| BECM: Performance (Self Test) |
P0A1F - Battery Energy Control Module "A" Performance |
internal hardware check |
CPU test OR RAM test OR ROM test |
failed failed failed |
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5 [ms] On Mode Change (except to EMERGENCY_OFF or LOCAL_ACTIVE) |
0 DCY |
| BECM: Internal Control Module |
P0604 - Internal Control Module Random Access Memory (RAM) Error |
Random Acces Memory (RAM) check |
secured internal data exchange |
failed |
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5 [ms] continuous |
0 DCY |
| P062F - Internal Control Module EEPROM Error |
EEPROM check |
memory checksum error |
detected |
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1 [sec] multiple |
0 DCY |
| BECM: Hybrid CAN Controller |
P163E - Faulty control module |
CAN RAM check |
read/write check in hybrid CAN-RAM |
failed |
|
BECM mode |
= INIT |
|
5 [ms] once / DCY |
0 DCY |
| BECM: Battery CAN Controller |
CAN RAM check |
read/write check in battery CAN-RAM |
failed |
|
BECM mode |
= INIT |
|
5 [ms] once / DCY |
0 DCY |
| BECM: Control Module Processor |
P0606 - Control Module Processor |
watchdog reset |
watchdog reset |
occured |
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5 [ms] continuous |
0 DCY |
| BECM: Control Module |
U3001 - Control Module Improper Shutdown Performance |
improper shutdown performance |
incorrect BECM postrun execution (aborted or not started) at least one OBD-relevant monitoring |
5 times in a row failed and pending |
|
BECM mode |
= INIT |
|
150 [ms] once / DCY |
0 DCY |
| BECM: Battery Monitor Module - Daisy Chain Input |
P058D - Battery Monitor Module "A" Voltage Monitoring Performance |
voltage monitoring performance (short to battery) |
CASE 1: |
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(BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT active valid |
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2 [sec] continuous |
0 DCY |
| |
ratio of BECM Daisy Chain input voltage to battery voltage |
> 0.9 |
[-] |
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BECM mode |
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CASE 2: BECM Daisy Chain input voltage Critical overvoltage/undervoltage condition of any cell voltage |
> 4 reported |
[V] |
BECM mode |
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BECM mode |
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BECM mode) Battery CAN communication error memory status flags of all CMCs |
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| voltage monitoring performance (short to ground) |
BECM Daisy Chain input voltage |
< 4 |
[V] |
(BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT active valid |
|
2 [sec] continuous |
0 DCY |
| |
No critical overvoltage/undervoltage condition of any cell voltage |
reported |
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BECM mode |
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BECM mode |
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BECM mode |
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BECM mode) Battery CAN communication error memory status flags of all CMCs |
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| BECM: Battery Monitor Module - Daisy Chain Output |
voltage monitoring performance (short to battery) |
BECM Daisy Chain output voltage |
> 4 |
[V] |
(BECM mode BECM mode BECM mode BECM mode BECM mode) BECM Daisy Chain output target value |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT = 0 |
[-] |
5 [sec] continuous |
0 DCY |
| voltage monitoring performance (short to ground) |
BECM Daisy Chain output voltage |
< 4 |
[V] |
(BECM mode BECM mode BECM mode BECM mode BECM mode) BECM Daisy Chain output target value |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT = 1 |
[-] |
5 [sec] continuous |
0 DCY |
| BECM: Internal Control Module - Hardware Disable Output |
P0E2D - Internal Control Module Hybrid/EV Battery Monitor Performance |
hybrid/EV battery monitor performance (short to battery) |
Hardware-Disable output voltage |
> 10 |
[V] |
(BECM mode BECM mode BECM mode BECM mode BECM mode) BECM HW Disable output target value |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT = 0 |
[-] |
5 [sec] continuous |
0 DCY |
| hybrid/EV battery monitor performance (short to ground) |
Hardware-Disable output voltage |
< 4 |
[V] |
(BECM mode BECM mode BECM mode BECM mode BECM mode) BECM HW Disable output target value |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT = 1 |
[-] |
5 [sec] continuous |
0 DCY |
| BECM: High-Voltage System Interlock |
P0A0D - High Voltage System Interlock Circuit "A" High |
circuit "A" high (short to battery) |
voltage drop across shunt |
> 5 |
[V] |
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500 [ms] continuous |
0 DCY |
| P0A0C - High Voltage System Interlock Circuit "A" Low |
circuit "A" low (short to ground) |
voltage drop across shunt |
< 0.2 |
[V] |
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500 [ms] continuous |
0 DCY |
| P0A0A - High Voltage System Interlock Circuit "A" |
HV interlock implausible |
HV interlock loop current |
< 8 |
[mA] |
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50 [ms] continuous |
0 DCY |
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OR |
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HV interlock loop current |
> 12 |
[mA] |
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| P0A0B - High Voltage System Interlock Circuit "A" Performance |
performance (internal circuit) |
Value measured by HV interlock ADC with input signal set to ground level (0 V) |
> 51.57 |
[mV] |
(BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT |
|
500 [ms] continuous |
0 DCY |
| |
OR Value measured by HV interlock ADC with input signal set to reference voltage (3.3 V) OR HV Interlock ADC values for time |
<3248.43 not received 10 |
[mV] [ms] |
BECM mode BECM mode |
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BECM mode |
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BECM mode) |
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| BECM: Control Module Power Off Timer |
P262B - Control Module Power Off Timer Performance |
plausibility check A - MAX check (rationality check high) |
CASE 1: 0.06 * actual postrun timer AND actual postrun timer - HV off hardware timer value CASE 2: 0.06 * actual postrun timer AND ratio of HV off hardware timer value to actual postrun time |
≤ 1 ≥ 1 > 1 ≥ 1.06 |
[sec] [sec] [sec] [-] |
BECM mode HV Supply for time |
= RUN_ON switched off ≥ 5 |
[sec] |
0 [sec] once / DCY |
2 DCY |
| plausibility check A - MIN check (rationality check low) |
CASE 1: 0.06 * actual postrun timer AND HV off hardware timer value - actual postrun timer CASE 2: 0.06 * actual postrun timer AND ratio of HV off hardware timer value to actual postrun time |
≤ 1 ≥ 1 > 1 ≤ 0.94 |
[sec] [sec] [sec] [-] |
BECM mode HV Supply for time |
= RUN_ON switched off ≥ 5 |
[sec] |
0 [sec] once / DCY |
2 DCY |
| plausibility check B - MIN check (rationality check low) |
ratio of HV off hardware timer value to last stored internal postrun time |
≤ 0.94 |
[-] |
BECM mode |
= INIT |
|
0 [sec] once / DCY |
2 DCY |
| plausibility check C (internal circuit) |
Response from HV Off Hardware Timer circuit during initialization OR Response from HV Off Hardware Timer circuit |
not received invalid |
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40 [ms] once / DCY |
2 DCY |
| BECM: Production Mode |
P0610 - Control Module Vehicle Options Error |
vehicle in production mode |
production mode |
active |
|
for activation: max mileage since initial vehicle start-up |
< 100 |
[km] |
5 [sec] once / DCY |
0 DCY |
| BECM: OBD Settings Incompatible |
P064F - Unauthorized Software/Calibration Detected |
compatibility check |
internal OBD settings and vehicle OBD settings |
not compatible |
|
valid message containing vehicle OBD settings |
received |
|
2.9 [sec] continuous |
0 DCY |
| Hybrid/EV Battery Pack Coolant Pump Supply Voltage |
P0C4D - Hybrid/EV Battery Pack Coolant Pump Supply Voltage Circuit High |
circuit high |
supply voltage @ coolant pump |
> 0.4 |
[V] |
BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON |
|
5 [sec] continuous |
2 DCY |
| P0C4C - Hybrid/EV Battery Pack Coolant Pump Supply Voltage Circuit Low |
circuit low |
ratio of supply voltage @ coolant pump to 12V supply voltage |
< 0.9 |
[-] |
coolant pump (BECM mode BECM mode BECM mode BECM mode) |
switched on = AC_CHARGING OR = EMERGENCY_OFF OR HV_OFF OR = HV_ON |
|
5 [sec] continuous |
2 DCY |
| Hybrid/EV Battery Pack Coolant Pump "A" Control |
P0C49 - Hybrid/EV Battery Pack Coolant Pump "A" Control Circuit High |
circuit high |
time duration of high signal sent by pump |
≥ 10 |
[sec] |
BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON |
|
5 [sec] continuous |
2 DCY |
| P0C48 - Hybrid/EV Battery Pack Coolant Pump "A" Control Circuit Low |
circuit low |
time duration of ground signal sent by pump |
≥ 2 |
[sec] |
BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON |
|
5 [sec] continuous |
2 DCY |
| P0C47 - Hybrid/EV Battery Pack Coolant Pump "A" Control Circuit/Open |
circuit open (functional check: timeout) |
alive signal (PWM signal) |
missing |
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39.5 [sec] continuous |
2 DCY |
| Hybrid/EV Battery Pack Coolant Pump "A" |
P0C4A - Hybrid/EV Battery Pack Coolant Pump "A" Control Performance |
performance (functional check: dry run) |
time duration of ground signal sent by pump AND pause time between ground signal sent by pump |
> 900 <1100 > 900 <1100 |
[ms] [ms] [ms] [ms] |
coolant pump pump timeout monitoring PWM duty cycle |
commanded on passed > 85 |
% |
7.2 [sec] continuous |
2 DCY |
| Hybrid/EV Battery Pack Coolant Pump |
P0CFF - Hybrid/EV Battery Pack Coolant Pump "A" Stuck/Stalled |
functional check: stuck/stalled |
time duration of ground signal sent by pump AND pause time between ground signal sent by pump |
>1400 < 1600 > 900 <1100 |
[ms] [ms] [ms] [ms] |
coolant pump pump timeout monitoring PWM duty cycle |
commanded on passed > 25 |
% |
21 [sec] continuous |
2 DCY |
| Hybrid/EV Battery Pack Coolant Pump "A" |
P0C4A - Hybrid/EV Battery Pack Coolant Pump "A" Control Performance |
performance (functional check: overheating) |
time duration of ground signal sent by pump AND pause time between ground signal sent by pump |
>1900 < 2100 > 900 <1100 |
[ms] [ms] [ms] [ms] |
coolant pump pump timeout monitoring |
commanded on passed |
|
8.2 [sec] continuous |
2 DCY |
| Coolant Temperature Sensor at HV Battery Inlet |
P0C45 - Hybrid/EV Battery Pack Coolant Temperature Sensor "A" Circuit High |
circuit high (short to battery) |
signal value of temperature voltage @ HV battery inlet |
> 3248.44 |
[mV] |
BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT |
|
5 [sec] continuous |
2 DCY |
| P0C44 - Hybrid/EV Battery Pack Coolant Temperature Sensor "A" Circuit Low |
circuit low (short to ground) |
signal value of temperature voltage @ HV battery inlet |
< 48.34 |
[mV] |
BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT |
|
5 [sec] continuous |
2 DCY |
| P0C42 - Hybrid/EV Battery Pack Coolant Temperature Sensor "A" Circuit |
open circuit |
signal value of temperature voltage @ HV battery inlet |
> 3125.98 < 3158.20 |
[mV] [mV] |
BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT |
|
5 [sec] continuous |
2 DCY |
| P0C44 - Hybrid/EV Battery Pack Coolant Temperature Sensor "A" Circuit Low |
circuit low (out of range low) |
signal value of temperature voltage @ HV battery inlet |
> 48.34 < 325.48 |
[mV] [mV] |
BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT |
|
5 [sec] continuous |
2 DCY |
| P0C45 - Hybrid/EV Battery Pack Coolant Temperature Sensor "A" Circuit High |
circuit high (out of range high) |
signal value of temperature voltage @ HV battery inlet OR signal value of temperature voltage @ HV battery inlet |
> 3019.63 < 3125.98 > 3158.20 < 3248.44 |
[mV] [mV] [mV] [mV] |
BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT |
|
5 [sec] continuous |
2 DCY |
| P0C43 - Hybrid/EV Battery Pack Coolant Temperature Sensor "A" Circuit Range/Performance |
range/performance (rationality high) |
difference between coolant temperature @ HV battery inlet and median value of the coolant temperatures @ HV battery inlet, HV battery outlet and pump coolant temperature |
≥ 15•••21 |
[°C] |
HV off time calculations status HV off time (BECM mode BECM mode BECM mode) |
time calculated ≥ 360...720 = EMERGENCY_OFF OR = HV_OFF OR = INIT |
[min] |
1.5 [sec] continuous |
2 DCY |
| range/performance (rationality low) |
difference between coolant temperature @ HV battery inlet and median value of the coolant temperatures @ HV battery inlet, HV battery outlet and pump coolant temperature |
≤ -15...-21 |
[°C] |
HV off time calculations status HV off time (BECM mode BECM mode BECM mode) |
time calculated ≥ 360...720 = EMERGENCY_OFF OR = HV_OFF OR = INIT |
[min] |
1.5 [sec] continuous |
2 DCY |
| Coolant Temperature Sensor at HV Battery Outlet |
P0CD8 - Hybrid/EV Battery Pack Coolant Temperature Sensor "B" Circuit High |
circuit high (short to battery) |
signal value of temperature voltage @ HV battery outlet |
> 3248.44 |
[mV] |
BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR |
|
5 [sec] continuous |
2 DCY |
| |
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BECM mode BECM mode BECM mode |
= HV_OFF OR = HV_ON OR = INIT |
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| P0CD7 - Hybrid/EV Battery Pack Coolant Temperature Sensor "B" Circuit Low |
circuit low (short to ground) |
signal value of temperature voltage @ HV battery outlet |
< 48.34 |
[mV] |
BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT |
|
5 [sec] continuous |
2 DCY |
| P0CD5 - Hybrid/EV Battery Pack Coolant Temperature Sensor "B" Circuit |
open circuit |
signal value of temperature voltage @ HV battery outlet |
> 3125.98 < 3158.20 |
[mV] [mV] |
BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT |
|
5 [sec] continuous |
2 DCY |
| P0CD7 - Hybrid/EV Battery Pack Coolant Temperature Sensor "B" Circuit Low |
circuit low (out of range low) |
signal value of temperature voltage @ HV battery outlet |
> 48.34 < 325.48 |
[mV] [mV] |
BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT |
|
5 [sec] continuous |
2 DCY |
| P0CD8 - Hybrid/EV Battery Pack Coolant Temperature Sensor "B" Circuit High |
circuit high (out of range high) |
signal value of temperature voltage @ HV battery outlet OR signal value of temperature voltage @ HV battery outlet |
> 3019.63 < 3125.98 > 3158.20 < 3248.44 |
[mV] [mV] [mV] [mV] |
BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT |
|
5 [sec] continuous |
2 DCY |
| P0CD6 - Hybrid/EV Battery Pack Coolant Temperature Sensor "B" Circuit Range/Performance |
range/performance (rationality high) |
difference between coolant temperature @ HV battery outlet and median value of the coolant temperatures @ HV battery inlet, HV battery outlet and pump coolant temperature |
≥ 15•••21 |
[°C] |
HV off time calculations status HV off time (BECM mode BECM mode BECM mode) |
time calculated ≥ 360...720 = EMERGENCY_OFF OR = HV_OFF OR = INIT |
[min] |
2 [sec] continuous |
2 DCY |
| range/performance (rationality low) |
difference between coolant temperature @ HV battery outlet and median value of the coolant temperatures @ HV battery inlet, HV battery outlet and pump coolant temperature |
≤ -15...-21 |
[°C] |
HV off time calculations status HV off time (BECM mode BECM mode BECM mode) |
