Bil, AUDI, A6 2011-, 2018 (J), Saloon, CHVA 2,8l FSI , 150kW, BA - Assembly mounting (BA AGL)
ACM - BA - Assembly mounting (BA AGL) - 0
Identifikation
ASAM/ODX file identifikation: EV_AEMLearAU64X
ASAM/ODX file version: 002001
Dele nummer: xxxxxxxxx
Udstyrs nummer: 0
Importør nummer: 0
Værksteds kode: 0
Stel nr.: xxxxxxxxxxxxxxxxx
Softwareversion: xxxx
Hardware vare nummer: xxxxxxxxx
System designation: xxxxxxxxxxxx
Hardwareversion: xxx
Programmerbarhed: Programmerbare
Program consistency: Program present
System abbreviation: xxxx
Motor: CJTA
Advanceret identifikation
ASAM/ODX file identifikation: EV_AEMLearAU64X
ASAM/ODX file version: 002001
Softwareversion: xxxx
Motor: CJTA
Programmability status: error in flash memory: Nej
Programmability status: flash memory faulty: Nej
Programmability status: communication error: Nej
Programmability status: flash memory not programmable: Nej
Number of programming attempts: data block 0: 12336
Number of programming attempts: data block 1: 12336
Number of programming attempts: data block 2: 12336
Number of programming attempts: data block 3: 12336
Number of programming attempts: data block 4: 12336
Number of programming attempts: data block 5: 12336
Number of programming attempts: data block 6: 12336
Number of programming attempts: data block 7: 12336
Number of programming attempts: data block 8: 12336
Number of programming attempts: data block 9: 12336
Number of successful programming attempts: data block 0: 12336
Number of successful programming attempts: data block 1: 12336
Number of successful programming attempts: data block 2: 12336
Number of successful programming attempts: data block 3: 12336
Number of successful programming attempts: data block 4: 12336
Number of successful programming attempts: data block 5: 12336
Number of successful programming attempts: data block 6: 12336
Number of successful programming attempts: data block 7: 12336
Number of successful programming attempts: data block 8: 12336
Number of successful programming attempts: data block 9: 12336
Number of parameterization attempts: data record 0: 12336
Number of parameterization attempts: data record 1: 12336
Number of parameterization attempts: data record 2: 12336
Number of parameterization attempts: data record 3: 12336
Number of parameterization attempts: data record 4: 12336
Number of parameterization attempts: data record 5: 12336
Number of parameterization attempts: data record 6: 12336
Number of parameterization attempts: data record 7: 12336
Number of parameterization attempts: data record 8: 12336
Number of parameterization attempts: data record 9: 12336
Number of successful parameterization attempts: data record 0: 12336
Number of successful parameterization attempts: data record 1: 12336
Number of successful parameterization attempts: data record 2: 12336
Number of successful parameterization attempts: data record 3: 12336
Number of successful parameterization attempts: data record 4: 12336
Number of successful parameterization attempts: data record 5: 12336
Number of successful parameterization attempts: data record 6: 12336
Number of successful parameterization attempts: data record 7: 12336
Number of successful parameterization attempts: data record 8: 12336
Number of successful parameterization attempts: data record 9: 12336
Maximum number of possible update programming: data block 0: 12336
Maximum number of possible update programming: data block 1: 12336
Maximum number of possible update programming: data block 2: 12336
Maximum number of possible update programming: data block 3: 12336
Maximum number of possible update programming: data block 4: 12336
Maximum number of possible update programming: data block 5: 12336
Maximum number of possible update programming: data block 6: 12336
Maximum number of possible update programming: data block 7: 12336
Maximum number of possible update programming: data block 8: 12336
Maximum number of possible update programming: data block 9: 12336
Last update programming of SW module: software module 0, date: 2000-00-00
Last update programming of SW module: software module 0, device number: 0
Last update programming of SW module: software module 0, importer number: 0
