power supply voltage >= OutPLssMon_uTstLo_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Power supply voltage <= OutPLssMon_uTstHi_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • 0.08 s
  • 2nd trip
P1727 Driving direction A rationality check between the measured directions of input speed and output speed signal and the calculated driving direction.
  • Input speed and output speed directions are different
  • = True
  • No failure in input speed sensor = True
  • No failure in output speed sensor = True
  • Input speed and output speed > 50 ROM
  • No clutch slip control functions active = True
  • No shifting in progress = True
  • Calculated driving direction is forward = True
  • 0.45 s
  • 2nd trip
  • Input speed and output speed directions are the same
  • No failure in input speed sensor = True
  • No failure in output speed sensor = True
  • Input speed and output speed > 50 ROM
  • No clutch slip control functions active = True
  • No shifting in progress = True
  • Calculated driving direction is backward = True
P17F2 Output Speed Gradient
  • Check if the output speed difference is greater than a threshold.
  • Output speed deviation
  • > 300 RPM
  • Gear position D = True
  • Hand brake not put on = True
  • Braking pressure < 100.0 bar
  • Transverse acceleration < 6.0 m/s2
  • No failure in vehicle stability programs = True
  • No failure in output speed signal = True
  • No failure in transverse acceleration signal = True
  • No failure in braking pressure signal = True
  • Requested braking pressure > 35.0 bar
  • No failure in requested braking pressure signal = True
  • Braking torque > -1, 400.0 Nm
  • No failure in braking torque signal = True
  • Timer > 200.0 [-]
  • 0.0 s
  • 2nd trip
  • Detect an excessive negative gradient
  • in transmission output speed
  • Excessive negative gradient of transmission
  • output speed detected by 2nd microprocessor
  • = True
  • TCM powered = True
P215B Speed Sensors
  • Rationality check
  • The absolute difference between the output speed measured by the TCM and the output speed calculated from the wheel speed signal
  • > 350 1/min
  • No failure detected in sensor supply voltage = True
  • No BUS failure of any speed signal received via BUS used for the rationality monitoring = True
  • No electrical sensor failure of any internal sensor signal used for the rationality monitoring = True
  • Gear shift in progress = True
  • (Engine speed > 430 1/min
  • Or
  • Ignition on = True)
  • 0.3 s
  • 2nd trip
P2162 Speed Sensors
  • Double failure monitoring
  • Electrical sensor failure of any internal sensor signal used for the rationality monitoring
  • = True
  • No failure detected in sensor supply voltage = True
  • No electrical sensor failure of any internal sensor signal used for the rationality monitoring
  • Ignition on = True
  • Engine speed >= 430 1/min
  • 0.3 s
  • 2nd trip
  • Rational failure is detected for input speed sensor
  • Rational failure is detected for output speed sensor
  • Rational failure is detected for wheel speed sensor
P2637 Bus Signal
  • Signal check
  • Engine torque signal value is imprecise
  • = True
  • No failure detected for U0080 [Vehicle Communication Bus F] = True
  • Ignition is switched on = True
  • Battery voltage < 17.0 V
  • Battery voltage > 9.0 V
  • No failure detected in signal for engine torque precision = True
  • 2.5 s
  • 2nd trip
  • (Failure detected in target engine torque signal
  • No failure detected in target engine torque signal
  • = True
  • = True)
  • No failure detected for U0080 [Vehicle Communication Bus F] = True
  • Ignition is switched on = True
  • Battery voltage < 17.0 V
  • Battery voltage > 9.0 V
  • 0.5 s
  • (Failure detected in engine torque signal
  • No failure detected in engine torque signal
  • (Failure detected in engine crank signal
  • No failure detected in engine crank signal
  • (Failure detected in friction engine torque signal
  • No failure detected in friction engine torque signal
P267F Transmission Oil Temperature Sensor
  • Rationality check
  • The failure is detected if chip 1 and chip 2 temperature sensor indicates malfunction
  • = True
  • TCM powered = True
  • 1.8 s
  • 2nd trip
  • The failure is detected if oil and chip 2 temperature sensor indicates malfunction
  • The failure is detected if oil and chip 1 temperature sensor indicates malfunction
P2700 Gear Ratio
  • Detect ratio failure of clutches.