time calculated ≥ 360...720 = EMERGENCY_OFF OR = HV_OFF OR = INIT |
[min] |
2 [sec] continuous |
2 DCY |
| Coolant Temperature at Chiller |
P0CEF - Hybrid/EV Electronics Coolant Temperature Sensor "A" Circuit Range/Perfomance |
range/performance (rationality high) |
difference between pump coolant temperature and median value of the coolant temperatures @ HV battery inlet, HV battery outlet and pump coolant temperature |
≥ 15•••21 |
[°C] |
HV off time calculations status HV off time (BECM mode BECM mode BECM mode |
time calculated ≥ 360...720 = EMERGENCY_OFF OR = HV_OFF OR = INIT |
[min] |
2.2 [sec] continuous |
2 DCY |
| range/performance (rationality low) |
difference between pump coolant temperature and median value of the coolant temperatures @ HV battery inlet, HV battery outlet and pump coolant temperature |
≤ -15...-21 |
[°C] |
HV off time calculations status HV off time (BECM mode BECM mode BECM mode |
time calculated ≥ 360...720 = EMERGENCY_OFF OR = HV_OFF OR = INIT |
[min] |
2.2 [sec] continuous |
2 DCY |
| BJB State Monitoring |
P33F0 - High-voltage system activation Malfunction |
change to HV_ON fails |
BJB mode |
!= HV_ON |
|
BJB target mode |
= HV_ON |
|
1 [sec] continuous |
0 DCY |
| change to AC_CHARGING fails |
BJB mode |
!= AC_CHARGING |
|
BJB target mode |
= AC_CHARGING |
|
1 [sec] continuous |
0 DCY |
| P33F1 - High-voltage system deactivation Malfunction |
change to HV_OFF fails |
BJB mode |
!= HV_OFF OR != EMERGENCY_OFF OR != INIT |
|
BJB target mode |
= HV_OFF |
|
1 [sec] continuous |
0 DCY |
| P33F0 - High-voltage system activation Malfunction |
emergency shutoff |
BJB mode |
= EMERGENCY_OFF |
|
BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT |
|
1 [sec] continuous |
0 DCY |
| BECM: High Voltage Service Disconnect Open |
P0B37 - High Voltage Service Disconnect Open |
Service Disconnect opened |
service disconnect |
not closed |
|
BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT |
|
100 [ms] continuous |
0 DCY |
| BECM: Hybrid/EV Battery Charging Current |
P0CA6 - Hybrid/EV Battery Charging Current High |
charging current high |
measured HV battery charge current |
> 0•••218 |
[A] |
BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = PRECHARGE |
|
1 [sec] continuous |
0 DCY |
| BECM: Hybrid/EV Battery Discharging Current |
P0CA7 - Hybrid/EV Battery Discharging Current High |
discharging current high |
measured HV battery discharge current |
> 0...395 |
[A] |
BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = PRECHARGE |
|
1 [sec] continuous |
0 DCY |
| BECM: Hybrid/EV Battery Pack Over Temperature |
P0A7E - Hybrid/EV Battery Pack "A" Over Temperature |
BJB temperature too high |
critical BJB temperature |
> 124 |
[°C] |
BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR |
|
5 [sec] continuous |
0 DCY |
| |
|
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|
BECM mode |
= HV_ON |
|
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| BJB: Hybrid/EV Battery Pack Over Temperature |
BJB temperature too high |
CASE 1: shunt 1 temperature CASE 2: shunt 2 temperature CASE 3: main board temperature CASE 4: MCU junction temperature |
> 130 > 130 ≥ 130 ≥ 140 |
[°C] [°C] [°C] [°C] |
|
|
|
CASE 1 to 3: 10.5 [sec] continuous CASE 4: 5.5 [sec] continuous |
0 DCY |
| BECM: Hybrid/EV Battery Pack Over Temperature |
CMC temperature too high |
any temperature @ CMC01 |
> 65 |
[°C] |
BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON |
|
500 [ms] continuous |
0 DCY |
| CMC temperature too high |
any temperature @ CMC02 |
> 65 |
[°C] |
BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON |
|
500 [ms] continuous |
0 DCY |
| CMC temperature too high |
any temperature @ CMC03 |
> 65 |
[°C] |
BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON |
|
500 [ms] continuous |
0 DCY |
| CMC temperature too high |
any temperature @ CMC04 |
> 65 |
[°C] |
BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON |
|
500 [ms] continuous |
0 DCY |
| CMC temperature too high |
any temperature @ CMC05 |
> 65 |
[°C] |
BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON |
|
500 [ms] continuous |
0 DCY |
| CMC temperature too high |
any temperature @ CMC06 |
> 65 |
[°C] |
BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON |
|
500 [ms] continuous |
0 DCY |
| CMC temperature too high |
any temperature @ CMC07 |
> 65 |
[°C] |
BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON |
|
500 [ms] continuous |
0 DCY |
| CMC temperature too high |
any temperature @ CMC08 |
> 65 |
[°C] |
BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON |
|
500 [ms] continuous |
0 DCY |
| BECM: Hybrid/EV Battery System Voltage |
P0AFB - Hybrid/EV Battery System Voltage High |
system voltage high |
pack voltage signal |
> 448 |
[V] |
BECM mode BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
1 [sec] continuous |
0 DCY |
| P0AFA - Hybrid/EV Battery System Voltage Low |
system voltage low |
pack voltage signal |
< 187 |
[V] |
BECM mode BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
1 [sec] continuous |
0 DCY |
| BECM: Hybrid/EV Battery State Of Charge |
P0B29 - Hybrid/EV Battery "B" Voltage Low |
state of charge low level 2 |
state of charge |
< 3 |
[%] |
BECM mode BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
100 [sec] continuous |
0 DCY |
| P0A80 - Replace Hybrid/EV Battery Pack |
state of charge low level 3 |
state of charge |
≤ 0 |
[%] |
BECM mode BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
100 [sec] continuous |
0 DCY |
| BECM: Recharging Performance |
P1B16 - Charging hybrid battery no external charge detected |
recharging current too low |
state of charge AND charging current |
< 6 < 2 |
[%] [A] |
BECM mode BECM mode |
= AC_CHARGING OR = HV_ON |
|
30 [min] continuous |
0 DCY |
| Hybrid/EV Battery Interface Control Module "A" (CMC-01) |
P0B26 - Hybrid/EV Battery "A" Voltage High |
cell voltage high |
any cell voltage signal within CMC-01 |
> 4.25 |
[V] |
BECM mode BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
100 [ms] continuous |
0 DCY |
| P0B25 - Hybrid/EV Battery "A" Voltage Low |
cell voltage low |
any cell voltage signal within CMC-01 |
< 1.85 |
[V] |
BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF |
|
100 [ms] continuous |
0 DCY |
| |
|
|
|
BECM mode BECM mode BECM mode |
OR = HV_ON OR = INIT OR = PRECHARGE |
|
|
|
| P0BBD - Hybrid/EV Battery Pack Voltage Variation Exceeded Limit |
cell voltage rationality check |
difference between maximum cell voltage and minimum cell voltage within CMC-01 |
> 0.25 |
[V] |
BECM mode BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
500 [ms] continuous |
2 DCY |
| Hybrid/EV Battery Interface Control Module "B" (CMC-02) |
P0B26 - Hybrid/EV Battery "A" Voltage High |
cell voltage high |
any cell voltage signal within CMC-02 |
> 4.25 |
[V] |
BECM mode BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
100 [ms] continuous |
0 DCY |
| P0B25 - Hybrid/EV Battery "A" Voltage Low |
cell voltage low |
any cell voltage signal within CMC-02 |
< 1.85 |
[V] |
BECM mode BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
100 [ms] continuous |
0 DCY |
| P0BBD - Hybrid/EV Battery Pack Voltage Variation Exceeded Limit |
cell voltage rationality check |
difference between maximum cell voltage and minimum cell voltage within CMC-02 |
> 0.25 |
[V] |
BECM mode BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
500 [ms] continuous |
2 DCY |
| Hybrid/EV Battery Interface Control Module "C" (CMC-03) |
P0B26 - Hybrid/EV Battery "A" Voltage High |
cell voltage high |
any cell voltage signal within CMC-03 |
> 4.25 |
[V] |
BECM mode BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
100 [ms] continuous |
0 DCY |
| P0B25 - Hybrid/EV Battery "A" Voltage Low |
cell voltage low |
any cell voltage signal within CMC-03 |
< 1.85 |
[V] |
BECM mode BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
100 [ms] continuous |
0 DCY |
| P0BBD - Hybrid/EV Battery Pack Voltage Variation Exceeded Limit |
cell voltage rationality check |
difference between maximum cell voltage and minimum cell voltage within CMC-03 |
> 0.25 |
[V] |
BECM mode BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
500 [ms] continuous |
2 DCY |
| Hybrid/EV Battery Interface Control Module "D" (CMC-04) |
P0B26 - Hybrid/EV Battery "A" Voltage High |
cell voltage high |
any cell voltage signal within CMC-04 |
> 4.25 |
[V] |
BECM mode BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
100 [ms] continuous |
0 DCY |
| P0B25 - Hybrid/EV Battery "A" Voltage Low |
cell voltage low |
any cell voltage signal within CMC-04 |
< 1.85 |
[V] |
BECM mode BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
100 [ms] continuous |
0 DCY |
| P0BBD - Hybrid/EV Battery Pack Voltage Variation Exceeded Limit |
cell voltage rationality check |
difference between maximum cell voltage and minimum cell voltage within CMC-04 |
> 0.25 |
[V] |
BECM mode BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
500 [ms] continuous |
2 DCY |
| Hybrid/EV Battery Interface Control Module "E" (CMC-05) |
P0B26 - Hybrid/EV Battery "A" Voltage High |
cell voltage high |
any cell voltage signal within CMC-05 |
> 4.25 |
[V] |
BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR |
|
100 [ms] continuous |
0 DCY |
| |
|
|
|
BECM mode BECM mode BECM mode BECM mode |
= HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
|
|
| P0B25 - Hybrid/EV Battery "A" Voltage Low |
cell voltage low |
any cell voltage signal within CMC-05 |
< 1.85 |
[V] |
BECM mode BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
100 [ms] continuous |
0 DCY |
| P0BBD - Hybrid/EV Battery Pack Voltage Variation Exceeded Limit |
cell voltage rationality check |
difference between maximum cell voltage and minimum cell voltage within CMC-05 |
> 0.25 |
[V] |
BECM mode BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
500 [ms] continuous |
2 DCY |
| Hybrid/EV Battery Interface Control Module "F" (CMC-06) |
P0B26 - Hybrid/EV Battery "A" Voltage High |
cell voltage high |
any cell voltage signal within CMC-06 |
> 4.25 |
[V] |
BECM mode BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
100 [ms] continuous |
0 DCY |
| P0B25 - Hybrid/EV Battery "A" Voltage Low |
cell voltage low |
any cell voltage signal within CMC-06 |
< 1.85 |
[V] |
BECM mode BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
100 [ms] continuous |
0 DCY |
| P0BBD - Hybrid/EV Battery Pack Voltage Variation Exceeded Limit |
cell voltage rationality check |
difference between maximum cell voltage and minimum cell voltage within CMC-06 |
> 0.25 |
[V] |
BECM mode BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
500 [ms] continuous |
2 DCY |
| Hybrid/EV Battery Interface Control Module "G" (CMC-07) |
P0B26 - Hybrid/EV Battery "A" Voltage High |
cell voltage high |
any cell voltage signal within CMC-07 |
> 4.25 |
[V] |
BECM mode BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
100 [ms] continuous |
0 DCY |
| P0B25 - Hybrid/EV Battery "A" Voltage Low |
cell voltage low |
any cell voltage signal within CMC-07 |
< 1.85 |
[V] |
BECM mode BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
100 [ms] continuous |
0 DCY |
| P0BBD - Hybrid/EV Battery Pack Voltage Variation Exceeded Limit |
cell voltage rationality check |
difference between maximum cell voltage and minimum cell voltage within CMC-07 |
> 0.25 |
[V] |
BECM mode BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
500 [ms] continuous |
2 DCY |
| Hybrid/EV Battery Interface Control Module "H" (CMC-08) |
P0B26 - Hybrid/EV Battery "A" Voltage High |
cell voltage high |
any cell voltage signal within CMC-08 |
> 4.25 |
[V] |
BECM mode BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
100 [ms] continuous |
0 DCY |
| P0B25 - Hybrid/EV Battery "A" Voltage Low |
cell voltage low |
any cell voltage signal within CMC-08 |
< 1.85 |
[V] |
BECM mode BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
100 [ms] continuous |
0 DCY |
| P0BBD - Hybrid/EV Battery Pack Voltage Variation Exceeded Limit |
cell voltage rationality check |
difference between maximum cell voltage and minimum cell voltage within CMC-08 |
> 0.25 |
[V] |
BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF |
|
500 [ms] continuous |
2 DCY |
| |
|
|
|
BECM mode BECM mode BECM mode BECM mode |
OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
|
|
| BECM: Daisy Chain Redundant Safety Shutdown |
P0AF8 - Hybrid/EV Battery System Voltage |
redundant safety shutdown due to cell overvoltage/undervoltage |
BECM Daisy Chain input |
< 4 |
[V] |
BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = PRECHARGE |
|
500 [ms] continuous |
0 DCY |
| BJB: Main Fuse |
P0A95 - High Voltage Fuse "A" |
rationality check |
deviation between battery voltage and voltage at main fuse |
< 60 |
[V] |
time after ECU wakeup valid message from BJB |
> 500 received |
[ms] |
1.5 [sec] continuous |
0 DCY |
| BJB: Battery Charger Fuse |
P0E2E - Battery Charger "A" Fuse |
rationality check |
voltage at battery charger fuse |
< 60 |
[V] |
time after ECU wakeup valid message from BJB |
> 500 received |
[ms] |
1.5 [sec] continuous |
2 DCY |
| BECM: Vehicle System - 12 Volt Supply Voltage |
P0563 - System Voltage High |
system voltage high |
power supply voltage |
> 17 |
[V] |
|
|
|
9 [sec] continuous |
0 DCY |
| U1401-Function restriction due to excessive voltage |
system voltage high |
power supply voltage |
> 17 |
[V] |
|
|
|
10 [ms] continuous |
0 DCY |
| P0562 - System Voltage Low |
system voltage low |
power supply voltage |
< 8 |
[V] |
|
|
|
9 [sec] continuous |
0 DCY |
| U1400-Function restriction Function restriction due to low voltage |
system voltage low |
power supply voltage |
< 8 |
[V] |
|
|
|
10 [ms] continuous |
0 DCY |
| system voltage pre-low |
power supply voltage |
< 9 |
[V] |
|
|
|
10 [ms] continuous |
0 DCY |
| BECM: Crash Detection |
P1609 - Crash shut-off was triggered |
crash shut-off was triggered |
crash |
detected |
|
System |
active |
|
0 [ms] continuous |
0 DCY |
| BECM: Reversible Crash Detection |
P168A - Reversible crash shut-off was triggered |
reversible crash shut-off was triggered |
reversible crash |
detected |
|
System |
active |
|
0 [ms] continuous |
2 DCY |
| Hybrid CAN |
U0028 - Vehicle Communication Bus A |
vehicle communication bus A |
CAN controller enters "BUS OFF" state |
3 times in a row |
|
time after ECU wakeup |
> 500 |
[ms] |
450 [ms] continuous |
0 DCY |
| U0029 - Vehicle Communication Bus A Performance |
vehicle communication bus A performance |
CAN messages |
not received |
|
time after ECU wakeup |
> 500 |
[ms] |
450 [ms] continuous |
0 DCY |
| Hybrid CAN: Engine Control Module (ECM) |
U0100 - Lost Communication With ECM/PCM "A" |
lost communication with ECM/PCM "A" |
message timeout |
detected |
|
time after ECU wakeup FlexRay |
> 500 active |
[ms] |
5 [sec] continuous |
0 DCY |
| lost communication with ECM/PCM "A" |
message timeout |
detected |
|
time after ECU wakeup FlexRay |
> 500 active |
[ms] |
800 [ms] continuous |
0 DCY |
| lost communication with ECM/PCM "A" |
message timeout |
detected |
|
time after ECU wakeup FlexRay |
> 500 active |
[ms] |
2 [sec] continuous |
2 DCY |
| U0401 - Invalid Data Received From ECM/PCM "A" |
invalid data received from ECM/PCM "A" |
message counter error |
detected |
|
time after ECU wakeup valid message from ECM |
> 500 received |
[ms] |
8 [sec] continuous |
0 DCY |
| invalid data received from ECM/PCM "A" |
checksum error |
detected |
|
time after ECU wakeup valid message from ECM |
> 500 received |
[ms] |