Last update programming of SW module: software module 0, dealership number: 0
Last update programming of SW module: software module 0, programming status: Gyldig
Last update programming of SW module: software module 1, date: 2000-00-00
Last update programming of SW module: software module 1, device number: 0
Last update programming of SW module: software module 1, importer number: 0
Last update programming of SW module: software module 1, dealership number: 0
Last update programming of SW module: software module 1, programming status: Gyldig
Last update programming of SW module: software module 2, date: 2000-00-00
Last update programming of SW module: software module 2, device number: 0
Last update programming of SW module: software module 2, importer number: 0
Last update programming of SW module: software module 2, dealership number: 0
Last update programming of SW module: software module 2, programming status: Gyldig
Udstyrs nummer: 0
Importør nummer: 0
Værksteds kode: 0
FAZIT identification: manufacture location index: SME-RBG
FAZIT identification: day of manufacture: 08.01.10
FAZIT identification: manufacturer test stand number: 0393
FAZIT identification: running manufacturer number: 0079
Manufacturer modification status: control module family: -
Manufacturer modification status: decoration variant: -
Manufacturer modification status: construction version: ---
Manufacturer modification status: manufacture version: ---
Identification of standard software: standard software module 0: High Speed network management
Identification of standard software: standard software module 0, primary version number: 01
Identification of standard software: standard software module 0, secondary version number: 06
Identification of standard software: standard software module 0, revision number: 00
Diagnostisk tilstand: VW diagnose
Adaptation workshop code: device number: 0
Adaptation workshop code: importer number: 0
Adaptation workshop code: dealership number: 0
Hardware vare nummer: xxxxxxxxx
Hardwareversion: xxx
Versions of software module: data block 0: 0007
Versions of software module: data block 1: 0003
Versions of software module: data block 2: 0005
Dele nummer: xxxxxxxxx
System designation: xxxxxxxxxxxx
System abbreviation: xxxx
Programmability status: programmability: Programmerbare
Programmability status: program consistency: Program present
Slave systems identification: 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30
Slave systems identification: 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30
Slave systems identification: 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30
Read DTC (Normal mode)
Controls
Clear DTC
Read DTC (Agressive mode)
Controls
Clear DTC
Levende Data
Terminal 15 status: supply voltage terminal 15: 12.336 V
Terminal 30 : 12.336 V
Control module temperature: temperature sensor 4: 12336 °C
Control module temperature: temperature sensor 1: 12336 °C
Control module temperature: temperature sensor 2: 12336 °C
Control module temperature: power stage temperature: 12336 °C
Control module temperature: temperature sensor 3: 12336 °C
ECU board supply voltages: board supply digital: -- V
ECU board supply voltages: board supply booster: -- V
VCA vibration cancellation dev: Ch2, left vibration amplitude: 4.706 %
VCA vibration cancellation dev: Ch2, right vibration amplitude: 4.706 %
VCA vibration cancellation dev: Ch3 order: 3.000
VCA vibration cancellation dev: Ch3, left vibration amplitude: 4.706 %
VCA vibration cancellation dev: Ch3, right vibration amplitude: 4.706 %
VCA vibration cancellation dev: Ch4 order: 3.000
VCA vibration cancellation dev: Ch4, left vibration amplitude: 4.706 %
VCA vibration cancellation dev: Ch4, right vibration amplitude: 4.706 %
VCA vibration cancellation dev: Ch1 order: 3.000
VCA vibration cancellation dev: Ch1 order frequency: 12336 Hz
VCA vibration cancellation dev: Ch1, left vibration amplitude: 4.706 %
VCA vibration cancellation dev: Ch1, right vibration amplitude: 4.706 %
VCA vibration cancellation dev: Ch2 order: 3.000
VCA vibration cancellation dev: Ch2 order frequency: 12336 Hz
ECU autosar OS info: number of tasks: 11
ECU autosar OS info: number of ISRS: --