  • Fault symptom counters of the clutches A
  • >= 3
  • (Oil-temperature (fixed gear) > -10° C
  • Or
  • Oil-temperature (gear shifts) > -10° C)
  • (Engine speed > 430 RPM
  • Or
  • Output speed > 2, 500 RPM)
  • Input speed > 0 RPM
  • (Transmission lever position = D
  • Or
  • Transmission lever position = R)
  • No malfunction in input speed signal = True
  • No malfunction in at least one of the signals output speed or engine speed = True
  • No clutch slip control functions active = True
  • Fixed gear engaged = True
  • 0.0 s
  • 2nd trip
P2701 Gear Ratio
  • Detect ratio failure of clutches.
  • Fault symptom counters of the clutches B
  • >= 3
  • (Oil-temperature (fixed gear) > -10° C
  • Or
  • Oil-temperature (gear shifts) > -10° C)
  • (Engine speed > 430 RPM
  • Or
  • Output speed > 2, 500 RPM)
  • Input speed > 0 RPM
  • (Transmission lever position = D
  • Or
  • Transmission lever position = R)
  • No malfunction in input speed signal = True
  • No malfunction in at least one of the signals output speed or engine speed = True
  • No clutch slip control functions active = True
  • Fixed gear engaged = True
  • 0.0 s
  • 2nd trip
P2702 Gear Ratio
  • Detect ratio failure of clutches.
  • Fault symptom counters of the clutches C
  • >= 3
  • (Oil-temperature (fixed gear) > -10° C
  • Or
  • Oil-temperature (gear shifts) > -10° C)
  • (Engine speed > 430 RPM
  • Or
  • Output speed > 2, 500 RPM)
  • Input speed > 0 RPM
  • (Transmission lever position = D
  • Or
  • Transmission lever position = R)
  • No malfunction in input speed signal = True
  • No malfunction in at least one of the signals output speed or engine speed = True
  • No clutch slip control functions active = True
  • Fixed gear engaged = True
  • 0.0 s
  • 2nd trip
P2703 Gear Ratio
  • Detect ratio failure of clutches.
  • Fault symptom counters of the clutches D
  • >= 3
  • (Oil-temperature (fixed gear) > -10° C
  • Or
  • Oil-temperature (gear shifts) > -10° C)
  • (Engine speed > 430 RPM
  • Or
  • Output speed > 2, 500 RPM)
  • Input speed > 0 RPM
  • (Transmission lever position = D
  • Or
  • Transmission lever position = R)
  • No malfunction in input speed signal = True
  • No malfunction in at least one of the signals output speed or engine speed = True
  • No clutch slip control functions active = True
  • Fixed gear engaged = True
  • 0.0 s
  • 2nd trip
P2704 Gear Ratio
  • Detect ratio failure of clutches.
  • Fault symptom counters of the clutches E
  • >= 3
  • (Oil-temperature (fixed gear) > -10° C
  • Or
  • Oil-temperature (gear shifts) > -10° C)
  • (Engine speed > 430 RPM
  • Or
  • Output speed > 2, 500 RPM)
  • Input speed > 0 RPM
  • (Transmission lever position = D
  • Or
  • Transmission lever position = R)
  • No malfunction in input speed signal = True
  • No malfunction in at least one of the signals output speed or engine speed = True
  • No clutch slip control functions active = True
  • Fixed gear engaged = True
  • 0.0 s
  • 2nd trip
P2713 Pressure Control Solenoid Out2
  • Current monitoring
  • Calculated current from software model based on PWM feedback signal at output stage
  • <= 0.850 A - OutMCrntMon_iOfsHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • 0.08 s
  • 2nd trip
  • <= 0.850 A - OutMCrntMon_iOfsHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • OutMCrntMon_iOfsCtlChngInc_C[x] * current gradient
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = True
  • <= 0.850 A - OutMCrntMon_iOfsHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • OutMCrntMon_iOfsCtlChngInc_C
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = False
  • >= 0.050 A + OutMCrntMon_iOfsLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • >= 0.050 A + OutMCrntMon_iOfsLo_C[0 - 5: Out0 - Out5; 6-7: not used] +
  • OutMCrntMon_iOfsCtlChngInc_C * current gradient
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = True
  • <= 0.050 A + OutMCrntMon_iOfsLo_C[0 - 5: Out0 - Out5; 6-7: not used] +
  • OutMCrntMon_iOfsCtlChngInc_C
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = False
  • SPI communication monitoring and PWM frequency check
  • Checkbyte of SPI message indicates failure
  • = True
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Read back message and sent out message unequal
  • PWM feedback signal at output stage
  • > (sync-period + 20 μs)
  • < sync-period - 20 μs