2.5 [sec] continuous |
0 DCY |
| invalid data received from ECM/PCM "A" |
received message |
implausible message |
|
time after ECU wakeup valid message from ECM |
> 500 received |
[ms] |
5 [sec] continuous |
2 DCY |
| Hybrid CAN: Body Control Module "A" |
U0141 - Lost Communication With Body Control Module "A" |
lost communication with Body Control Module "A" |
message timeout |
detected |
|
time after ECU wakeup ComfortCAN |
> 500 active |
[ms] |
1 [sec] continuous |
0 DCY |
| U0431 - Invalid Data Received From Body Control Module "A" |
invalid data received from ECM/PCM "A" |
message counter error |
detected |
|
time after ECU wakeup ComfortCAN |
> 500 active |
[ms] |
1 [sec] continuous |
0 DCY |
| invalid data received from ECM/PCM "A" |
checksum error |
detected |
|
time after ECU wakeup ComfortCAN |
> 500 active |
[ms] |
200 [ms] continuous |
0 DCY |
| Hybrid CAN: Gateway "A" |
U0146 - Lost Communication With Serial Data Gateway Module "A" |
lost communication with Gateway "A" |
message timeout |
detected |
|
(BECM mode BECM mode BECM mode BECM mode) time after ECU wakeup any Hybrid CAN message |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON > 500 received |
[ms] |
1 [sec] continuous |
0 DCY |
| U0447 - Invalid Data Received From Serial Data Gateway Module "A" |
invalid data received from Gateway "A" |
message counter error |
detected |
|
time after ECU wakeup valid message from Gateway |
> 500 received |
[ms] |
1 [sec] continuous |
0 DCY |
| invalid data received from Gateway "A" |
checksum error |
detected |
|
time after ECU wakeup valid message from Gateway |
> 500 received |
[ms] |
200 [ms] continuous |
0 DCY |
| invalid data received from Gateway "A" |
BECM target mode BECM target mode BECM target mode |
!= AC_CHARGING != HV_OFF != HV_ON |
|
time after ECU wakeup valid message from Gateway |
> 500 received |
[ms] |
2 [sec] continuous |
0 DCY |
| Hybrid CAN: Battery Charger Control Module (BCCM) |
U019B - Lost Communication With Battery Charger Control Module "A" |
lost communication with Battery Charger Control Module "A" |
message timeout |
detected |
|
time after ECU wakeup Hybrid CAN communication |
> 500 active |
[ms] |
5 [sec] continuous |
2 DCY |
| Hybrid CAN: Coolant Temperature Control Module |
U0116 - Lost Communication With Coolant Temperature Control Module |
lost communication with Coolant Temperature Control Module |
message timeout |
detected |
|
time after ECU wakeup Hybrid CAN communication |
> 500 active |
[ms] |
1 [sec] continuous |
2 DCY |
| lost communication with Coolant Temperature Control Module |
message timeout |
detected |
|
time after ECU wakeup Hybrid CAN communication |
> 500 active |
[ms] |
5 [sec] continuous |
2 DCY |
| U0456 - Invalid Data Received From Coolant Temperature Control Module |
invalid data received from Coolant Temperature Control Module |
received message |
implausible message |
|
time after ECU wakeup valid message from VTMC |
> 500 received |
[ms] |
5 [sec] continuous |
2 DCY |
| Battery CAN |
U0037 - Vehicle Communication Bus B |
vehicle communication bus B |
CAN controller enters "BUS OFF" state |
3 times in a row |
|
time after ECU wakeup |
> 500 |
[ms] |
10 [ms] continuous |
0 DCY |
| U0038 - Vehicle Communication Bus B Performance |
vehicle communication bus B performance (global timeout) |
CAN messages |
not received |
|
time after ECU wakeup CMC power supply |
> 500 active |
[ms] |
450 [ms] continuous |
0 DCY |
| Battery CAN: Hybrid/EV Battery Pack Sensor Module |
U029A - Lost Communication With Hybrid/EV Battery Pack Sensor Module |
lost communication with Hybrid/EV Battery Pack Sensor Module (BJB) |
message timeout |
detected |
|
time after ECU wakeup any Battery CAN message |
> 500 received |
[ms] |
500 [ms] continuous |
0 DCY |
| U059B - Invalid Data Received From Hybrid/EV Battery Pack Sensor Module |
invalid data received from Hybrid/EV Battery Pack Sensor Module (BJB) |
message counter error |
detected |
|
time after ECU wakeup valid message from BJB |
> 500 received |
[ms] |
500 [ms] continuous |
0 DCY |
| invalid data received from Hybrid/EV Battery Pack Sensor Module (BJB) |
checksum error |
detected |
|
time after ECU wakeup valid message from BJB |
> 500 received |
[ms] |
20 [ms] continuous |
0 DCY |
| invalid data received from Hybrid/EV Battery Pack Sensor Module (BJB) |
received message |
implausible |
|
time after ECU wakeup valid message from BJB |
> 500 received |
[ms] |
800 [ms] continuous |
0 DCY |
| Battery CAN: Hybrid/EV Battery Interface Control Module "A" |
U01A0 - Lost Communication with Hybrid/EV Battery Interface Control Module "A" |
lost communication with Hybrid/EV Battery Interface Control Module "A" (CMC-01) |
message timeout |
detected |
|
time after ECU wakeup CMC power supply |
> 500 active |
[ms] |
1 [sec] continuous |
0 DCY |
| U04A1 - Invalid Data Received From Hybrid/EV Battery Interface Control Module "A" |
invalid data received from Hybrid/EV Battery Interface Control Module "A" (CMC-01) |
message counter error |
detected |
|
time after ECU wakeup valid message from CMC-01 |
> 500 received |
[ms] |
1 [sec] continuous |
0 DCY |
| invalid data received from Hybrid/EV Battery Interface Control Module "A" (CMC-01) |
checksum error |
detected |
|
time after ECU wakeup valid message from CMC-01 |
> 500 received |
[ms] |
200 [ms] continuous |
0 DCY |
| invalid data received from Hybrid/EV Battery Interface Control Module "A" (CMC-01) |
received message |
implausible |
|
time after ECU wakeup valid messsage from CMC-01 |
> 500 received |
[ms] |
1 [sec] continuous |
0 DCY |
| Battery CAN: Hybrid/EV Battery Interface Control Module "B" |
U01A1 - Lost Communication with Hybrid/EV Battery Interface Control Module "B" |
lost communication with Hybrid/EV Battery Interface Control Module "B" (CMC-02) |
message timeout |
detected |
|
time after ECU wakeup |
> 500 |
[ms] |
1 [sec] continuous |
0 DCY |
| |
|
|
|
CMC power supply |
active |
|
|
|
| U04A2 - Invalid Data Received From Hybrid/EV Battery Interface Control Module "B" |
invalid data received from Hybrid/EV Battery Interface Control Module "B" (CMC-02) |
message counter error |
detected |
|
time after ECU wakeup valid message from CMC-02 |
> 500 received |
[ms] |
1 [sec] continuous |
0 DCY |
| invalid data received from Hybrid/EV Battery Interface Control Module "B" (CMC-02) |
checksum error |
detected |
|
time after ECU wakeup valid message from CMC-02 |
> 500 received |
[ms] |
200 [ms] continuous |
0 DCY |
| invalid data received from Hybrid/EV Battery Interface Control Module "B" (CMC-02) |
received message |
implausible |
|
time after ECU wakeup valid messsage from CMC-02 |
> 500 received |
[ms] |
1 [sec] continuous |
0 DCY |
| Battery CAN: Hybrid/EV Battery Interface Control Module "C" |
U01A2 - Lost Communication with Hybrid/EV Battery Interface Control Module "C" |
lost communication with Hybrid/EV Battery Interface Control Module "C" (CMC-03) |
message timeout |
detected |
|
time after ECU wakeup CMC power supply |
> 500 active |
[ms] |
1 [sec] continuous |
0 DCY |
| U04A3 - Invalid Data Received From Hybrid/EV Battery Interface Control Module "C" |
invalid data received from Hybrid/EV Battery Interface Control Module "C" (CMC-03) |
message counter error |
detected |
|
time after ECU wakeup valid message from CMC-03 |
> 500 received |
[ms] |
1 [sec] continuous |
0 DCY |
| invalid data received from Hybrid/EV Battery Interface Control Module "C" (CMC-03) |
checksum error |
detected |
|
time after ECU wakeup valid message from CMC-03 |
> 500 received |
[ms] |
200 [ms] continuous |
0 DCY |
| invalid data received from Hybrid/EV Battery Interface Control Module "C" (CMC-03) |
received message |
implausible |
|
time after ECU wakeup valid messsage from CMC-03 |
> 500 received |
[ms] |
1 [sec] continuous |
0 DCY |
| Battery CAN: Hybrid/EV Battery Interface Control Module "D" |
U01A3 - Lost Communication with Hybrid/EV Battery Interface Control Module "D" |
lost communication with Hybrid/EV Battery Interface Control Module "D" (CMC-04) |
message timeout |
detected |
|
time after ECU wakeup CMC power supply |
> 500 active |
[ms] |
1 [sec] continuous |
0 DCY |
| U02A0 - Invalid Data Received From Hybrid/EV Battery Interface Control Module "D" |
invalid data received from Hybrid/EV Battery Interface Control Module "D" (CMC-04) |
message counter error |
detected |
|
time after ECU wakeup valid message from CMC-04 |
> 500 received |
[ms] |
1 [sec] continuous |
0 DCY |
| invalid data received from Hybrid/EV Battery Interface Control Module "D" (CMC-04) |
checksum error |
detected |
|
time after ECU wakeup valid message from CMC-04 |
> 500 received |
[ms] |
200 [ms] continuous |
0 DCY |
| invalid data received from Hybrid/EV Battery Interface Control Module "D" (CMC-04) |
received message |
implausible |
|
time after ECU wakeup valid messsage from CMC-04 |
> 500 received |
[ms] |
1 [sec] continuous |
0 DCY |
| Battery CAN: Hybrid/EV Battery Interface Control Module "E" |
U01A4 - Lost Communication with Hybrid/EV Battery Interface Control Module "E" |
lost communication with Hybrid/EV Battery Interface Control Module "E" (CMC-05) |
message timeout |
detected |
|
time after ECU wakeup CMC power supply |
> 500 active |
[ms] |
1 [sec] continuous |
0 DCY |
| U04A5 - Invalid Data Received From Hybrid/EV Battery Interface Control Module "E" |
invalid data received from Hybrid/EV Battery Interface Control Module "E" (CMC-05) |
message counter error |
detected |
|
time after ECU wakeup valid message from CMC-05 |
> 500 received |
[ms] |
1 [sec] continuous |
0 DCY |
| invalid data received from Hybrid/EV Battery Interface Control Module "E" (CMC-05) |
checksum error |
detected |
|
time after ECU wakeup valid message from CMC-05 |
> 500 received |
[ms] |
200 [ms] continuous |
0 DCY |
| invalid data received from Hybrid/EV Battery Interface Control Module "E" (CMC-05) |
received message |
implausible |
|
time after ECU wakeup valid messsage from CMC-05 |
> 500 received |
[ms] |
1 [sec] continuous |
0 DCY |
| Battery CAN: Hybrid/EV Battery Interface Control Module "F" |
U01A5 - Lost Communication with Hybrid/EV Battery Interface Control Module "F" |
lost communication with Hybrid/EV Battery Interface Control Module "F" (CMC-06) |
message timeout |
detected |
|
time after ECU wakeup CMC power supply |
> 500 active |
[ms] |
1 [sec] continuous |
0 DCY |
| U04A6 - Invalid Data Received From Hybrid/EV Battery Interface Control Module "F" |
invalid data received from Hybrid/EV Battery Interface Control Module "F" (CMC-06) |
message counter error |
detected |
|
time after ECU wakeup valid message from CMC-06 |
> 500 received |
[ms] |
1 [sec] continuous |
0 DCY |
| invalid data received from Hybrid/EV Battery Interface Control Module "F" (CMC-06) |
checksum error |
detected |
|
time after ECU wakeup valid message from CMC-06 |
> 500 received |
[ms] |
200 [ms] continuous |
0 DCY |
| invalid data received from Hybrid/EV Battery Interface Control Module "F" (CMC-06) |
received message |
implausible |
|
time after ECU wakeup valid messsage from CMC-06 |
> 500 received |
[ms] |
1 [sec] continuous |
0 DCY |
| Battery CAN: Hybrid/EV Battery Interface Control Module "G" |
U01A6 - Lost Communication with Hybrid/EV Battery Interface Control Module "G" |
lost communication with Hybrid/EV Battery Interface Control Module "G" (CMC-07) |
message timeout |
detected |
|
time after ECU wakeup CMC power supply |
> 500 active |
[ms] |
1 [sec] continuous |
0 DCY |
| U04A7 - Invalid Data Received From Hybrid/EV Battery Interface Control Module "G" |
invalid data received from Hybrid/EV Battery Interface Control Module "G" (CMC-07) |
message counter error |
detected |
|
time after ECU wakeup valid message from CMC-07 |
> 500 received |
[ms] |
1 [sec] continuous |
0 DCY |
| invalid data received from Hybrid/EV Battery Interface Control Module "G" (CMC-07) |
checksum error |
detected |
|
time after ECU wakeup valid message from CMC-07 |
> 500 received |
[ms] |
200 [ms] continuous |
0 DCY |
| invalid data received from Hybrid/EV Battery Interface Control Module "G" (CMC-07) |
received message |
implausible |
|
time after ECU wakeup valid messsage from CMC-07 |
> 500 received |
[ms] |
1 [sec] continuous |
0 DCY |
| Battery CAN: Hybrid/EV Battery Interface Control Module "H" |
U01A7 - Lost Communication with Hybrid/EV Battery Interface Control Module "H" |
lost communication with Hybrid/EV Battery Interface Control Module "H" (CMC-08) |
message timeout |
detected |
|
time after ECU wakeup CMC power supply |
> 500 active |
[ms] |
1 [sec] continuous |
0 DCY |
| U04A8 - Invalid Data Received From Hybrid/EV Battery Interface Control Module "H" |
invalid data received from Hybrid/EV Battery Interface Control Module "H" (CMC-08) |
message counter error |
detected |
|
time after ECU wakeup valid message from CMC-08 |
> 500 received |
[ms] |
1 [sec] continuous |
0 DCY |
| invalid data received from Hybrid/EV Battery Interface Control Module "H" (CMC-08) |
checksum error |
detected |
|
time after ECU wakeup valid message from CMC-08 |
> 500 received |
[ms] |
200 [ms] continuous |
0 DCY |
| invalid data received from Hybrid/EV Battery Interface Control Module "H" (CMC-08) |
received message |
implausible |
|
time after ECU wakeup valid messsage from CMC-08 |
> 500 received |
[ms] |
1 [sec] continuous |
0 DCY |
| Battery CAN: Hybrid/EV Battery Pack Sensor Module |
U059B - Invalid Data Received From Hybrid/EV Battery Pack Sensor Module |
invalid data received from Hybrid/EV Battery Pack Sensor Module (BJB) |
BJB error memory status flag |
not valid |
|
(BECM mode BECM mode BECM mode BECM mode) Battery CAN communication |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON active |
|
2.5 [sec] continuous |
0 DCY |
| Battery CAN: Hybrid/EV Battery Cell Balancing Circuit "A" (CMC-01) |
P0DAF - Hybrid/EV Battery Cell Balancing Circuit "A" Range/Performance |
range/performance (invalid data) (CMC-01) |
CMC-01 error memory status flag |
not valid |
|
(BECM mode BECM mode BECM mode BECM mode) Battery CAN communication |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON active |
|
2.5 [sec] continuous |
0 DCY |
| Battery CAN: Hybrid/EV Battery Cell Balancing Circuit "B" (CMC-02) |
P0DB3 - Hybrid/EV Battery Cell Balancing Circuit "B" Range/Performance |
range/performance (invalid data) (CMC-02) |
CMC-02 error memory status flag |
not valid |
|
(BECM mode BECM mode BECM mode BECM mode) Battery CAN communication |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON active |
|
2.5 [sec] continuous |
0 DCY |
| Battery CAN: Hybrid/EV Battery Cell Balancing Circuit "C" (CMC-03) |
P0DB7 - Hybrid/EV Battery Cell Balancing Circuit "C" Range/Performance |
range/performance (invalid data) (CMC-03) |
CMC-03 error memory status flag |
not valid |
|
(BECM mode BECM mode BECM mode BECM mode) Battery CAN communication |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON active |
|
2.5 [sec] continuous |
0 DCY |
| Battery CAN: Hybrid/EV Battery Cell Balancing Circuit "D" (CMC-04) |
P0DBB - Hybrid/EV Battery Cell Balancing Circuit "D" Range/Performance |
range/performance (invalid data) (CMC-04) |
CMC-04 error memory status flag |
not valid |
|
(BECM mode BECM mode BECM mode BECM mode) Battery CAN communication |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON active |
|
2.5 [sec] continuous |
0 DCY |
| Battery CAN: Hybrid/EV Battery Cell Balancing Circuit "E" (CMC-05) |
P0DBF - Hybrid/EV Battery Cell Balancing Circuit "E" Range/Performance |