ECU autosar OS info: running task: --
ECU autosar OS info: max runtime task ID: --
ECU autosar OS info: max stack task ID: --
ECU autosar OS info: max stack usage: -- %
AEM amplifier state: actuator 1 for assembly mounting: Regular operation
AEM amplifier state: actuator 2 for assembly mounting: --
NVM sector status 0: nvm sector erase ctr: --
NVM sector status 0: nvm age ctr: --
NVM sector status 0: nvm sector index: --
NVM sector status 0: nvm sector FD EE: --
NVM sector status 0: nvm sector FDCRC EEType: --
NVM sector status 1: nvm sector erase ctr: 808464432
NVM sector status 1: nvm age ctr: 808464432
NVM sector status 1: nvm sector index: 12336
NVM sector status 1: nvm sector FD EE: 12336
NVM sector status 1: nvm sector FDCRC EEType: 808464432
NVM sector status 2: nvm sector erase ctr: --
NVM sector status 2: nvm age ctr: --
NVM sector status 2: nvm sector index: --
NVM sector status 2: nvm sector FD EE: --
NVM sector status 2: nvm sector FDCRC EEType: --
NVM sector status 3: nvm sector erase ctr: 808464432
NVM sector status 3: nvm age ctr: 808464432
NVM sector status 3: nvm sector index: 12336
NVM sector status 3: nvm sector FD EE: 12336
NVM sector status 3: nvm sector FDCRC EEType: 808464432
ECU nvm global state: nvm prev swap result: 48.0
ECU nvm global state: nvm state l2: 48.0
ECU nvm global state: nvm cycle progress: 48.0
ECU nvm global state: nvm eep sect act first: 48.0
ECU nvm global state: nvm eep sect act last: 48.0
ECU nvm global state: nvm eep sect pas first: 48.0
ECU nvm global state: nvm eep sect pas last: 48.0
ECU nvm global state: nvm eep pos cur sect: 48.0
ECU nvm global state: nvm eep pos cur rec nr: 12336.0
ECU nvm global state: nvm ees sect act first: 48.0
ECU nvm global state: nvm ees sect act last: 48.0
ECU nvm global state: nvm ees sect pas first: 48.0
ECU nvm global state: nvm ees sect pas last: --
ECU nvm global state: nvm ees pos cur sect: --
ECU nvm global state: nvm ees pos cur rec nr: --
ECU nvm global state: nvm global status: 808464432
ECU nvm global state: nvm job block id: 48.0
ECU nvm global state: nvm job type: 48.0
ECU nvm global state: nvm init result: 48.0
NVM sector status 4: nvm sector erase ctr: 808464432
NVM sector status 4: nvm age ctr: 808464432
NVM sector status 4: nvm sector index: 12336
NVM sector status 4: nvm sector FD EE: 12336
NVM sector status 4: nvm sector FDCRC EEType: 808464432
NVM sector status 5: nvm sector erase ctr: 808464432
NVM sector status 5: nvm age ctr: 808464432
NVM sector status 5: nvm sector index: 12336
NVM sector status 5: nvm sector FD EE: 12336
NVM sector status 5: nvm sector FDCRC EEType: 808464432
NVM sector status 6: nvm sector erase ctr: 808464432
NVM sector status 6: nvm age ctr: 808464432
NVM sector status 6: nvm sector index: 12336
NVM sector status 6: nvm sector FD EE: 12336
NVM sector status 6: nvm sector FDCRC EEType: 808464432
NVM sector status 7: nvm sector erase ctr: 808464432
NVM sector status 7: nvm age ctr: 808464432
NVM sector status 7: nvm sector index: 12336
NVM sector status 7: nvm sector FD EE: 12336
NVM sector status 7: nvm sector FDCRC EEType: 808464432
NVM sector status 8: nvm sector erase ctr: 808464432
NVM sector status 8: nvm age ctr: 808464432
NVM sector status 8: nvm sector index: 12336
NVM sector status 8: nvm sector FD EE: 12336
NVM sector status 8: nvm sector FDCRC EEType: 808464432
NVM block state vca trans: block index: 48
NVM block state vca trans: job type: 48
NVM block state vca trans: job result: 48.0
NVM block state vca trans: status read: 48.0
NVM block state vca trans: status write: 48.0
NVM block state vca cfg: block index: 48
NVM block state vca cfg: job type: 48
NVM block state vca cfg: job result: 48.0
NVM block state vca cfg: status read: 48.0
NVM block state vca cfg: status write: 48.0
NVM block state vca op: block index: 48
NVM block state vca op: job type: 48
NVM block state vca op: job result: 48.0
NVM block state vca op: status read: 48.0
NVM block state vca op: status write: 48.0
NVM block state vca config: block index: 48
NVM block state vca config: job type: 48
NVM block state vca config: job result: 48.0
NVM block state vca config: status read: 48.0
NVM block state vca config: status write: 48.0