P2717 Pressure Control Solenoid Out2
  • Open circuit
  • (ASIC indicates short to ground or open circuit
  • After shutoff of output stage ASIC indicates open circuit
  • = True
  • = True)
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • 0.08 s
  • 2nd trip
  • (PWM feedback signal at output stage
  • After shutoff of output stage ASIC indicates open circuit
  • = 100.0%
  • = True)
P2720 Pressure Control Solenoid Out2
  • Short to ground
  • (ASIC indicates short to ground or open circuit
  • After shutoff of output stage ASIC indicates short to ground
  • = True
  • = True)
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • 0.08 s
  • 2nd trip
  • (PWM feedback signal at output stage
  • After shutoff of output stage ASIC indicates short to ground
  • = 100.0%
  • = True)
P2721 Pressure Control Solenoid Out2
  • Short to battery
  • ASIC indicates short to battery voltage
  • = True
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • 0.08 s
  • 2nd trip
  • PWM feedback signal at output stage
  • = 0.0%
P2722 Pressure Control Solenoid Out3
  • Current monitoring
  • Calculated current from software model based on PWM feedback signal at output stage
  • <= 0.850 A - OutMCrntMon_iOfsHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • 0.08 s
  • 2nd trip
  • <= 0.850 A - OutMCrntMon_iOfsHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • OutMCrntMon_iOfsCtlChngInc_C[x] * current gradient
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = True
  • <= 0.850 A - OutMCrntMon_iOfsHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • OutMCrntMon_iOfsCtlChngInc_C
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = False
  • >= 0.050 A + OutMCrntMon_iOfsLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • >= 0.050 A + OutMCrntMon_iOfsLo_C[0 - 5: Out0 - Out5; 6-7: not used] +
  • OutMCrntMon_iOfsCtlChngInc_C * current gradient
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = True
  • <= 0.050 A + OutMCrntMon_iOfsLo_C[0 - 5: Out0 - Out5; 6-7: not used] +
  • OutMCrntMon_iOfsCtlChngInc_C
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = False
  • SPI communication monitoring and PWM frequency check
  • Checkbyte of SPI message indicates failure
  • = True
  • = True
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Read back message and sent out message unequal
  • PWM feedback signal at output stage
  • > (sync-period + 20 μs)
  • < sync-period - 20 μs
P2726 Pressure Control Solenoid Out3
  • Open circuit
  • (ASIC indicates short to ground or open circuit
  • After shutoff of output stage ASIC indicates open circuit
  • = True
  • = True)
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • 0.08 s
  • 2nd trip
  • (PWM feedback signal at output stage
  • After shutoff of output stage ASIC indicates open circuit
  • = 100.0%
  • = True)
P2729 Pressure Control Solenoid Out3
  • Short to ground or open circuit
  • ASIC indicates short to ground or open circuit
  • = True
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • 0.08 s
  • 2nd trip
  • PWM feedback signal at output stage
  • = 100.0%
P2730 Pressure Control Solenoid Out3
  • Short to battery
  • ASIC indicates short to battery voltage
  • = True
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • 0.08 s
  • 2nd trip
  • PWM feedback signal at output stage
  • = 0.0%
P2731 Pressure Control Solenoid Out5
  • Current monitoring
  • Calculated current from software model based on PWM feedback signal at output stage
  • <= 0.850 A - OutMCrntMon_iOfsHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • 0.08 s
  • 2nd trip
  • <= 0.850 A - OutMCrntMon_iOfsHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • OutMCrntMon_iOfsCtlChngInc_C[x] * current gradient
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = True
  • <= 0.850 A - OutMCrntMon_iOfsHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • OutMCrntMon_iOfsCtlChngInc_C
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = False
  • >= 0.050 A +OutMCrntMon_iOfsLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • >= 0.050 A + OutMCrntMon_iOfsLo_C[0 - 5: Out0 - Out5; 6-7: not used] +
  • OutMCrntMon_iOfsCtlChngInc_C * current gradient
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = True
  • <= 0.050 A + OutMCrntMon_iOfsLo_C[0 - 5: Out0 - Out5; 6-7: not used] +
  • OutMCrntMon_iOfsCtlChngInc_C
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = False