range/performance (invalid data) (CMC-05) |
CMC-05 error memory status flag |
not valid |
|
(BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF |
|
2.5 [sec] continuous |
0 DCY |
| |
|
|
|
BECM mode BECM mode) Battery CAN communication |
OR = HV_OFF OR = HV_ON active |
|
|
|
| Battery CAN: Hybrid/EV Battery Cell Balancing Circuit "F" (CMC-06) |
P0DC3 - Hybrid/EV Battery Cell Balancing Circuit "F" Range/Performance |
range/performance (invalid data) (CMC-06) |
CMC-06 error memory status flag |
not valid |
|
(BECM mode BECM mode BECM mode BECM mode) Battery CAN communication |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON active |
|
2.5 [sec] continuous |
0 DCY |
| Battery CAN: Hybrid/EV Battery Cell Balancing Circuit "G" (CMC-07) |
P0DC7 - Hybrid/EV Battery Cell Balancing Circuit "G" Range/Performance |
range/performance (invalid data) (CMC-07) |
CMC-07 error memory status flag |
not valid |
|
(BECM mode BECM mode BECM mode BECM mode) Battery CAN communication |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON active |
|
2.5 [sec] continuous |
0 DCY |
| Battery CAN: Hybrid/EV Battery Cell Balancing Circuit "H" (CMC-08) |
P0DCB - Hybrid/EV Battery Cell Balancing Circuit "H" Range/Performance |
range/performance (invalid data) (CMC-08) |
CMC-08 error memory status flag |
not valid |
|
(BECM mode BECM mode BECM mode BECM mode) Battery CAN communication |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON active |
|
2.5 [sec] continuous |
0 DCY |
| BJB: Internal Harwdare Check (Self Test) |
P0AFC - Hybrid/EV Battery Pack Sensor Module |
internal hardware check (self test) |
CASE 1: current measurement test current measurement values CASE 2: voltage measurement test voltage measurement values CASE 3: contactor supply voltage monitoring redundant measurement of contactor supply voltage |
< 0 > 450 invalid not equal |
[A] [A] |
Battery CAN communication BJB error memory status flag Additionally for CASE 1 & 2: BJB mode Additionally for CASE 3: BJB mode |
active valid = AC_CHARGING OR = EMRGENCY_OFF OR = HV_OFF OR = HV_ON OR = PRECHARGE = INIT |
|
CASE 1: 580 [ms] continous CASE 2 & 3: 600 [ms] once / DCY |
0 DCY |
| BJB: Internal Memory |
RAM check |
error correcting code (ECC) failure |
detected |
|
Battery CAN communication BJB error memory status flag |
active valid |
|
500 [ms] once / DCY |
0 DCY |
| BJB: EEPROM |
EEPROM check |
memory checksum error |
detected |
|
Battery CAN communication BJB error memory status flag BJB mode |
active valid = INIT |
|
500 [ms] once / DCY |
0 DCY |
| BJB: FlashEEPROM |
FlashEEPROM check |
memory checksum error |
detected |
|
Battery CAN communication BJB error memory status flag BJB mode |
active valid = INIT |
|
500 [ms] once / DCY |
0 DCY |
| BJB: Hardware Disable Malfunction |
plausibility check |
value of Hardware Disable path 1 and value of Hardware Disable path 2 |
not equal |
|
Battery CAN communication BJB error memory status flag BJB mode |
active valid = AC_CHARGING OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
580 [ms] continous |
0 DCY |
| BJB: Hardware Disable Line |
P0E2D - Internal Control Module Hybrid/EV Battery Monitor Performance |
performance (out of range high) |
measured voltage |
> 28.6 |
[V] |
Battery CAN communication BJB error memory status flag BJB mode |
active valid = AC_CHARGING OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
515 [ms] continuous |
0 DCY |
| performance (open circuit) |
actual value of Hardware-Disable state |
= disable |
|
target value of Hardware-Disable state |
= enable |
|
600 [ms] continuous |
0 DCY |
| BJB: Hybrid/EV Battery Pack Current Sensor "A" |
P0AC2 - Hybrid/EV Battery Pack Current Sensor "A" Circuit High |
circuit high |
CASE 1: Short to battery status of measurement chip 1 or status of measurment chip 2 or status of both measurement chips CASE 2: Out of range high measured current |
open circuit open circuit open circuit > 600 |
[A] |
Battery CAN communication BJB error memory status flag |
active valid |
|
510 [ms] continuous |
0 DCY |
| P0AC1 - Hybrid/EV Battery Pack Current Sensor "A" Circuit Low |
circuit low |
measured current |
< -600 |
[A] |
Battery CAN communication BJB error memory status flag |
active valid |
|
510 [ms] continuous |
0 DCY |
| P0AC0 - Hybrid/EV Battery Pack Current Sensor "A" Circuit Range/Performance |
circuit range/performance (internal hardware check) |
CASE 1: measurement configuration of shunt hardware CASE 2: calibration data of shunt hardware CASE 3: startup time current and voltage gauge CASE 4: heartbeat monitoring CASE 5: message timeout between gauge and BJB OR memory checksum error between gauge and BJB OR message counter error between gauge and BJB CASE 6: shunt temperature plausibility check |
invalid invalid exceeded invalid detected detected detected invalid |
|
Battery CAN communication BJB error memory status flag Additionally for CASE 2 & 3: BJB mode Additionally for CASE 4: BJB mode Additionally for CASE 5 & 6: BJB mode |
active valid = INIT = AC_CHARGING OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGING = INIT OR = PRECHARGING |
|
CASE 1 : 501 [ms] continuous CASE 2: 500 [ms] once / DCY CASE 3: 820 [ms] once / DCY CASE 4 & 5: 510 [ms] continuous CASE 6: 10.5 [s] continuous |
0 DCY |
| BJB: Hybrid/EV Battery Pack Current Sensors "A" and "B" |
P0B13 - Hybrid/EV Battery Pack Current Sensor "A"/"B" Correlation |
rationality check |
CASE 1: battery current ≤ 100 A deviation between measured shunt current 1 and measured shunt current 2 CASE 2: battery current > 100 A deviation between measured shunt current 1 and measured shunt current 2 |
> 2.6 > 2.6 |
[A] [%] |
Battery CAN communication BJB error memory status flag BJB mode |
active valid = AC_CHARHING OR = HV_OFF |
|
900 [ms] continuous |
0 DCY |
| |
|
|
|
|
OR = HV_ON OR = INIT OR = PRECHARGE |
|
|
|
| BJB: Temperature Sensors |
P0AFC - Hybrid/EV Battery Pack Sensor Module |
circuit high |
CASE 1: short to battery ADC digital value of T1 or ADC digital value of shunt NTC 1 (T3) OR NTC2(T4) CASE 2: out of range high measured temperature @ T1 OR measured temperature @ shunt NTC 1 (T3) OR measured temperature @ shunt NTC 2 (T4) |
≥ 3, 800 > 64, 000 > 170 > 150 > 150 |
[-] [-] [°C] [°C] [°C] |
Battery CAN communication BJB error memory status flag BJB mode |
active valid = AC_CHARGING OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
1.5 [s] continuous |
2 DCY |
| circuit low |
CASE 1: short to ground ADC digital value of T1 or ADC digital value of shunt NTC 1 (T3) OR NTC2(T4) CASE 2: out of range low measured temperature @ T1 OR measured temperature @ shunt NTC 1 (T3) OR measured temperature @ shunt NTC 2 (T4) |
≤ 10 < 1, 500 < -40 < -35 < -35 |
[-] [-] [°C] [°C] [°C] |
Battery CAN communication BJB error memory status flag BJB mode |
active valid = AC_CHARGING OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
1.5 [s] continuous |
2 DCY |
| rationality check high |
difference between single temperature of any BJB temperature sensor and median value of all BJB temperatures |
≥ 8...15 |
[°C] |
HV off time calculations status HV off time (BECM mode BECM mode BECM mode BECM mode BECM mode) |
time calculated ≥ 360...720 = EMERGENCY_OFF OR = HV_OFF OR = INIT OR = LOCAL_ACTIVE OR = RUN_ON |
[min] |
1 [sec] continuous |
2 DCY |
| rationality check low |
difference between single temperature of any BJB temperature sensor and median value of all BJB temperatures |
≤ -8...-15 |
[°C] |
HV off time calculations status HV off time (BECM mode BECM mode BECM mode BECM mode BECM mode) |
time calculated ≥ 360...720 = EMERGENCY_OFF OR = HV_OFF OR = INIT OR = LOCAL_ACTIVE OR = RUN_ON |
[min] |
1 [sec] continuous |
2 DCY |
| BJB: Hybrid/EV Battery Pack Voltage Sense "A" |
P0ABD - Hybrid/EV Battery Pack Voltage Sense "A" Circuit High |
circuit high |
CASE 1: short to battery measured voltage CASE 2: out of range high measured voltage |
≥ 815.7 > 500 |
[V] [V] |
Battery CAN communication BJB error memory status flag BJB mode |
active valid = AC_CHARGING OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
510 [ms] continuous |
0 DCY |
| BJB: Hybrid/EV Battery Pack Voltage Sense "A" BJB: Hybrid/EV Battery Pack Voltage Sensor "A" - Battery Voltage Positive Terminal Sensor |
P0ABC - Hybrid/EV Battery Pack Voltage Sense "A" Circuit Low |
circuit low |
CASE 1: short to ground measured voltage CASE 2: out of range low measured voltage difference between battery voltage and sum of all cell voltages |
< 0 < 100 > 40 |
[V] [V] [V] |
Battery CAN communication BJB error memory status flag BJB mode BECM mode BECM mode BECM mode BECM mode BECM mode |
active valid = AC_CHARGING OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE = AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = PRECHARGE |
|
510 [ms] continuous 500 [ms] continuous |
0 DCY 0 DCY |
| P0ABB - Hybrid/EV Battery Pack Voltage Sense "A" Circuit Range/Performance |
circuit range/performance (rationality check high) |
| BJB: Hybrid/EV Battery Pack Voltage Sensor "A" - Battery Voltage Positive Terminal Sensor |
circuit range/performance (rationality check low) |
difference between battery voltage and sum of all cell voltages |
< -40 |
[V] |
BECM mode BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = PRECHARGE |
|
500 [ms] continuous |
0 DCY |
| BJB: Hybrid/EV Battery Pack Voltage Sense "B" - System Voltage Positive Terminal Sensor |
P0B17 - Hybrid/EV Battery Pack Voltage Sense "B" Circuit High |
circuit high |
measured system voltage @ positive terminal |
> 914 |
[V] |
Battery CAN communication BJB error memory status flag BJB mode |
active valid = AC_CHARGING OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
510 [ms] continuous |
0 DCY |
| P0B16 - Hybrid/EV Battery Pack Voltage Sense "B" Circuit Low |
circuit low |
measured system voltage @ positive terminal |
< -547 |
[V] |
Battery CAN communication BJB error memory status flag BJB mode |
active valid = AC_CHARGING OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
510 [ms] continuous |
0 DCY |
| BJB: Hybrid/EV Battery Pack Voltage Sense "B" - System Voltage Negative Terminal Sensor |
P0B17 - Hybrid/EV Battery Pack Voltage Sense "B" Circuit High |
circuit high |
measured system voltage @ negative terminal |
> 914 |
[V] |
Battery CAN communication BJB error memory status flag BJB mode |
active valid = AC_CHARGING OR = HV_OFF OR |
|
510 [ms] continuous |
0 DCY |
| P0B17 - Hybrid/EV Battery Pack Voltage Sense "B" Circuit High |
|
|
|
|
|
= HV_ON OR = INIT OR = PRECHARGE |
|
|
|
| P0B16 - Hybrid/EV Battery Pack Voltage Sense "B" Circuit Low |
circuit low |
measured system voltage @ negative terminal |
< -547 |
[V] |
Battery CAN communication BJB error memory status flag BJB mode |
active valid = AC_CHARGING OR = HV_OFF OR = HV_ON OR = INIT OR = PRECHARGE |
|
510 [ms] continuous |
0 DCY |
| BJB: Hybrid/EV Battery Pack Voltage Sensor "B" |
P0B15 - Hybrid/EV Battery Pack Voltage Sense "B" Circuit Range/Performance |
circuit range/performance (rationality check high) |
difference between system voltage and battery voltage |
> 40 |
[V] |
BECM mode BECM mode |
= AC_CHARGING OR = HV_ON |
|
2 [sec] continuous |
0 DCY |
| circuit range/performance (rationality check low) |
difference between system voltage and battery voltage |
< -40 |
[V] |
BECM mode BECM mode |
= AC_CHARGING OR = HV_ON |
|
2 [sec] continuous |
0 DCY 0 DCY |
| BJB: Sensor Power Supply "B" |
P06B5 - Sensor Power Supply "B" Circuit High |
circuit high |
measured voltage |
> 26.3 |
[V] |
Battery CAN communication BJB error memory status flag |
active valid |
|
510 [ms] continuous |
2 DCY |
| P06B4 - Sensor Power Supply "B" Circuit Low |
circuit low |
measured voltage |
< 5.6 |
[V] |
Battery CAN communication BJB error memory status flag |
active valid |
|
510 [ms] continuous |
2 DCY |
| BJB: High-Voltage Service Disconnect |
P0B36 - High Voltage Service Disconnect Circuit High |
circuit high |
measured voltage |
> 24.3 |
[V] |
Battery CAN communication BJB error memory status flag BJB mode |
active valid = INIT OR = PRECHARGE |
|
510 [ms] continuous |
0 DCY |
| P0B35 - High Voltage Service Disconnect Circuit Low |
circuit low |
measured voltage |
< 6.0 |
[V] |
Battery CAN communication BJB error memory status flag BJB mode |
active valid = INIT OR = PRECHARGE |
|
510 [ms] continuous |
0 DCY |
| BJB: Hybrid/EV Battery Positive Main Contactor Circuit |
P0AA1 - Hybrid/EV Battery Positive Contactor "A" Stuck Closed |
stuck closed |
deviation between battery voltage and system positive voltage |
< |5| |
[V] |
Battery CAN communication BJB error memory status flag BJB mode |
active valid = HV_OFF OR = EMERGENCY_OFF |
|
6 [s] multiple |
0 DCY |
| P0AA2 - Hybrid/EV Battery Positive Contactor "A" Stuck Open |
stuck open |
deviation between battery voltage and system positive voltage |
> |10| |
[V] |
Battery CAN communication BJB error memory status flag BJB mode |
active valid = PRECHARGE |
|
600 [ms] multiple |
0 DCY |
| BJB: Hybrid/EV Battery Negative Main Contactor Circuit |
P0AA4 - Hybrid/EV Battery Negative Contactor "A" Stuck Closed |
stuck closed |
system negative voltage |
< |10| |
[V] |
Battery CAN communication BJB error memory status flag BJB mode |
active valid = HV_OFF OR = EMERGENCY_OFF |
|
6 [s] multiple |
0 DCY |
| P0AA5 - Hybrid/EV Battery Negative Contactor "A" Stuck Open |
stuck open |
system negative voltage |
> |3| |
[V] |
Battery CAN communication BJB error memory status flag BJB mode |
active valid = PRECHARGE |
|
530 [ms] multiple |
0 DCY |
| BJB: Hybrid/EV Battery Precharge Contactor Circuit |
P0AE2 - Hybrid/EV Battery Precharge Contactor Circuit Stuck Closed |
stuck closed |
deviation between battery voltage and system positive voltage |
< |5| |
[V] |
Battery CAN communication BJB error memory status flag BJB mode |
active valid = HV_OFF OR = EMERGENCY_OFF |
|
6 [s] multiple |
0 DCY |
| P0AE3 - Hybrid/EV Battery Precharge Contactor Circuit Stuck Open |
stuck open |
deviation between battery voltage and system positive voltage |
> |10| |
[V] |
Battery CAN communication BJB error memory status flag BJB mode |
active valid = PRECHARGE |
|
600 [ms] multiple |
0 DCY |
| BJB: Hybrid/EV Battery Positive Main Contactor Control |
P0AD9 - Hybrid/EV Battery Positive Contactor Control Circuit/Open |
circuit open |
CASE 1: high side on, low side off ratio of the contactor supply voltage and the actually applied contactor voltage CASE 2: high side off, low side on ratio of contactor supply voltage and actually applied contactor voltage |
< 0.828 > 0.0912 |
[-] [-] |
Battery CAN communication BJB error memory status flag BJB mode Contactor supply voltage |
active valid = INIT > 6 < 28.5 |
[V] [V] |
550 [ms] once / DCY |
0 DCY |
| P0ADC - Hybrid/EV Battery Positive Contactor "A" Control Circuit High |
circuit high |
CASE 1: short to battery ratio of contactor supply voltage and actually applied contactor voltage CASE 2: coil current out of range high coil current |
> 0.828 > 914 |
[-] [mA] |
Battery CAN communication BJB error memory status flag Additionally for CASE 1: BJB mode Contactor supply voltage Additionally for CASE 2: BJB mode Contactor driver |
active valid = INIT > 6 < 28.5 = AC_CHARGING OR = HV_ON OR = PRECHARGE activated |
[V] [V] |
CASE 1: 550 [ms] once / DCY CASE 2: 1.5 [s] continous |
0 DCY |
| P0ADB - Hybrid/EV Battery Positive Contactor "A" Control Circuit Low |
circuit low |
CASE 1: short to ground ratio of contactor supply voltage and actually applied contactor voltage CASE 2: coil current out of range low coil current |
