PKW, MITSUBISHI, i-MiEV (HA0), 2015, ZAA-HA4W, LDDB, CMU1
Hochspannungs- batterie - CMU1 - 0
Identifikation
Identifikator: 00 06
ECU origin: 04
Lieferantennummer: 85
Steuergerät ID: 00
Diagnoseversion: 06
Hardwareversion: 01 02
Softwareversion: 02 01 13
Ersatzteilnummer: 8634A049
Softwarenummer: 8634A04904
FIN (ursprünglich): --
Class: --
Modell: --
Typ: --
Modelljahr: --
FIN: --
Kalibrierung ID: --
CVN: --
Fehlercode
Controls
Fehlercode löschen
Ist-Werte
Cell 002 voltage: 0.000 V
Cell 003 voltage: 0.000 V
Cell 004 voltage: 0.000 V
Cell 005 voltage: 0.000 V
Cell 006 voltage: 0.000 V
Cell 007 voltage: 0.000 V
Cell 008 voltage: 0.000 V
Cell 009 voltage: 0.000 V
Cell 010 voltage: 0.000 V
Cell 011 voltage: 0.000 V
Module voltage: 0.000 V
Cell 012 voltage: 0.000 V
Cell total voltage: 0.000 V
Voltage diff. (Module-Total cell): 0.000 V
Cell 001 voltage: 0.000 V
Temperature sensor 2 underflow: Normal
Temperature sensor 6 underflow: Normal
Temperature sensor 3 underflow: Normal
Temperature sensor 1 overflow: Normal
Temperature sensor 4 underflow: Normal
Temperature sensor 2 overflow: Normal
Temperature sensor 5 underflow: Normal
Temperature sensor 3 overflow: Normal
Temperature sensor 4 overflow: Normal
EEPROM Fail (Learning data read): Normal
Temperature sensor 5 overflow: Normal
CAN controller: Normal
Temperature sensor 6 overflow: Normal
Bat-CAN (Bus off): Normal
EEPROM Fail (failure info read): Normal
Balancer drive time fail (20h): Normal
Monitor IC: Initializing process: Normal
Monitor IC: Self diagnosis: Normal
Monitor IC: Cell volt AD convert: Normal
Monitor IC: Register config: Normal
Monitor IC: GP AD conversion: Normal
Monitor IC: CRC: Normal
Monitor IC: Balancer: Normal
Monitor IC: AD conversion timeout: Normal
Self diag: Charge pump circuit: Normal
Referenzspannung: Normal
Self diag: Measurement accuracy: Normal
Cell voltage measurement: Normal
Self diag: AD convert output data: Normal
Temperature measurement power supply: Normal
Self diag: AD result register: Normal
Cell 01 measurement terminal: Normal
Cell 02 measurement terminal: Normal
Cell 06 measurement terminal: Normal
Cell 03 measurement terminal: Normal
Cell 07 measurement terminal: Normal
Cell 04 measurement terminal: Normal
Cell 08 measurement terminal: Normal
Cell 05 measurement terminal: Normal
Cell 09 measurement terminal: Normal
Cell 10 measurement terminal: Normal
Temperature 02 terminal open: Normal
Cell 11 measurement terminal: Normal
Temperature 03 terminal open: Normal
Cell 12 measurement terminal: Normal
Temperature 04 terminal open: Normal
Temperature 01 terminal open: Normal
Temperature 05 terminal open: Normal
Temperature 06 terminal open: Normal
Temperature 04 terminal short: Normal
Temperature 01 terminal short: Normal
Temperature 05 terminal short: Normal
Temperature 02 terminal short: Normal
Temperature 06 terminal short: Normal
Temperature 03 terminal short: Normal
Cell 01 voltage underflow: Normal
Cell 02 voltage underflow: Normal
Cell 06 voltage underflow: Normal
Cell 03 voltage underflow: Normal
Cell 07 voltage underflow: Normal
Cell 04 voltage underflow: Normal
Cell 08 voltage underflow: Normal
Cell 05 voltage underflow: Normal
Cell 09 voltage underflow: Normal
Cell 10 voltage underflow: Normal
Cell 02 voltage overflow: Normal
Cell 11 voltage underflow: Normal
Cell 03 voltage overflow: Normal
Cell 12 voltage underflow: Normal
Cell 04 voltage overflow: Normal
Cell 01 voltage overflow: Normal
Cell 05 voltage overflow: Normal
Cell 06 voltage overflow: Normal
Cell 10 voltage overflow: Normal
Cell 07 voltage overflow: Normal
Cell 11 voltage overflow: Normal
Cell 08 voltage overflow: Normal
Cell 12 voltage overflow: Normal
Cell 09 voltage overflow: Normal
Temperature sensor 1 underflow: Normal
Dienstprogramme
Controls
EEPROM Fail information