  • SPI communication monitoring and PWM frequency check
  • Checkbyte of SPI message indicates failure
  • = True
  • = True
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Read back message and sent out message unequal
  • PWM feedback signal at output stage
  • > (sync-period + 20 μs)
  • < sync-period - 20 μs
P2735 Pressure Control Solenoid Out5
  • Open circuit
  • (ASIC indicates short to ground or open circuit
  • After shutoff of output stage ASIC indicates open circuit
  • = True
  • = True)
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • 0.08 s
  • 2nd trip
  • (PWM feedback signal at output stage
  • After shutoff of output stage ASIC indicates open circuit
  • = 100.0%
  • = True)
P2738 Pressure Control Solenoid Out5
  • Short to ground
  • (ASIC indicates short to ground or open circuit
  • After shutoff of output stage ASIC indicates short to ground
  • = True
  • = True)
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • 0.08 s
  • 2nd trip
  • (PWM feedback signal at output stage
  • After shutoff of output stage ASIC indicates short to ground
  • = 100.0%
  • = True)
P2739 Pressure Control Solenoid Out5
  • Short to battery
  • ASIC indicates short to battery voltage
  • = True
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • 0.08 s
  • 2nd trip
  • PWM feedback signal at output stage
  • = 0.0%
P2753 On/Off-Solenoid Out13
  • Open circuit
  • Voltage of output signal during PWM duty or no duty phase
  • <= OutPLssMon_uTstOP_C[0: Out0;
  • 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Output stages power supply activated = True
  • Commanded output PWM duty cycle = 0.0%
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • 0.08 s
  • 2nd trip
  • Voltage of output signal during PWM duty phase
  • <= OutPLssMon_uTstSG_C[0: Out0;
  • 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Output stages power supply activated = True
  • Commanded output PWM duty cycle >= 5.0%
  • Commanded output PWM duty cycle <= 95.0%
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Voltage of output signal during PWM no duty phase
  • > OutPLssMon_uTstSG_C[0: Out0;
  • 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • < OutPLssMon_uTstOP_C[0: Out0;
  • 1: Out1; 2: Out6; 3: Out7; 4: not used]
P2754 On/Off-Solenoid Out13
  • Short to ground
  • Voltage of output signal during PWM duty or no duty phase
  • <= OutPLssMon_uTstSG_C[0: Out0;
  • 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Output stages power supply activated = True
  • Commanded output PWM duty cycle = 0.0%
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • 0.08 s
  • 2nd trip
  • Voltage of output signal during PWM duty phase
  • <= OutPLssMon_uTstSB_C[0: Out0;
  • 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • <= OutPLssMon_uTstSG_C[0: Out0;
  • 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Output stages power supply activated = True
  • Commanded output PWM duty cycle >= 5.0%
  • Commanded output PWM duty cycle <= 95.0%
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Short to ground or open circuit
  • Output stage switched off
  • = True
  • Output stages power supply activated = True
  • Commanded output PWM duty cycle = 100.0%
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
P2755 On/Off-Solenoid Out13
  • Short to battery
  • Voltage of output signal during PWM duty phase
  • >= OutPLssMon_uTstSB_C[0: Out0;
  • 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Output stages power supply activated = True
  • Commanded output PWM duty cycle >= 5.0%
  • Power supply voltage >= OutPLssMon_uTstLo_C[0: Out0; 1: Out1; 2: Out6; 3: Out7; 4: not used]
  • Power supply voltage <= OutPLssMon_uTstHi_C[0: Out0;1: Out1; 2: Out6; 3: Out7; 4: not used]
  • 0.08 s
  • 2nd trip
P2784 Speed Sensors
  • Double failure monitoring
  • Any engine speed fault occurs on the engine speed BUS signal while the input speed signal is also invalid because of an electrical or rationality failure
  • = True
  • No failure detected in sensor supply voltage = True
  • No BUS failure of any speed signal received via BUS used for the rationality monitoring
  • No electrical sensor failure of any internal sensor signal used for the rationality monitoring
  • Ignition on = True
  • 0.3 s
  • 2nd trip
P2807 On/Off-Solenoid Out6
  • Current monitoring
  • Calculated current from software model based on PWM feedback signal at output stage