> 0.0912 < 748 |
[-] [mA] |
Battery CAN communication BJB error memory status flag Additionally for CASE 1: BJB mode Contactor supply voltage Additionally for CASE 2: BJB mode Contactor driver |
active valid = INIT > 6 < 28.5 = AC_CHARGING OR = HV_ON OR = PRECHARGE activated |
[V] [V] |
CASE 1: 550 [ms] once / DCY CASE 2: 510 [ms] continous |
0 DCY |
| BJB: Hybrid/EV Battery Negative Main Contactor Control |
P0ADD - Hybrid/EV Battery Negative Contactor Control Circuit/Open |
functional check (open circuit) |
CASE 1: high side on, low side off ratio of the contactor supply voltage and the actually applied contactor voltage CASE 2: high side off, low side on ratio of contactor supply voltage and actually applied contactor voltage |
< 0.828 > 0.0912 |
[-] [-] |
Battery CAN communication BJB error memory status flag BJB mode Contactor supply voltage |
active valid = INIT > 6 < 28.5 |
[V] [V] |
550 [ms] once / DCY |
0 DCY |
| P0AE0 - Hybrid/EV Battery Negative Contactor "A" Control Circuit High |
circuit high |
CASE 1: short to battery ratio of contactor supply voltage and actually applied contactor voltage CASE 2: coil current out of range high coil current |
> 0.828 > 914 |
[-] [mA] |
Battery CAN communication BJB error memory status flag Additionally for CASE 1: BJB mode Contactor supply voltage |
active valid = INIT > 6 < 28.5 |
[V] [V] |
CASE 1: 550 [ms] once / DCY CASE 2: 1.5 [s] continous |
0 DCY |
| P0AE0 - Hybrid/EV Battery Negative Contactor "A" Control Circuit High |
|
|
|
|
Additionally for CASE 2: BJB mode Contactor driver |
= AC_CHARGING OR = HV_ON OR = PRECHARGE activated |
|
|
|
| P0ADF - Hybrid/EV Battery Negative Contactor "A" Control Circuit Low |
circuit low |
CASE 1: short to ground ratio of contactor supply voltage and actually applied contactor voltage CASE 2: coil current out of range low coil current |
> 0.0912 < 748 |
[-] [mA] |
Battery CAN communication BJB error memory status flag Additionally for CASE 1: BJB mode Contactor supply voltage Additionally for CASE 2: BJB mode Contactor driver |
active valid = INIT > 6 < 28.5 = AC_CHARGING OR = HV_ON OR = PRECHARGE activated |
[V] [V] |
CASE 1: 550 [ms] once / DCY CASE 2: 510 [ms] continous |
0 DCY |
| BJB: Hybrid/EV Battery Precharge Contactor Control |
P0AE4 - Hybrid/EV Battery Precharge Contactor Control Circuit "A" Open |
functional check (open circuit) |
CASE 1: high side on, low side off ratio of the contactor supply voltage and the actually applied contactor voltage CASE 2: high side off, low side on ratio of contactor supply voltage and actually applied contactor voltage |
< 0.828 > 0.0912 |
[-] [-] |
Battery CAN communication BJB error memory status flag BJB mode Contactor supply voltage |
active valid = INIT > 6 < 28.5 |
[V] [V] |
550 [ms] once / driving cycle |
0 DCY |
| P0AE7 - Hybrid/EV Battery Precharge Contactor Control Circuit "A" High |
circuit high |
CASE 1: short to battery ratio of contactor supply voltage and actually applied contactor voltage CASE 2: coil current out of range high coil current |
> 0.828 > 2.689 |
[-] [A] |
Battery CAN communication BJB error memory status flag Additionally for CASE 1: BJB mode Contactor supply voltage Additionally for CASE 2: BJB mode |
active valid = INIT > 6 < 28.5 = PRECHARGE |
[V] [V] |
CASE 1: 550 [ms] once / DCY CASE 2: 550 [ms] continous |
0 DCY |
| P0AE6 - Hybrid/EV Battery Precharge Contactor Control Circuit "A" Low |
circuit low |
ratio of contactor supply voltage and actually applied contactor voltage |
> 0.0912 |
[-] |
Battery CAN communication BJB error memory status flag BJB mode Contactor supply voltage |
active valid = INIT > 6 < 28.5 |
[V] [V] |
550 [ms] once / driving cycle |
0 DCY |
| BJB: Precharging System |
P0CA7 - Hybrid/EV Battery Discharging Current High |
discharging current high |
measured current within |
> |12| 80 |
[A] [ms] |
Battery CAN communication BJB error memory status flag BJB mode |
active valid = PRECHARGE |
|
510 [ms] multiple |
0 DCY |
| P0C78 - Hybrid/EV Battery System Precharge "A" Time Too Long |
functional check: precharge time too long |
deviation between battery voltage and system voltage |
> |10| |
[V] |
Battery CAN communication BJB error memory status flag BJB mode |
active valid = PRECHARGE |
|
1 [s] multiple |
0 DCY |
| P1B15 - Hybrid Battery Precharge Resistance Excess Temperature |
functional check: precharge failed |
precharge counter |
> 300 |
[-] |
BECM mode Battery CAN communication BJB error memory status flag |
= PRECHARGE active valid |
|
500 [ms] continuous |
0 DCY 0 DCY |
| BJB: Communication |
U0111 - Lost Communication With Battery Energy Control Module "A" |
lost communication with Battery Energy Contrl Module "A" |
CASE 1: message timeout CASE 2: message counter error CASE 3: checksum error |
detected detected detected |
|
Battery CAN communication BJB error memory status flag BJB mode Additionally for CASE 2 & 3: message from BECM |
active valid = AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON OR = INIT OR =PRECHARGE received |
|
CASE 1: 1.6 [s] continuous CASE 2: 500 [ms] continuous CASE 3: 1.5 [s] continous |
0 DCY |
| CMC-01: Battery Monitoring Chip |
P0DAC - Hybrid/EV Battery Cell Balancing Circuit "A" |
internal hardware check |
CASE 1: difference between cell voltage measured by battery monitoring chip and cell voltage measured by main processor CASE 2: failed communication attempts between main processor and battery monitoring chip CASE 3: battery monitoring chip internal reference voltage CASE 4: difference between sampled values of auxiliary ADC-inputs with and without internal pullup resistors activated CASE 5: battery monitoring chip internal temperature CASE 6: window comparator (analog) functionality check CASE 7: window comparator (digital) functionality check |
> |100| ≥ 20 > 4.75 < 4.25 > 4.5 ≥ 140 failed failed |
[mV] [V] [V] [V] [°C] |
CASE 1 to 4: Battery CAN communication CMC-01 error memory status flag CASE 5 to 7: BECM mode Battery CAN communication CMC-01 error memory status flag |
active valid = INIT active valid |
|
CASE 1 : 1 [sec] continous CASE 2: 600 [ms] continous CASE 3: 500 [ms] continous CASE 4: 5.5 [sec] continous CASE 5: 1.5 [sec] once/DCY CASE 6: 500 [ms] once/DCY CASE 7: 500 [ms] once/DCY |
0 DCY |
| CMC-01: Configuration |
P0DAC - Hybrid/EV Battery Cell Balancing Circuit "A" |
data integrity check |
checksum error |
detected |
|
Battery CAN communication CMC-01 error memory status flag |
active valid |
|
600 [ms] continuous |
0 DCY |
| CMC-01: Alarm Signaling |
P0DAC - Hybrid/EV Battery Cell Balancing Circuit "A" |
internal hardware check |
CASE 1: main processor daisy chain output battery monitoring chip alarm line readback CASE 2: alarm input pin and out pin high state threshold alarm input pin and out pin low state threshold |
< 2 > 2 > 3.75 < 2.25 |
[V] [V] [V] [V] |
Battery CAN communication CMC-01 error memory status flag |
active valid |
|
CASE 1: 550 [ms] continuous CASE 2: 1 [sec] continuous |
0 DCY |
| CMC-01: Internal Memory |
P0DAC - Hybrid/EV Battery Cell Balancing Circuit "A" |
RAM/ROM check |
read/write-check in RAM OR ROM checksum error OR Flash memory error correction code error |
5 errors detected during driving cycle 5 errors detected during driving cycle 5 errors detected during driving cycle |
|
Battery CAN communication CMC-01 error memory status flag |
active valid |
|
500 [ms] continuous |
0 DCY |
| CMC-01: Power Supply |
P0DAC - Hybrid/EV Battery Cell Balancing Circuit "A" |
out of range |
battery monitoring chip power supply voltage OR battery monitoring chip reference voltage |
< 16 OR > 58.5 < 2.4 |
[V] [V] [V] |
Battery CAN communication CMC-01 error memory status flag |
active valid |
|
1 [sec] continuous |
0 DCY |
| P0DAC - Hybrid/EV Battery Cell Balancing Circuit "A" |
|
|
OR > 2.6 |
[V] |
|
|
|
|
|
| CMC-02: Battery Monitoring Chip |
P0DB0 - Hybrid/EV Battery Cell Balancing Circuit "B" |
internal hardware check |
CASE 1: difference between cell voltage measured by battery monitoring chip and cell voltage measured by main processor CASE 2: failed communication attempts between main processor and battery monitoring chip CASE 3: battery monitoring chip internal reference voltage CASE 4: difference between sampled values of auxiliary ADC-inputs with and without internal pullup resistors activated CASE 5: battery monitoring chip internal temperature CASE 6: window comparator (analog) functionality check CASE 7: window comparator (digital) functionality check |
> |100| ≥ 20 > 4.75 < 4.25 > 4.5 ≥ 140 failed failed |
[mV] [V] [V] [V] [°C] |
CASE 1 to 4: Battery CAN communication CMC-02 error memory status flag CASE 5 to 7: BECM mode Battery CAN communication CMC-02 error memory status flag |
active valid = INIT active valid |
|
CASE 1 : 1 [sec] continous CASE 2: 600 [ms] continous CASE 3: 500 [ms] continous CASE 4: 5.5 [sec] continous CASE 5: 1.5 [sec] once/DCY CASE 6: 500 [ms] once/DCY CASE 7: 500 [ms] once/DCY |
0 DCY |
| CMC-02: Configuration |
P0DB0 - Hybrid/EV Battery Cell Balancing Circuit "B" |
data integrity check |
checksum error |
detected |
|
Battery CAN communication CMC-02 error memory status flag |
active valid |
|
600 [ms] continuous |
0 DCY |
| CMC-02: Alarm Signaling |
P0DB0 - Hybrid/EV Battery Cell Balancing Circuit "B" |
internal hardware check |
CASE 1: main processor daisy chain output battery monitoring chip alarm line readback CASE 2: alarm input pin and out pin high state threshold alarm input pin and out pin low state threshold |
< 2 > 2 > 3.75 < 2.25 |
[V] [V] [V] [V] |
Battery CAN communication CMC-02 error memory status flag |
active valid |
|
CASE 1: 550 [ms] continuous CASE 2: 1 [sec] continuous |
0 DCY |
| CMC-02: Internal Memory |
P0DB0 - Hybrid/EV Battery Cell Balancing Circuit "B" |
RAM/ROM check |
read/write-check in RAM OR ROM checksum error OR Flash memory error correction code error |
5 errors detected during driving cycle 5 errors detected during driving cycle 5 errors detected during driving cycle |
|
Battery CAN communication CMC-01 error memory status flag |
active valid |
|
500 [ms] continuous |
0 DCY |
| CMC-02: Power Supply |
P0DB0 - Hybrid/EV Battery Cell Balancing Circuit "B" |
out of range |
battery monitoring chip power supply voltage OR battery monitoring chip reference voltage |
< 16 OR > 58.5 < 2.4 OR > 2.6 |
[V] [V] [V] [V] |
Battery CAN communication CMC-02 error memory status flag |
active valid |
|
1 [sec] continuous |
0 DCY |
| CMC-03: Battery Monitoring Chip |
P0DB4 - Hybrid/EV Battery Cell Balancing Circuit "C" |
internal hardware check |
CASE 1: difference between cell voltage measured by battery monitoring chip and cell voltage measured by main processor CASE 2: failed communication attempts between main processor and battery monitoring chip CASE 3: battery monitoring chip internal reference voltage CASE 4: difference between sampled values of auxiliary ADC-inputs with and without internal pullup resistors activated CASE 5: battery monitoring chip internal temperature CASE 6: window comparator (analog) functionality check CASE 7: window comparator (digital) functionality check |
> |100| ≥ 20 > 4.75 < 4.25 > 4.5 ≥ 140 failed failed |
[mV] [V] [V] [V] [°C] |
CASE 1 to 4: Battery CAN communication CMC-03 error memory status flag CASE 5 to 7: BECM mode Battery CAN communication CMC-03 error memory status flag |
active valid = INIT active valid |
|
CASE 1 : 1 [sec] continous CASE 2: 600 [ms] continous CASE 3: 500 [ms] continous CASE 4: 5.5 [sec] continous CASE 5: 1.5 [sec] once/DCY CASE 6: 500 [ms] once/DCY CASE 7: 500 [ms] once/DCY |
0 DCY |
| CMC-03: Configuration |
P0DB4 - Hybrid/EV Battery Cell Balancing Circuit "C" |
data integrity check |
checksum error |
detected |
|
Battery CAN communication CMC-03 error memory status flag |
active valid |
|
600 [ms] continuous |
0 DCY |
| CMC-03: Alarm Signaling |
P0DB4 - Hybrid/EV Battery Cell Balancing Circuit "C" |
internal hardware check |
CASE 1: main processor daisy chain output battery monitoring chip alarm line readback CASE 2: alarm input pin and out pin high state threshold alarm input pin and out pin low state threshold |
< 2 > 2 > 3.75 < 2.25 |
[V] [V] [V] [V] |
Battery CAN communication CMC-03 error memory status flag |
active valid |
|
CASE 1: 550 [ms] continuous CASE 2: 1 [sec] continuous |
0 DCY |
| CMC-03: Internal Memory |
P0DB4 - Hybrid/EV Battery Cell Balancing Circuit "C" |
RAM/ROM check |
read/write-check in RAM OR ROM checksum error OR Flash memory error correction code error |
5 errors detected during driving cycle 5 errors detected during driving cycle 5 errors detected during driving cycle |
|
Battery CAN communication CMC-01 error memory status flag |
active valid |
|
500 [ms] continuous |
0 DCY |
| CMC-03: Power Supply |
P0DB4 - Hybrid/EV Battery Cell Balancing Circuit "C" |
out of range |
battery monitoring chip power supply voltage OR battery monitoring chip reference voltage |
< 16 OR > 58.5 < 2.4 OR > 2.6 |
[V] [V] [V] [V] |
Battery CAN communication CMC-03 error memory status flag |
active valid |
|
1 [sec] continuous |
0 DCY |
| CMC-04: Battery Monitoring Chip |
P0DB8 - Hybrid/EV Battery Cell Balancing Circuit "D" |
internal hardware check |
CASE 1: difference between cell voltage measured by battery monitoring chip and cell voltage measured by main processor CASE 2: failed communication attempts between main processor and battery monitoring chip CASE 3: battery monitoring chip internal reference voltage CASE 4: difference between sampled values of auxiliary ADC-inputs with and without internal pullup resistors activated CASE 5: battery monitoring chip internal temperature CASE 6: window comparator (analog) functionality check CASE 7: |
> |100| ≥ 20 > 4.75 < 4.25 > 4.5 ≥ 140 failed |
[mV] [V] [V] [V] [°C] |
CASE 1 to 4: Battery CAN communication CMC-04 error memory status flag CASE 5 to 7: BECM mode Battery CAN communication CMC-04 error memory status flag |
active valid = INIT active valid |
|
CASE 1 : 1 [sec] continous CASE 2: 600 [ms] continous CASE 3: 500 [ms] continous CASE 4: 5.5 [sec] continous CASE 5: 1.5 [sec] once/DCY CASE 6: 500 [ms] once/DCY CASE 7: |
0 DCY |
| P0DB8 - Hybrid/EV Battery Cell Balancing Circuit "D" |
|
window comparator (digital) functionality check |
failed |
|
|
|
|
500 [ms] once/DCY |
|
| CMC-04: Configuration |
P0DB8 - Hybrid/EV Battery Cell Balancing Circuit "D" |
data integrity check |
checksum error |
detected |
|
Battery CAN communication CMC-04 error memory status flag |
active valid |
|
600 [ms] continuous |
0 DCY |
| CMC-04: Alarm Signaling |
P0DB8 - Hybrid/EV Battery Cell Balancing Circuit "D" |
internal hardware check |
CASE 1: main processor daisy chain output battery monitoring chip alarm line readback CASE 2: alarm input pin and out pin high state threshold alarm input pin and out pin low state threshold |
< 2 > 2 > 3.75 < 2.25 |
[V] [V] [V] [V] |
Battery CAN communication CMC-04 error memory status flag |
active valid |
|
CASE 1: 550 [ms] continuous CASE 2: 1 [sec] continuous |
0 DCY |
| CMC-04: Internal Memory |
P0DB8 - Hybrid/EV Battery Cell Balancing Circuit "D" |
RAM/ROM check |
read/write-check in RAM OR ROM checksum error OR Flash memory error correction code error |
5 errors detected during driving cycle 5 errors detected during driving cycle 5 errors detected during driving cycle |
|
Battery CAN communication CMC-01 error memory status flag |
active valid |
|
500 [ms] continuous |
0 DCY |
| CMC-04: Power Supply |