NVM block state vca deh: block index: 48
NVM block state vca deh: job type: 48
NVM block state vca deh: job result: 48.0
NVM block state vca deh: status read: 48.0
NVM block state vca deh: status write: 48.0
ECU cpu load: CPU z0 load max: 1233.6
ECU cpu load: CPU z0 load avr: 1233.6
ECU cpu load: CPU z6 load max: 1233.6
ECU cpu load: CPU z6 load avr: 1233.6
VCA map adaption: map points remaining: 48
VCA map adaption: generation number: 12336
VCA map adaption: generation age: 224573.453 Timer
VCA map adaption: total number of attempts: 12336
VCA map adaption: driving state:
VCA map adaption: measurement prevented by:
VCA map adaption: measurement frequency: 12336 Hz
VCA map adaption: number of attempts: --
VCA map adaption: measurements failed: --
VCA map adaption: measurements accepted: --
VCA map adaption: last failure reason: --
VCA map adaption: excitation level: -- %
VCA map adaption: measurement quality estimate: -- %
VCA map adaption: measurement group quality: -- %
VCA map adaption: measurement result: --
VCA map adaption: error code: --
VCA map adaption: adaption:
VCA map adaption: adaption status:
VCA map adaption: map age: 224573.453 Timer
VCA map adaption: map faults: 48
VCA vibration cancellation: actuator output limit: 18.8 %
VCA vibration cancellation: configuration state channel 1:
VCA vibration cancellation: output inhibiting condition channel 1:
VCA vibration cancellation: configuration state channel 2:
VCA vibration cancellation: output inhibiting condition channel 2:
VCA vibration cancellation: system status:
VCA vibration cancellation: state on can:
VCA vibration cancellation: map faults: 48
VCA vibration cancellation: engine status:
VCA vibration cancellation: cancellation mode state:
VCA vibration cancellation: cancellation mode selected: 0
VCA vibration cancellation: actuator output scaling: 18.8 %
Current power consumption of control module, minimum: 12.336 A
Current power consumption of control module, maximum: 12.336 A
Current power consumption of control module: 12.336 A
ECU hardware eeprom details: modul version: --
ECU hardware eeprom details: modul compile date: --
ECU hardware eeprom details: modul type: --
ECU starter details: modul version: 0000
ECU starter details: modul compile date: --
ECU starter details: modul type: 000000000000
ECU bootloader details: modul version: --
ECU bootloader details: modul compile date: --
ECU bootloader details: modul type: --
ECU application details: modul version: --
ECU application details: modul compile date: --
ECU application details: modul type: --
ECU vca details: modul version: --
ECU vca details: modul compile date: --
ECU vca details: modul type: --
ECU dataset details: modul version: --
ECU dataset details: modul compile date: --
ECU dataset details: modul type: --
Status system identification: system ID store map: All
Status system identification: system ID state: Tomgang
Status system identification: system ID error code: --
Status system identification: system ID error value: --
Status system identification: system ID frequency: -- Hz
Status cancellation operation test: 4th order background noise ratio: -- %
Status cancellation operation test: state:
Status cancellation operation test: test cycle: --
Status cancellation operation test: 4th order background noise result: --
Status cancellation operation test: 2nd order background noise result: --
Status cancellation operation test: 4th order cancellation result: --
Status cancellation operation test: 2nd order cancellation result: --
Status cancellation operation test: 2nd order cancellation factor: -- %
Status cancellation operation test: 4th order cancellation factor: -- %
Status cancellation operation test: 2nd order background noise ratio: -- %
Result cancellation operation test: 4th order cancellation factor: -- %
Result cancellation operation test: 2nd order background noise ratio: -- %
Result cancellation operation test: 4th order background noise ratio: -- %
Result cancellation operation test: mode:
Result cancellation operation test: orders: --
Result cancellation operation test: completed test cycles: --
Result cancellation operation test: measurement duration: -- sek