  • <= 0.850 A - OutMCrntMon_iOfsHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • 0.08 s
  • 2nd trip
  • <= 0.850 A - OutMCrntMon_iOfsHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • OutMCrntMon_iOfsCtlChngInc_C[x] * current gradient
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = True
  • <= 0.850 A - OutMCrntMon_iOfsHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • OutMCrntMon_iOfsCtlChngInc_C
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = False
  • >= 0.050 A + OutMCrntMon_iOfsLo_C[0 - 5: Out0 -
  • Out5; 6-7: not used]
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • >= 0.050 A + OutMCrntMon_iOfsLo_C[0 - 5: Out0 - Out5; 6-7: not used] + OutMCrntMon_iOfsCtlChngInc_C * current gradient
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = True
  • <= 0.050 A + OutMCrntMon_iOfsLo_C[0 - 5: Out0 - Out5; 6-7: not used] + OutMCrntMon_iOfsCtlChngInc_C
  • Output stages power supply activated = True
  • Power supply voltage >= OutMCrntMon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutMCrntMon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • No shifting in progress = True
  • Clutch involved in shifting = False
  • SPI communication monitoring and PWM frequency check
  • Checkbyte of SPI message indicates failure
  • = True
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Read back message and sent out message
  • PWM feedback signal at output stage
  • > (sync-period + 20 μs)
  • < sync-period - 20 μs
P2811 On/Off-Solenoid Out6
  • Open circuit
  • (ASIC indicates short to ground or open circuit
  • After shutoff of output stage ASIC indicates open circuit
  • = True
  • = True)
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • 0.08 s
  • 2nd trip
  • (PWM feedback signal at output stage
  • After shutoff of output stage ASIC indicates open circuit
  • = 100.0%
  • = True)
P2814 Pressure Control Solenoid Out6
  • Short to ground
  • (ASIC indicates short to ground or open circuit
  • After shutoff of output stage ASIC indicates short to ground
  • = True
  • = True)
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • 0.08 s
  • 2nd trip
  • (PWM feedback signal at output stage
  • After shutoff of output stage ASIC indicates short to ground
  • = 100.0%
  • = True)
P2815 Pressure Control Solenoid Out6
  • Short to battery
  • ASIC indicates short to battery voltage
  • = True
  • Output stages power supply activated = True
  • Power supply voltage >= OutPCc40Mon_uTstLo_C[0 - 5: Out0 - Out5; 6-7: not used]
  • Power supply voltage < OutPCc40Mon_uTstHi_C[0 - 5: Out0 - Out5; 6-7: not used]
  • 0.08 s
  • 2nd trip
  • PWM feedback signal at output stage
  • = 0.0%
U0080 Bus Communication
  • State of the bus-controller(s) from the hardware
  • Bus 1 state "bus off" or " error passive"
  • = True
  • Ignition on = True
  • Battery voltage > 9.0 V
  • Battery voltage < 17.0 V
  • 0.3 s
  • 2nd trip
U0100 Bus Message
  • Time out monitoring.
  • Message specific time out expired
  • Time out expired for message from PDU Motor_07, Motor_11, Motor_12, Motor_14, Motor_16, Motor_17, Motor_20, Motor_27, Motor_35, Motor_Code_01, Motor_Hybrid_11 or Motor_28
  • = True
  • = True
  • Battery voltage > 9.0 V
  • Battery voltage < 17.0 V
  • Ignition on = True
  • No Flexray bus failure detected = True
  • Time expired after ignition is on > 1, 160.0 ms
  • 65.535 s
  • 2nd trip
  • Message specific time out expired
  • Time out expired for message from PDU OBD_01
  • Battery voltage > 9.0 V
  • Battery voltage < 17.0 V
  • Ignition on = True
  • No Flexray bus failure detected = True
  • Time expired after ignition on > 680.0 ms
  • 1st trip
U0302 Transmission Configuration
  • A rationality check between mechatronic hardware and software is carried out.
  • Hydraulic identification number does not match the expected value in the TCM software
  • = True
  • Ignition is on = True
  • 0.0 s
  • 2nd trip
U0401 Bus Message
  • Rationality checks.
  • Alive counter incremented on each received message of PDU Motor_11, Motor_12, Motor_14, Motor_20 or Motor_Code_01
  • = False
  • Battery voltage > 9.0 V
  • Battery voltage < 17.0 V
  • Ignition on = True
  • No Flexray bus failure detected = True
  • Time expired after ignition is switched on > 1, 160.0 ms
  • 65.535 s
  • 2nd trip
 
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