P0DB8 - Hybrid/EV Battery Cell Balancing Circuit "D" |
out of range |
battery monitoring chip power supply voltage OR battery monitoring chip reference voltage |
< 16 OR > 58.5 < 2.4 OR > 2.6 |
[V] [V] [V] [V] |
Battery CAN communication CMC-04 error memory status flag |
active valid |
|
1 [sec] continuous |
0 DCY |
| CMC-05: Battery Monitoring Chip |
P0DBC - Hybrid/EV Battery Cell Balancing Circuit "E" |
internal hardware check |
CASE 1: difference between cell voltage measured by battery monitoring chip and cell voltage measured by main processor CASE 2: failed communication attempts between main processor and battery monitoring chip CASE 3: battery monitoring chip internal reference voltage CASE 4: difference between sampled values of auxiliary ADC-inputs with and without internal pullup resistors activated CASE 5: battery monitoring chip internal temperature CASE 6: window comparator (analog) functionality check CASE 7: window comparator (digital) functionality check |
> |100| ≥ 20 > 4.75 < 4.25 > 4.5 ≥ 140 failed failed |
[mV] [V] [V] [V] [°C] |
CASE 1 to 4: Battery CAN communication CMC-05 error memory status flag CASE 5 to 7: BECM mode Battery CAN communication CMC-05 error memory status flag |
active valid = INIT active valid |
|
CASE 1 : 1 [sec] continous CASE 2: 600 [ms] continous CASE 3: 500 [ms] continous CASE 4: 5.5 [sec] continous CASE 5: 1.5 [sec] once/DCY CASE 6: 500 [ms] once/DCY CASE 7: 500 [ms] once/DCY |
0 DCY |
| CMC-05: Configuration |
P0DBC - Hybrid/EV Battery Cell Balancing Circuit "E" |
data integrity check |
checksum error |
detected |
|
Battery CAN communication CMC-05 error memory status flag |
active valid |
|
600 [ms] continuous |
0 DCY |
| CMC-05: Alarm Signaling |
P0DBC - Hybrid/EV Battery Cell Balancing Circuit "E" |
internal hardware check |
CASE 1: main processor daisy chain output battery monitoring chip alarm line readback CASE 2: alarm input pin and out pin high state threshold alarm input pin and out pin low state threshold |
< 2 > 2 > 3.75 < 2.25 |
[V] [V] [V] [V] |
Battery CAN communication CMC-05 error memory status flag |
active valid |
|
CASE 1: 550 [ms] continuous CASE 2: 1 [sec] continuous |
0 DCY |
| CMC-05: Internal Memory |
P0DBC - Hybrid/EV Battery Cell Balancing Circuit "E" |
RAM/ROM check |
read/write-check in RAM OR ROM checksum error OR Flash memory error correction code error |
5 errors detected during driving cycle 5 errors detected during driving cycle 5 errors detected during driving cycle |
|
Battery CAN communication CMC-01 error memory status flag |
active valid |
|
500 [ms] continuous |
0 DCY |
| CMC-05: Power Supply |
P0DBC - Hybrid/EV Battery Cell Balancing Circuit "E" |
out of range |
battery monitoring chip power supply voltage OR battery monitoring chip reference voltage |
< 16 OR > 58.5 < 2.4 OR > 2.6 |
[V] [V] [V] [V] |
Battery CAN communication CMC-05 error memory status flag |
active valid |
|
1 [sec] continuous |
0 DCY |
| CMC-06: Battery Monitoring Chip |
P0DC0 - Hybrid/EV Battery Cell Balancing Circuit "F" |
internal hardware check |
CASE 1: difference between cell voltage measured by battery monitoring chip and cell voltage measured by main processor CASE 2: failed communication attempts between main processor and battery monitoring chip CASE 3: battery monitoring chip internal reference voltage CASE 4: difference between sampled values of auxiliary ADC-inputs with and without internal pullup resistors activated CASE 5: battery monitoring chip internal temperature CASE 6: window comparator (analog) functionality check CASE 7: window comparator (digital) functionality check |
> |100| ≥ 20 > 4.75 < 4.25 > 4.5 ≥ 140 failed failed |
[mV] [V] [V] [V] [°C] |
CASE 1 to 4: Battery CAN communication CMC-06 error memory status flag CASE 5 to 7: BECM mode Battery CAN communication CMC-06 error memory status flag |
active valid = INIT active valid |
|
CASE 1 : 1 [sec] continous CASE 2: 600 [ms] continous CASE 3: 500 [ms] continous CASE 4: 5.5 [sec] continous CASE 5: 1.5 [sec] once/DCY CASE 6: 500 [ms] once/DCY CASE 7: 500 [ms] once/DCY |
0 DCY |
| CMC-06: Configuration |
P0DC0 - Hybrid/EV Battery Cell Balancing Circuit "F" |
data integrity check |
checksum error |
detected |
|
Battery CAN communication CMC-06 error memory status flag |
active valid |
|
600 [ms] continuous |
0 DCY |
| CMC-06: Alarm Signaling |
P0DC0 - Hybrid/EV Battery Cell Balancing Circuit "F" |
internal hardware check |
CASE 1: main processor daisy chain output battery monitoring chip alarm line readback CASE 2: alarm input pin and out pin high state threshold alarm input pin and out pin low state threshold |
< 2 > 2 > 3.75 < 2.25 |
[V] [V] [V] [V] |
Battery CAN communication CMC-06 error memory status flag |
active valid |
|
CASE 1: 550 [ms] continuous CASE 2: 1 [sec] continuous |
0 DCY |
| CMC-06: Internal Memory |
P0DC0 - Hybrid/EV Battery Cell Balancing Circuit "F" |
RAM/ROM check |
read/write-check in RAM OR ROM checksum error OR Flash memory error correction code error |
5 errors detected during driving cycle 5 errors detected during driving cycle 5 errors detected during driving cycle |
|
Battery CAN communication CMC-01 error memory status flag |
active valid |
|
500 [ms] continuous |
0 DCY |
| CMC-06: Power Supply |
P0DC0 - Hybrid/EV Battery Cell Balancing Circuit "F" |
out of range |
battery monitoring chip power supply voltage OR battery monitoring chip reference voltage |
< 16 OR > 58.5 < 2.4 OR > 2.6 |
[V] [V] [V] [V] |
Battery CAN communication CMC-06 error memory status flag |
active valid |
|
1 [sec] continuous |
0 DCY |
| CMC-07: Battery Monitoring Chip |
P0DC4 - Hybrid/EV Battery Cell Balancing Circuit "G" |
internal hardware check |
CASE 1: difference between cell voltage measured by battery monitoring chip and cell voltage measured by main processor |
> |100| |
[mV] |
CASE 1 to 4: Battery CAN communication |
active |
|
CASE 1 : 1 [sec] continous |
0 DCY |
| P0DC4 - Hybrid/EV Battery Cell Balancing Circuit "G" |
|
CASE 2: failed communication attempts between main processor and battery monitoring chip CASE 3: battery monitoring chip internal reference voltage CASE 4: difference between sampled values of auxiliary ADC-inputs with and without internal pullup resistors activated CASE 5: battery monitoring chip internal temperature CASE 6: window comparator (analog) functionality check CASE 7: window comparator (digital) functionality check |
≥ 20 > 4.75 < 4.25 > 4.5 ≥ 140 failed failed |
[V] [V] [V] [°C] |
CMC-07 error memory status flag CASE 5 to 7: BECM mode Battery CAN communication CMC-07 error memory status flag |
valid = INIT active valid |
|
CASE 2: 600 [ms] continous CASE 3: 500 [ms] continous CASE 4: 5.5 [sec] continous CASE 5: 1.5 [sec] once/DCY CASE 6: 500 [ms] once/DCY CASE 7: 500 [ms] once/DCY |
|
| CMC-07: Configuration |
P0DC4 - Hybrid/EV Battery Cell Balancing Circuit "G" |
data integrity check |
checksum error |
detected |
|
Battery CAN communication CMC-07 error memory status flag |
active valid |
|
600 [ms] continuous |
0 DCY |
| CMC-07: Alarm Signaling |
P0DC4 - Hybrid/EV Battery Cell Balancing Circuit "G" |
internal hardware check |
CASE 1: main processor daisy chain output battery monitoring chip alarm line readback CASE 2: alarm input pin and out pin high state threshold alarm input pin and out pin low state threshold |
< 2 > 2 > 3.75 < 2.25 |
[V] [V] [V] [V] |
Battery CAN communication CMC-07 error memory status flag |
active valid |
|
CASE 1: 550 [ms] continuous CASE 2: 1 [sec] continuous |
0 DCY |
| CMC-07: Internal Memory |
P0DC4 - Hybrid/EV Battery Cell Balancing Circuit "G" |
RAM/ROM check |
read/write-check in RAM OR ROM checksum error OR Flash memory error correction code error |
5 errors detected during driving cycle 5 errors detected during driving cycle 5 errors detected during driving cycle |
|
Battery CAN communication CMC-01 error memory status flag |
active valid |
|
500 [ms] continuous |
0 DCY |
| CMC-07: Power Supply |
P0DC4 - Hybrid/EV Battery Cell Balancing Circuit "G" |
out of range |
battery monitoring chip power supply voltage OR battery monitoring chip reference voltage |
< 16 OR > 58.5 < 2.4 OR > 2.6 |
[V] [V] [V] [V] |
Battery CAN communication CMC-07 error memory status flag |
active valid |
|
1 [sec] continuous |
0 DCY |
| CMC-08: Battery Monitoring Chip |
P0DC8 - Hybrid/EV Battery Cell Balancing Circuit "H" |
internal hardware check |
CASE 1: difference between cell voltage measured by battery monitoring chip and cell voltage measured by main processor CASE 2: failed communication attempts between main processor and battery monitoring chip CASE 3: battery monitoring chip internal reference voltage CASE 4: difference between sampled values of auxiliary ADC-inputs with and without internal pullup resistors activated CASE 5: battery monitoring chip internal temperature CASE 6: window comparator (analog) functionality check CASE 7: window comparator (digital) functionality check |
> |100| ≥ 20 > 4.75 < 4.25 > 4.5 ≥ 140 failed failed |
[mV] [V] [V] [V] [°C] |
CASE 1 to 4: Battery CAN communication CMC-08 error memory status flag CASE 5 to 7: BECM mode Battery CAN communication CMC-08 error memory status flag |
active valid = INIT active valid |
|
CASE 1 : 1 [sec] continous CASE 2: 600 [ms] continous CASE 3: 500 [ms] continous CASE 4: 5.5 [sec] continous CASE 5: 1.5 [sec] once/DCY CASE 6: 500 [ms] once/DCY CASE 7: 500 [ms] once/DCY |
0 DCY |
| CMC-08: Configuration |
P0DC8 - Hybrid/EV Battery Cell Balancing Circuit "H" |
data integrity check |
checksum error |
detected |
|
Battery CAN communication CMC-08 error memory status flag |
active valid |
|
600 [ms] continuous |
0 DCY |
| CMC-08: Alarm Signaling |
P0DC8 - Hybrid/EV Battery Cell Balancing Circuit "H" |
internal hardware check |
CASE 1: main processor daisy chain output battery monitoring chip alarm line readback CASE 2: alarm input pin and out pin high state threshold alarm input pin and out pin low state threshold |
< 2 > 2 > 3.75 < 2.25 |
[V] [V] [V] [V] |
Battery CAN communication CMC-08 error memory status flag |
active valid |
|
CASE 1: 550 [ms] continuous CASE 2: 1 [sec] continuous |
0 DCY |
| CMC-08: Internal Memory |
P0DC8 - Hybrid/EV Battery Cell Balancing Circuit "H" |
RAM/ROM check |
read/write-check in RAM OR ROM checksum error OR Flash memory error correction code error |
5 errors detected during driving cycle 5 errors detected during driving cycle 5 errors detected during driving cycle |
|
Battery CAN communication CMC-01 error memory status flag |
active valid |
|
500 [ms] continuous |
0 DCY |
| CMC-08: Power Supply |
P0DC8 - Hybrid/EV Battery Cell Balancing Circuit "H" |
out of range |
battery monitoring chip power supply voltage OR battery monitoring chip reference voltage |
< 16 OR > 58.5 < 2.4 OR > 2.6 |
[V] [V] [V] [V] |
Battery CAN communication CMC-08 error memory status flag |
active valid |
|
1 [sec] continuous |
0 DCY |
| Hybrid/EV Battery Temperature Sensor "A" (CMC-01) |
P0A9D - Hybrid/EV Battery Temperature Sensor "A" Circuit Low |
circuit low (temperature high) |
CASE 1: short to ground measured cell temperature (internal OR external sensor) CASE 2: out of range high measured cell temperature (internal OR external sensor) |
> 120 > 86 ≤ 120 |
[°C] [°C] [°C] |
CASE 1 & 2: Battery CAN communication CMC-01 error memory status flag |
active valid |
|
CASE 1 & 2: 5.5 [sec] continuous |
0 DCY |
| P0A9E - Hybrid/EV Battery Temperature Sensor "A" Circuit High |
circuit high (temperature low) |
measured cell temperature (internal OR external sensor) |
< -40 |
[°C] |
Battery CAN communication CMC-01 error memory status flag |
active valid |
|
5.5 [sec] continuous |
0 DCY |
| P0A9C - Hybrid/EV Battery Temperature Sensor "A" Circuit Range/Performance |
circuit range/performance (temperature rationality check high) |
difference between cell internal temperature of CMC-01 and median value of all cell temperatures |
≥ 8...15 |
[°C] |
HV off time calculations status HV off time (BECM mode BECM mode BECM mode BECM mode BECM mode) |
time calculated ≥ 360...720 = EMERGENCY_OFF OR = HV_OFF OR = INIT OR = LOCAL_ACTIVE OR = RUN_ON |
[min] |
2.7 [sec] continuous |
2 DCY |
| P0A9C - Hybrid/EV Battery Temperature Sensor "A" Circuit Range/Performance |
circuit range/performance (temperature rationality check low) |
difference between cell internal temperature of CMC-01 and median value of all cell temperatures |
≤ -8...-15 |
[°C] |
HV off time calculations status HV off time (BECM mode BECM mode BECM mode BECM mode |
time calculated ≥ 360...720 = EMERGENCY_OFF OR = HV_OFF OR = INIT OR = LOCAL_ACTIVE OR |
[min] |
2.7 [sec] continuous |
2 DCY |
| P0A9C - Hybrid/EV Battery Temperature Sensor "A" Circuit Range/Performance |
|
|
|
|
BECM mode) |
= RUN_ON |
|
|
|
| Hybrid/EV Battery Temperature Sensor "B" (CMC-02) |
P0AC7 - Hybrid/EV Battery Temperature Sensor "B" Circuit Low |
circuit low (temperature high) |
CASE 1: short to ground measured cell temperature (internal OR external sensor) CASE 2: out of range high measured cell temperature (internal OR external sensor) |
> 120 > 86 ≤ 120 |
[°C] [°C] [°C] |
CASE 1 & 2: Battery CAN communication CMC-02 error memory status flag |
active valid |
|
CASE 1 & 2: 5.5 [sec] continuous |
0 DCY |
| P0AC8 - Hybrid/EV Battery Temperature Sensor "B" Circuit High |
circuit high (temperature low) |
measured cell temperature (internal OR external sensor) |
< -40 |
[°C] |
Battery CAN communication CMC-02 error memory status flag |
active valid |
|
5.5 [sec] continuous |
0 DCY |
| P0AC6 - Hybrid/EV Battery Temperature Sensor "B" Circuit Range/Performance |
circuit range/performance (temperature rationality check high) |
difference between cell internal temperature of CMC-02 and median value of all cell temperatures |
≥ 8...15 |
[°C] |
HV off time calculations status HV off time (BECM mode BECM mode BECM mode BECM mode BECM mode) |
time calculated ≥ 360...720 = EMERGENCY_OFF OR = HV_OFF OR = INIT OR = LOCAL_ACTIVE OR = RUN_ON |
[min] |
2.7 [sec] continuous |
2 DCY |
| P0AC6 - Hybrid/EV Battery Temperature Sensor "B" Circuit Range/Performance |
circuit range/performance (temperature rationality check low) |
difference between cell internal temperature of CMC-02 and median value of all cell temperatures |
≤ -8...-15 |
[°C] |
HV off time calculations status HV off time (BECM mode BECM mode BECM mode BECM mode BECM mode) |
time calculated ≥ 360...720 = EMERGENCY_OFF OR = HV_OFF OR = INIT OR = LOCAL_ACTIVE OR = RUN_ON |
[min] |
2.7 [sec] continuous |
2 DCY |
| Hybrid/EV Battery Temperature Sensor "C" (CMC-03) |
P0ACC - Hybrid/EV Battery Temperature Sensor "C" Circuit Low |
circuit low (temperature high) |
CASE 1: short to ground measured cell temperature (internal OR external sensor) CASE 2: out of range high measured cell temperature (internal OR external sensor) |
> 120 > 86 ≤ 120 |
[°C] [°C] [°C] |
CASE 1 & 2: Battery CAN communication CMC-03 error memory status flag |
active valid |
|
CASE 1 & 2: 5.5 [sec] continuous |
0 DCY |
| P0ACD - Hybrid/EV Battery Temperature Sensor "C" Circuit High |
circuit high (temperature low) |
measured cell temperature (internal OR external sensor) |
< -40 |
[°C] |
Battery CAN communication CMC-03 error memory status flag |
active valid |
|
5.5 [sec] continuous |
0 DCY |
| P0ACB - Hybrid/EV Battery Temperature Sensor "C" Circuit Range/Performance |
circuit range/performance (temperature rationality check high) |
difference between cell internal temperature of CMC-03 and median value of all cell temperatures |