Result cancellation operation test: 4th order background noise result: --
Result cancellation operation test: 2nd order background noise result: --
Result cancellation operation test: 4th order cancellation result: --
Result cancellation operation test: 2nd order cancellation result: --
Result cancellation operation test: cancellation operation test result: --
Result cancellation operation test: 2nd order cancellation factor: -- %
Status buzz test: buzz state:
Status buzz test: buzz left output level: -- %
Status buzz test: buzz right output level: -- %
Status buzz test: buzz duration: -- sek
Status buzz test: buzz ffrequency: -- Hz
Status loop back: LB minimum indirect magnitude slope: --
Status loop back: LB state: Tomgang
Status loop back: LB output level: -- %
Status loop back: LB duration: -- sek
Status loop back: LB rr plant response: --
Status loop back: LB rl plant response: --
Status loop back: LB lr plant response: --
Status loop back: LB ll plant response: --
Status loop back: LB band: --
Status loop back: LB minimum direct magnitude: --
Status loop back: LB minimum direct magnitude slope: --
Status loop back: LB minimum indirect magnitude: --
Result loop back: fault condition right mount: NO_FAULT
Result loop back: fault condition left mount: NO_FAULT
Result loop back: test result: NO_FAULT
Result loop back: LB fault condition raised: Nej
Result loop back: fault condition right output: --
Result loop back: fault condition left output: --
Result loop back: fault condition right input: --
Result loop back: fault condition left input: --
Result loop back: duration: -- sek
Result loop back: number of bands: --
Result loop back: error code: --
Unlearning counter according OBD: 255
Kilometer tæller: 3158064 km
Time: validity: Gyldig
Time: year: 12336 A
Time: month: 48 Mon
Time: day: 48 days
Time: hour: 48 Timer
Time: minute: 48 min
Time: seconds: 48 sek
Motor Hastighed: 3084.00 1/min
Engine RPM validity from bus: Gyldig
Køretøjs hastighed : 123.36 km/h
Vehicle speed validity from bus: Gyldig
Engine operating status partial engine operation:
Sensor for assembly mounting: sensor 2 min. voltage: 12.34 V
Sensor for assembly mounting: sensor 2 max. voltage: 12.34 V
Sensor for assembly mounting: sensor 2: 12.34 V
Sensor for assembly mounting: actuator 1 oscillation amplitude: 4.706 %
Sensor for assembly mounting: actuator 2 oscillation amplitude: 4.706 %
Sensor for assembly mounting: supply voltage for external components: 12.34 V
Sensor for assembly mounting: sensor 1 min. voltage: 12.34 V
Sensor for assembly mounting: sensor 1 max. voltage: 12.34 V
Sensor for assembly mounting: sensor 1: 12.34 V
Engine speed (RPM) sensor: crankshaft speed (RPM): 12336
Engine speed (rpm) sensor: 12.34 V
Engine speed (rpm) sensor: missing teeth counter: 12336
Engine speed (rpm) sensor: synchronization counter: 12336
Engine speed (rpm) sensor: signal received via bus: Nej
Actuators for assembly mounting, actuation: power scaling of the actuators: 18.8 %
Actuators for assembly mounting, actuation: power limit of the actuators: 18.8 %
Actuators for assembly mounting, actuation: actuator 1 max. amplitude: 1.2 %
Actuators for assembly mounting, actuation: actuator 1 amplitude: 1.2 %
Actuators for assembly mounting, actuation: actuator 2 max. amplitude: 1.2 %
Actuators for assembly mounting, actuation: actuator 2 amplitude: 1.2 %
Udgangs test
Controls
Buzz test
Actuators for assembly mounting
Right electro-hydraulic engine mount solenoid valve
Left electro-hydraulic engine mount solenoid valve
Send current map
Send reference map
Basic setting
Controls
Test of programming prerequisites
Erasing of program memory
Program memory test
Flash programming test
Resetting of all adaptations
Static calibration (customer service)
Set default EEPROM
Reset to as-delivered condition of control module manufacturer
Verify transfer function map
Static calibration (end of assembly line)
Muligheder
Controls
Activating and deactivating all development messages
Setup buzz loopback parameters
Setup cancellation mode
Setup adaption mode
Setup DTC detection level
Setup cancellation operation parameters
Reset measurement values
Manual mode
Controls
SFD
Konfiguration