≥ 8...15 |
[°C] |
HV off time calculations status HV off time (BECM mode BECM mode BECM mode BECM mode BECM mode) |
time calculated ≥ 360...720 = EMERGENCY_OFF OR = HV_OFF OR = INIT OR = LOCAL_ACTIVE OR = RUN_ON |
[min] |
2.7 [sec] continuous |
2 DCY |
| P0ACB - Hybrid/EV Battery Temperature Sensor "C" Circuit Range/Performance |
circuit range/performance (temperature rationality check low) |
difference between cell internal temperature of CMC-03 and median value of all cell temperatures |
≤ -8...-15 |
[°C] |
HV off time calculations status HV off time (BECM mode BECM mode BECM mode BECM mode BECM mode) |
time calculated ≥ 360...720 = EMERGENCY_OFF OR = HV_OFF OR = INIT OR = LOCAL_ACTIVE OR = RUN_ON |
[min] |
2.7 [sec] continuous |
2 DCY |
| Hybrid/EV Battery Temperature Sensor "D" (CMC-04) |
P0AEA - Hybrid/EV Battery Temperature Sensor "D" Circuit Low |
circuit low (temperature high) |
CASE 1: short to ground measured cell temperature (internal OR external sensor) CASE 2: out of range high measured cell temperature (internal OR external sensor) |
> 120 > 86 ≤ 120 |
[°C] [°C] [°C] |
CASE 1 & 2: Battery CAN communication CMC-04 error memory status flag |
active valid |
|
CASE 1 & 2: 5.5 [sec] continuous |
0 DCY |
| P0AEB - Hybrid/EV Battery Temperature Sensor "D" Circuit High |
circuit high (temperature low) |
measured cell temperature (internal OR external sensor) |
< -40 |
[°C] |
Battery CAN communication CMC-04 error memory status flag |
active valid |
|
5.5 [sec] continuous |
0 DCY |
| P0AE9 - Hybrid/EV Battery Temperature Sensor "D" Circuit Range/Performance |
circuit range/performance (temperature rationality check high) |
difference between cell internal temperature of CMC-04 and median value of all cell temperatures |
≥ 8...15 |
[°C] |
HV off time calculations status HV off time (BECM mode BECM mode BECM mode BECM mode BECM mode) |
time calculated ≥ 360...720 = EMERGENCY_OFF OR = HV_OFF OR = INIT OR = LOCAL_ACTIVE OR = RUN_ON |
[min] |
2.7 [sec] continuous |
2 DCY |
| P0AE9 - Hybrid/EV Battery Temperature Sensor "D" Circuit Range/Performance |
circuit range/performance (temperature rationality check low) |
difference between cell internal temperature of CMC-04 and median value of all cell temperatures |
≤ -8...-15 |
[°C] |
HV off time calculations status HV off time (BECM mode BECM mode BECM mode BECM mode BECM mode) |
time calculated ≥ 360...720 = EMERGENCY_OFF OR = HV_OFF OR = INIT OR = LOCAL_ACTIVE OR = RUN_ON |
[min] |
2.7 [sec] continuous |
2 DCY |
| Hybrid/EV Battery Temperature Sensor "E" (CMC-05) |
P0BC4 - Hybrid/EV Battery Temperature Sensor "E" Circuit Low |
circuit low (temperature high) |
CASE 1: short to ground measured cell temperature (internal OR external sensor) CASE 2: out of range high measured cell temperature (internal OR external sensor) |
> 120 > 86 ≤ 120 |
[°C] [°C] [°C] |
CASE 1 & 2: Battery CAN communication CMC-05 error memory status flag |
active valid |
|
CASE 1 & 2: 5.5 [sec] continuous |
0 DCY |
| P0BC5 - Hybrid/EV Battery Temperature Sensor "E" Circuit High |
circuit high (temperature low) |
measured cell temperature (internal OR external sensor) |
< -40 |
[°C] |
Battery CAN communication CMC-05 error memory status flag |
active valid |
|
5.5 [sec] continuous |
0 DCY |
| P0BC3 - Hybrid/EV Battery Temperature Sensor "E" Circuit Range/Performance |
circuit range/performance (temperature rationality check high) |
difference between cell internal temperature of CMC-05 and median value of all cell temperatures |
≥ 8...15 |
[°C] |
HV off time calculations status HV off time (BECM mode BECM mode BECM mode BECM mode BECM mode) |
time calculated ≥ 360...720 = EMERGENCY_OFF OR = HV_OFF OR = INIT OR = LOCAL_ACTIVE OR = RUN_ON |
[min] |
2.7 [sec] continuous |
2 DCY |
| P0BC3 - Hybrid/EV Battery Temperature Sensor "E" Circuit Range/Performance |
circuit range/performance (temperature rationality check low) |
difference between cell internal temperature of CMC-05 and median value of all cell temperatures |
≤ -8...-15 |
[°C] |
HV off time calculations status HV off time (BECM mode BECM mode BECM mode BECM mode BECM mode) |
time calculated ≥ 360...720 = EMERGENCY_OFF OR = HV_OFF OR = INIT OR = LOCAL_ACTIVE OR = RUN_ON |
[min] |
2.7 [sec] continuous |
2 DCY |
| Hybrid/EV Battery Temperature Sensor "F" (CMC-06) |
P0C35 - Hybrid/EV Battery Temperature Sensor "F" Circuit Low |
circuit low (temperature high) |
CASE 1: short to ground measured cell temperature (internal OR external sensor) CASE 2: out of range high measured cell temperature (internal OR external sensor) |
> 120 > 86 ≤ 120 |
[°C] [°C] [°C] |
CASE 1 & 2: Battery CAN communication CMC-06 error memory status flag |
active valid |
|
CASE 1 & 2: 5.5 [sec] continuous |
0 DCY |
| P0C36 - Hybrid/EV Battery Temperature Sensor "F" Circuit High |
circuit high (temperature low) |
measured cell temperature (internal OR external sensor) |
< -40 |
[°C] |
Battery CAN communication CMC-06 error memory status flag |
active valid |
|
5.5 [sec] continuous |
0 DCY |
| P0C34 - Hybrid/EV Battery Temperature Sensor "F" Circuit Range/Performance |
circuit range/performance (temperature rationality check high) |
difference between cell internal temperature of CMC-06 and median value of all cell temperatures |
≥ 8...15 |
[°C] |
HV off time calculations status HV off time (BECM mode BECM mode BECM mode BECM mode BECM mode) |
time calculated ≥ 360...720 = EMERGENCY_OFF OR = HV_OFF OR = INIT OR = LOCAL_ACTIVE OR = RUN_ON |
[min] |
2.7 [sec] continuous |
2 DCY |
| P0C34 - Hybrid/EV Battery Temperature Sensor "F" Circuit Range/Performance |
circuit range/performance (temperature rationality check low) |
difference between cell internal temperature of CMC-06 and median value of all cell temperatures |
≤ -8...-15 |
[°C] |
HV off time calculations status HV off time (BECM mode BECM mode BECM mode BECM mode BECM mode) |
time calculated ≥ 360...720 = EMERGENCY_OFF OR = HV_OFF OR = INIT OR = LOCAL_ACTIVE OR = RUN_ON |
[min] |
2.7 [sec] continuous |
2 DCY |
| Hybrid/EV Battery Temperature Sensor "G" (CMC-07) |
P0C7E - Hybrid/EV Battery Temperature Sensor "G" Circuit Low |
circuit low (temperature high) |
CASE 1: short to ground measured cell temperature (internal OR external sensor) CASE 2: out of range high measured cell temperature (internal OR external sensor) |
> 120 > 86 ≤ 120 |
[°C] [°C] [°C] |
CASE 1 & 2: Battery CAN communication CMC-07 error memory status flag |
active valid |
|
CASE 1 & 2: 5.5 [sec] continuous |
0 DCY |
| P0C7F - Hybrid/EV Battery Temperature Sensor "G" Circuit High |
circuit high (temperature low) |
measured cell temperature (internal OR external sensor) |
< -40 |
[°C] |
Battery CAN communication CMC-07 error memory status flag |
active valid |
|
5.5 [sec] continuous |
0 DCY |
| P0C7D - Hybrid/EV Battery Temperature Sensor "G" Circuit Range/Performance |
circuit range/performance (temperature rationality check high) |
difference between cell internal temperature of CMC-07 and median value of all cell temperatures |
≥ 8...15 |
[°C] |
HV off time calculations status HV off time (BECM mode BECM mode BECM mode BECM mode BECM mode) |
time calculated ≥ 360...720 = EMERGENCY_OFF OR = HV_OFF OR = INIT OR = LOCAL_ACTIVE OR = RUN_ON |
[min] |
2.7 [sec] continuous |
2 DCY |
| P0C7D - Hybrid/EV Battery Temperature Sensor "G" Circuit Range/Performance |
circuit range/performance (temperature rationality check low) |
difference between cell internal temperature of CMC-07 and median value of all cell temperatures |
≤ -8...-15 |
[°C] |
HV off time calculations status HV off time (BECM mode BECM mode BECM mode BECM mode BECM mode) |
time calculated ≥ 360...720 = EMERGENCY_OFF OR = HV_OFF OR = INIT OR = LOCAL_ACTIVE OR = RUN_ON |
[min] |
2.7 [sec] continuous |
2 DCY |
| Hybrid/EV Battery Temperature Sensor "H" (CMC-08) |
P0C83 - Hybrid/EV Battery Temperature Sensor "H" Circuit Low |
circuit low (temperature high) |
CASE 1: short to ground measured cell temperature (internal OR external sensor) CASE 2: out of range high measured cell temperature (internal OR external sensor) |
> 120 > 86 ≤ 120 |
[°C] [°C] [°C] |
CASE 1 & 2: Battery CAN communication CMC-08 error memory status flag |
active valid |
|
CASE 1 & 2: 5.5 [sec] continuous |
0 DCY |
| P0C84 - Hybrid/EV Battery Temperature Sensor "H" Circuit High |
circuit high (temperature low) |
measured cell temperature (internal OR external sensor) |
< -40 |
[°C] |
Battery CAN communication CMC-08 error memory status flag |
active valid |
|
5.5 [sec] continuous |
0 DCY |
| P0C82 - Hybrid/EV Battery Temperature Sensor "H" Circuit Range/Performance |
circuit range/performance (temperature rationality check high) |
difference between cell internal temperature of CMC-08 and median value of all cell temperatures |
≥ 8...15 |
[°C] |
HV off time calculations status HV off time (BECM mode BECM mode BECM mode BECM mode BECM mode) |
time calculated ≥ 360...720 = EMERGENCY_OFF OR = HV_OFF OR = INIT OR = LOCAL_ACTIVE OR = RUN_ON |
[min] |
2.7 [sec] continuous |
2 DCY |
| P0C82 - Hybrid/EV Battery Temperature Sensor "H" Circuit Range/Performance |
circuit range/performance (temperature rationality check low) |
difference between cell internal temperature of CMC-08 and median value of all cell temperatures |
≤ -8...-15 |
[°C] |
HV off time calculations status HV off time (BECM mode BECM mode BECM mode BECM mode BECM mode) |
time calculated ≥ 360...720 = EMERGENCY_OFF OR = HV_OFF OR = INIT OR = LOCAL_ACTIVE OR = RUN_ON |
[min] |
2.7 [sec] continuous |
2 DCY |
| Hybrid/EV Battery Voltage Sense "A" (CMC-01) |
P0B3E - Hybrid/EV Battery Voltage Sense "A" Circuit High |
circuit high |
CASE 1: short to battery any measured cell voltage in CMC-01 OR module voltage CASE 2: out of range high any measured cell voltage in CMC-01 OR module voltage |
> 4.95 > 65 > 4.5 ≤ 4.95 > 58.5 ≤ 65 |
[V] [V] [V] [V] [V] [V] |
CASE 1 & 2: Battery CAN communication CMC-01 error memory status flag |
active valid |
|
CASE 1 & 2: 1.1 [sec] continuous |
0 DCY |
| P0B3D - Hybrid/EV Battery Voltage Sense "A" Circuit Low |
circuit low |
CASE 1: short to ground any measured cell voltage in CMC-01 OR module voltage CASE 2: out of range low any measured cell voltage in CMC-01 OR module voltage |
< 0.1 < 8 < 1 ≥ 0.1 < 16 ≥ 8 |
[V] [V] [V] [V] [V] [V] |
CASE 1 & 2: Battery CAN communication CMC-01 error memory status flag |
active valid |
|
CASE 1 & 2: 1.1 [sec] continuous |
0 DCY |
| Hybrid/EV Battery Voltage Sense "A" (CMC-01) |
P0B3B - Hybrid/EV Battery Voltage Sense "A" Circuit |
open circuit |
deviation between CMC-01 cell voltages with even and odd cell-balancing resistors activated |
> |152| |
[mV] |
Battery CAN communication CMC-01 error memory status flag |
active valid |
|
1.1 [sec] continuous |
0 DCY |
| Hybrid/EV Battery Voltage Sensor "A" (CMC-01) |
P0B3C - Hybrid/EV Battery Voltage Sense "A" Circuit Range/Performance |
circuit range/performance (rationality check high) |
difference between sum of all cell voltages in CMC-01 and ASIC voltage of CMC-01 OR difference between any cell voltage in CMC-01 and mean value (ASIC voltage of CMC-01 divided by number of cells in CMC-01) Application Specific Integrated Circuit |
> 1 > 1 |
[V] [V] |
BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON |
|
500 [ms] continuous |
2 DCY |
| P0B3C - Hybrid/EV Battery Voltage Sense "A" Circuit Range/Performance |
circuit range/performance (rationality check low) |
difference between sum of all cell voltages in CMC-01 and ASIC voltage of CMC-01 OR difference between any cell voltage in CMC-01 and mean value (ASIC voltage of CMC-01 divided by number of cells in CMC-01) |
< -1 < -1 |
[V] [V] |
BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON |
|
500 [ms] continuous |
2 DCY |
| Hybrid/EV Battery Voltage Sense "A" (CMC-02) |
P0B43 - Hybrid/EV Battery Voltage Sense "B" Circuit High |
circuit high |
CASE 1: short to battery any measured cell voltage in CMC-02 OR |
> 4.95 |
[V] |
CASE 1 & 2: Battery CAN communication CMC-02 error memory status flag |
active valid |
|
CASE 1 & 2: 1.1 [sec] continuous |
0 DCY |
| P0B43 - Hybrid/EV Battery Voltage Sense "B" Circuit High |
|
module voltage CASE 2: out of range high any measured cell voltage in CMC-02 OR module voltage |
> 65 > 4.5 ≤ 4.95 > 58.5 ≤ 65 |
[V] [V] [V] [V] [V] |
|
|
|
|
|
| P0B42 - Hybrid/EV Battery Voltage Sense "B" Circuit Low |
circuit low |
CASE 1: short to ground any measured cell voltage in CMC-02 OR module voltage CASE 2: out of range low any measured cell voltage in CMC-02 OR module voltage |
< 0.1 < 8 < 1 ≥ 0.1 < 16 ≥ 8 |
[V] [V] [V] [V] [V] [V] |
CASE 1 & 2: Battery CAN communication CMC-02 error memory status flag |
active valid |
|
CASE 1 & 2: 1.1 [sec] continuous |
0 DCY |
| Hybrid/EV Battery Voltage Sense "A" (CMC-02) |
P0B40 - Hybrid/EV Battery Voltage Sense "B" Circuit |
open circuit |
deviation between CMC-02 cell voltages with even and odd cell-balancing resistors activated |
> |152| |
[mV] |
Battery CAN communication CMC-02 error memory status flag |
active valid |
|
1.1 [sec] continuous |
0 DCY |
| Hybrid/EV Battery Voltage Sensor "B" (CMC-02) |
P0B41 - Hybrid/EV Battery Voltage Sense "B" Circuit Range/Performance |
circuit range/performance (rationality check high) |
difference between sum of all cell voltages in CMC-02 and ASIC voltage of CMC-02 OR difference between any cell voltage in CMC-02 and mean value (ASIC voltage of CMC-02 divided by number of cells in CMC-02) |
> 1 > 1 |
[V] [V] |
BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON |
|
500 [ms] continuous |
2 DCY |
| P0B41 - Hybrid/EV Battery Voltage Sense "B" Circuit Range/Performance |
circuit range/performance (rationality check low) |
difference between sum of all cell voltages in CMC-02 and ASIC voltage of CMC-02 OR difference between any cell voltage in CMC-02 and mean value (ASIC voltage of CMC-02 divided by number of cells in CMC-02) |
< -1 < -1 |
[V] [V] |
BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON |
|
500 [ms] continuous |
2 DCY |
| Hybrid/EV Battery Voltage Sense "A" (CMC-03) |
P0B48 - Hybrid/EV Battery Voltage Sense "C" Circuit High |
circuit high |
CASE 1: short to battery any measured cell voltage in CMC-03 OR module voltage CASE 2: out of range high any measured cell voltage in CMC-03 OR module voltage |
> 4.95 > 65 > 4.5 ≤ 4.95 > 58.5 ≤ 65 |
[V] [V] [V] [V] [V] [V] |
CASE 1 & 2: Battery CAN communication CMC-03 error memory status flag |
active valid |
|
CASE 1 & 2: 1.1 [sec] continuous |
0 DCY |
| P0B47 - Hybrid/EV Battery Voltage Sense "C" Circuit Low |
circuit low |
CASE 1: short to ground any measured cell voltage in CMC-03 OR module voltage CASE 2: out of range low any measured cell voltage in CMC-03 OR module voltage |
< 0.1 < 8 < 1 ≥ 0.1 < 16 ≥ 8 |
[V] [V] [V] [V] [V] [V] |
CASE 1 & 2: Battery CAN communication CMC-03 error memory status flag |
active valid |
|
CASE 1 & 2: 1.1 [sec] continuous |
0 DCY |
| Hybrid/EV Battery Voltage Sense "A" (CMC-03) |
P0B45 - Hybrid/EV Battery Voltage Sense "C" Circuit |
open circuit |
deviation between CMC-03 cell voltages with even and odd cell-balancing resistors activated |
> |152| |
[mV] |
Battery CAN communication CMC-03 error memory status flag |
active valid |
|
1.1 [sec] continuous |
0 DCY |
| Hybrid/EV Battery Voltage Sensor "C" (CMC-03) |
P0B46 - Hybrid/EV Battery Voltage Sense "C" Circuit Range/Performance |
circuit range/performance (rationality check high) |
difference between sum of all cell voltages in CMC-03 and ASIC voltage of CMC-03 OR difference between any cell voltage in CMC-03 and mean value (ASIC voltage of CMC-03 divided by number of cells in CMC-03) |
> 1 > 1 |
[V] [V] |
BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON |
|
500 [ms] continuous |
2 DCY |
| P0B46 - Hybrid/EV Battery Voltage Sense "C" Circuit Range/Performance |
circuit range/performance (rationality check low) |
difference between sum of all cell voltages in CMC-03 and ASIC voltage of CMC-03 OR difference between any cell voltage in CMC-03 and mean value (ASIC voltage of CMC-03 divided by number of cells in CMC-03) |
< -1 < -1 |
[V] [V] |
BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON |
|
500 [ms] continuous |
2 DCY |
| Hybrid/EV Battery Voltage Sense "A" (CMC-04) |
P0B4D - Hybrid/EV Battery Voltage Sense "D" Circuit High |
circuit high |
CASE 1: short to battery any measured cell voltage in CMC-04 OR module voltage CASE 2: out of range high any measured cell voltage in CMC-04 OR module voltage |
> 4.95 > 65 > 4.5 ≤ 4.95 > 58.5 ≤ 65 |
[V] [V] [V] [V] [V] [V] |
CASE 1 & 2: Battery CAN communication CMC-04 error memory status flag |
active valid |
|
CASE 1 & 2: 1.1 [sec] continuous |
0 DCY |
| P0B4C - Hybrid/EV Battery Voltage Sense "D" Circuit Low |
circuit low |
CASE 1: short to ground any measured cell voltage in CMC-04 OR module voltage CASE 2: out of range low any measured cell voltage in CMC-04 OR module voltage |
< 0.1 < 8 < 1 ≥ 0.1 < 16 ≥ 8 |
[V] [V] [V] [V] [V] [V] |
CASE 1 & 2: Battery CAN communication CMC-04 error memory status flag |
active valid |
|
CASE 1 & 2: 1.1 [sec] continuous |
0 DCY |
| Hybrid/EV Battery Voltage Sense "A" (CMC-04) |
P0B4A - Hybrid/EV Battery Voltage Sense "D" Circuit |
open circuit |
deviation between CMC-04 cell voltages with even and odd cell-balancing resistors activated |
> |152| |
[mV] |
Battery CAN communication CMC-04 error memory status flag |
active valid |
|
1.1 [sec] continuous |
0 DCY |
| Hybrid/EV Battery Voltage Sensor "D" (CMC-04) |
P0B4B - Hybrid/EV Battery Voltage Sense "D" Circuit Range/Performance |
circuit range/performance (rationality check high) |
difference between sum of all cell voltages in CMC-04 and ASIC voltage of CMC-04 OR difference between any cell voltage in CMC-04 and mean value (ASIC voltage of CMC-04 divided by number of cells in CMC-04) |
> 1 > 1 |
[V] [V] |
BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON |
|
500 [ms] continuous |
2 DCY |
| P0B4B - Hybrid/EV Battery Voltage Sense "D" Circuit Range/Performance |
circuit range/performance (rationality check low) |
difference between sum of all cell voltages in CMC-04 and ASIC voltage of CMC-04 OR difference between any cell voltage in CMC-04 and mean value (ASIC voltage of CMC-04 divided by number of cells in CMC-04) |
< -1 < -1 |
[V] [V] |
BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON |
|
500 [ms] continuous |
2 DCY |
| Hybrid/EV Battery Voltage Sense "A" (CMC-05) |
P0B52 - Hybrid/EV Battery Voltage Sense "E" Circuit High |
circuit high |
CASE 1: short to battery any measured cell voltage in CMC-05 OR module voltage CASE 2: out of range high any measured cell voltage in CMC-05 OR module voltage |
> 4.95 > 65 > 4.5 ≤ 4.95 > 58.5 ≤ 65 |
[V] [V] [V] [V] [V] [V] |
CASE 1 & 2: Battery CAN communication CMC-05 error memory status flag |
active valid |
|
CASE 1 & 2: 1.1 [sec] continuous |
0 DCY |
| P0B51 - Hybrid/EV Battery Voltage Sense "E" Circuit Low |
circuit low |
CASE 1: short to ground any measured cell voltage in CMC-05 OR module voltage CASE 2: out of range low any measured cell voltage in CMC-05 |
< 0.1 < 8 < 1 ≥ 0.1 |
[V] [V] [V] [V] |
CASE 1 & 2: Battery CAN communication CMC-05 error memory status flag |
active valid |
|
CASE 1 & 2: 1.1 [sec] continuous |
0 DCY |
| P0B51 - Hybrid/EV Battery Voltage Sense "E" Circuit Low |
|
OR module voltage |
< 16 ≥ 8 |
[V] [V] |
|
|
|
|
|
| Hybrid/EV Battery Voltage Sense "A" (CMC-05) |
P0B4F - Hybrid/EV Battery Voltage Sense "E" Circuit |
open circuit |
deviation between CMC-05 cell voltages with even and odd cell-balancing resistors activated |
> |152| |
[mV] |
Battery CAN communication CMC-05 error memory status flag |
active valid |
|
1.1 [sec] continuous |
0 DCY |
| Hybrid/EV Battery Voltage Sensor "E" (CMC-05) |
P0B50 - Hybrid/EV Battery Voltage Sense "E" Circuit Range/Performance |
circuit range/performance (rationality check high) |
difference between sum of all cell voltages in CMC-05 and ASIC voltage of CMC-05 OR difference between any cell voltage in CMC-05 and mean value (ASIC voltage of CMC-05 divided by number of cells in CMC-05) |
> 1 > 1 |
[V] [V] |
BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON |
|
500 [ms] continuous |
2 DCY |
| P0B50 - Hybrid/EV Battery Voltage Sense "E" Circuit Range/Performance |
circuit range/performance (rationality check low) |
difference between sum of all cell voltages in CMC-05 and ASIC voltage of CMC-05 OR difference between any cell voltage in CMC-05 and mean value (ASIC voltage of CMC-05 divided by number of cells in CMC-05) |
< -1 < -1 |
[V] [V] |
BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON |
|
500 [ms] continuous |
2 DCY |
| Hybrid/EV Battery Voltage Sense "A" (CMC-06) |
P0B57 - Hybrid/EV Battery Voltage Sense "F" Circuit High |
circuit high |
CASE 1: short to battery any measured cell voltage in CMC-06 OR module voltage CASE 2: out of range high any measured cell voltage in CMC-06 OR module voltage |
> 4.95 > 65 > 4.5 ≤ 4.95 > 58.5 ≤ 65 |
[V] [V] [V] [V] [V] [V] |
CASE 1 & 2: Battery CAN communication CMC-06 error memory status flag |
active valid |
|
CASE 1 & 2: 1.1 [sec] continuous |
0 DCY |
| P0B56 - Hybrid/EV Battery Voltage Sense "F" Circuit Low |
circuit low |
CASE 1: short to ground any measured cell voltage in CMC-06 OR module voltage CASE 2: out of range low any measured cell voltage in CMC-06 OR module voltage |
< 0.1 < 8 < 1 ≥ 0.1 < 16 ≥ 8 |
[V] [V] [V] [V] [V] [V] |
CASE 1 & 2: Battery CAN communication CMC-06 error memory status flag |
active valid |
|
CASE 1 & 2: 1.1 [sec] continuous |
0 DCY |
| Hybrid/EV Battery Voltage Sense "A" (CMC-06) |
P0B54 - Hybrid/EV Battery Voltage Sense "F" Circuit |
open circuit |
deviation between CMC-06 cell voltages with even and odd cell-balancing resistors activated |
> |152| |
[mV] |
Battery CAN communication CMC-06 error memory status flag |
active valid |
|
1.1 [sec] continuous |
0 DCY |
| Hybrid/EV Battery Voltage Sensor "F" (CMC-06) |
P0B55 - Hybrid/EV Battery Voltage Sense "F" Circuit Range/Performance |
circuit range/performance (rationality check high) |
difference between sum of all cell voltages in CMC-06 and ASIC voltage of CMC-06 OR difference between any cell voltage in CMC-06 and mean value (ASIC voltage of CMC-06 divided by number of cells in CMC-06) |
> 1 > 1 |
[V] [V] |
BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON |
|
500 [ms] continuous |
2 DCY |
| P0B55 - Hybrid/EV Battery Voltage Sense "F" Circuit Range/Performance |
circuit range/performance (rationality check low) |
difference between sum of all cell voltages in CMC-06 and ASIC voltage of CMC-06 OR difference between any cell voltage in CMC-06 and mean value (ASIC voltage of CMC-06 divided by number of cells in CMC-06) |
< -1 < -1 |
[V] [V] |
BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON |
|
500 [ms] continuous |
2 DCY |
| Hybrid/EV Battery Voltage Sense "A" (CMC-07) |
P0B5C - Hybrid/EV Battery Voltage Sense "G" Circuit High |
circuit high |
CASE 1: short to battery any measured cell voltage in CMC-07 OR module voltage CASE 2: out of range high any measured cell voltage in CMC-07 OR module voltage |
> 4.95 > 65 > 4.5 ≤ 4.95 > 58.5 ≤ 65 |
[V] [V] [V] [V] [V] [V] |
CASE 1 & 2: Battery CAN communication CMC-07 error memory status flag |
active valid |
|
CASE 1 & 2: 1.1 [sec] continuous |
0 DCY |
| P0B5B - Hybrid/EV Battery Voltage Sense "G" Circuit Low |
circuit low |
CASE 1: short to ground any measured cell voltage in CMC-07 OR module voltage CASE 2: out of range low any measured cell voltage in CMC-07 OR module voltage |
< 0.1 < 8 < 1 ≥ 0.1 < 16 ≥ 8 |
[V] [V] [V] [V] [V] [V] |
CASE 1 & 2: Battery CAN communication CMC-07 error memory status flag |
active valid |
|
CASE 1 & 2: 1.1 [sec] continuous |
0 DCY |
| Hybrid/EV Battery Voltage Sense "A" (CMC-07) |
P0B59 - Hybrid/EV Battery Voltage Sense "G" Circuit |
open circuit |
deviation between CMC-07 cell voltages with even and odd cell-balancing resistors activated |
> |152| |
[mV] |
Battery CAN communication CMC-07 error memory status flag |
active valid |
|
1.1 [sec] continuous |
0 DCY |
| Hybrid/EV Battery Voltage Sensor "G" (CMC-07) |
P0B5A - Hybrid/EV Battery Voltage Sense "G" Circuit Range/Performance |
circuit range/performance (rationality check high) |
difference between sum of all cell voltages in CMC-07 and ASIC voltage of CMC-07 OR difference between any cell voltage in CMC-07 and mean value (ASIC voltage of CMC-07 divided by number of cells in CMC-07) |
> 1 > 1 |
[V] [V] |
BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON |
|
500 [ms] continuous |
2 DCY |
| P0B5A - Hybrid/EV Battery Voltage Sense "G" Circuit Range/Performance |
circuit range/performance (rationality check low) |
difference between sum of all cell voltages in CMC-07 and ASIC voltage of CMC-07 OR difference between any cell voltage in CMC-07 and mean value (ASIC voltage of CMC-07 divided by number of cells in CMC-07) |
< -1 < -1 |
[V] [V] |
BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON |
|
500 [ms] continuous |
2 DCY |
| Hybrid/EV Battery Voltage Sense "A" (CMC-08) |
P0B61 - Hybrid/EV Battery Voltage Sense "H" Circuit High |
circuit high |
CASE 1: short to battery any measured cell voltage in CMC-08 OR module voltage CASE 2: out of range high any measured cell voltage in CMC-08 OR module voltage |
> 4.95 > 65 > 4.5 ≤ 4.95 > 58.5 ≤ 65 |
[V] [V] [V] [V] [V] [V] |
CASE 1 & 2: Battery CAN communication CMC-08 error memory status flag |
active valid |
|
CASE 1 & 2: 1.1 [sec] continuous |
0 DCY |
| P0B60 - Hybrid/EV Battery Voltage Sense "H" Circuit Low |
circuit low |
CASE 1: short to ground any measured cell voltage in CMC-08 OR module voltage CASE 2: out of range low any measured cell voltage in CMC-08 OR module voltage |
< 0.1 < 8 < 1 ≥ 0.1 < 16 ≥ 8 |
[V] [V] [V] [V] [V] [V] |
CASE 1 & 2: Battery CAN communication CMC-08 error memory status flag |
active valid |
|
CASE 1 & 2: 1.1 [sec] continuous |
0 DCY |
| Hybrid/EV Battery Voltage Sense "A" (CMC-08) |
P0B5E - Hybrid/EV Battery Voltage Sense "H" Circuit |
open circuit |
deviation between CMC-08 cell voltages with even and odd cell-balancing resistors activated |
> |152| |
[mV] |
Battery CAN communication CMC-08 error memory status flag |
active valid |
|
1.1 [sec] continuous |
0 DCY |
| Hybrid/EV Battery Voltage Sensor "H" (CMC-08) |
P0B5F - Hybrid/EV Battery Voltage Sense "H" Circuit Range/Performance |
circuit range/performance (rationality check high) |
difference between sum of all cell voltages in CMC-08 and ASIC voltage of CMC-08 OR difference between any cell voltage in CMC-08 and mean value (ASIC voltage of CMC-08 divided by number of cells in CMC-08) |
> 1 > 1 |
[V] [V] |
BECM mode BECM mode BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON |
|
500 [ms] continuous |
2 DCY |
| P0B5F - Hybrid/EV Battery Voltage Sense "H" Circuit Range/Performance |
circuit range/performance (rationality check low) |
difference between sum of all cell voltages in CMC-08 and ASIC voltage of CMC-08 OR difference between any cell voltage in CMC-08 and mean value (ASIC voltage of CMC-08 divided by number of cells in CMC-08) |
< -1 < -1 |
[V] [V] |
BECM mode BECM mode |
= AC_CHARGING OR = EMERGENCY_OFF OR |
|
500 [ms] continuous |
2 DCY |
| P0B5F - Hybrid/EV Battery Voltage Sense "H" Circuit Range/Performance |
|
|
|
|
BECM mode BECM mode |
= HV_OFF OR = HV_ON |
|
|
|
| CMC-01: Communication |
U0111 - Lost Communication With Battery Energy Control Module "A" |
lost communication with Battery Energy Control Module "A" |
message timeout |
detected |
|
Battery CAN communication CMC-01 error memory status flag |
active valid |
|
1.5 [sec] continuous |
0 DCY |
| CMC-02: Communication |
U0111 - Lost Communication With Battery Energy Control Module "A" |
lost communication with Battery Energy Control Module "A" |
message timeout |
detected |
|
Battery CAN communication CMC-02 error memory status flag |
active valid |
|
1.5 [sec] continuous |
0 DCY |
| CMC-03: Communication |
U0111 - Lost Communication With Battery Energy Control Module "A" |
lost communication with Battery Energy Control Module "A" |
message timeout |
detected |
|
Battery CAN communication CMC-03 error memory status flag |
active valid |
|
1.5 [sec] continuous |
0 DCY |
| CMC-04: Communication |
U0111 - Lost Communication With Battery Energy Control Module "A" |
lost communication with Battery Energy Control Module "A" |
message timeout |
detected |
|
Battery CAN communication CMC-04 error memory status flag |
active valid |
|
1.5 [sec] continuous |
0 DCY |
| CMC-05: Communication |
U0111 - Lost Communication With Battery Energy Control Module "A" |
lost communication with Battery Energy Control Module "A" |
message timeout |
detected |
|
Battery CAN communication CMC-05 error memory status flag |
active valid |
|
1.5 [sec] continuous |
0 DCY |
| CMC-06: Communication |
U0111 - Lost Communication With Battery Energy Control Module "A" |
lost communication with Battery Energy Control Module "A" |
message timeout |
detected |
|
Battery CAN communication CMC-06 error memory status flag |
active valid |
|
1.5 [sec] continuous |
0 DCY |
| CMC-07: Communication |
U0111 - Lost Communication With Battery Energy Control Module "A" |
lost communication with Battery Energy Control Module "A" |
message timeout |
detected |
|
Battery CAN communication CMC-07 error memory status flag |
active valid |
|
1.5 [sec] continuous |
0 DCY |
| CMC-08: Communication |
U0111 - Lost Communication With Battery Energy Control Module "A" |
lost communication with Battery Energy Control Module "A" |
message timeout |
detected |
|
Battery CAN communication CMC-08 error memory status flag |
active valid |
|
1.5 [sec] continuous |
0 DCY |
| BECM: State of charge window monitoring |
P057F - Battery "A" State of Charge Performance |
state of charge window monitoring as per CCR J1968.2 |
CASE 1: first monitoring cycle after changing from HV_OFF to HV_ON and driving cycle identified State of charge starts above the upper limit and stays outside OR State of charge starts below the lower limit and stays outside CASE 2: second and following monitoring cycles State of charge starts above the upper limit and stays outside OR State of charge starts below the lower limit and stays outside |
> 95 < 15 > 95 < 15 |
[%] [%] [%] [%] |
BECM mode |
= HV_ON |
|
CASE 1: 650 [sec] once / DCY CASE 2: 5 [sec] continuous |
2 DCY |
| BECM: Performance monitoring based on resistance |
P0A80 - Replace Hybrid/EV Battery Pack |
performance check as per CCR J1968.2 (based on resistance) on battery level |
ratio between calculated battery resistance and Begin-Of-Life (BOL) resistance |
> 2 |
[-] |
maximum battery temperature deviation between maximum and minimum cell temperature battery current for calculation battery current count of calculation ratios maximal deviation between minimum and maximum factor in current measurement gradient of battery current time after ECU startup |
≤ 50 > -5 < 10 < 0 < -20 = 100 ≤ 0.1 < -1 ≥ 1.5 |
[°C] [°C] [°C] [A] [A] [-] [-] [A/100ms] [sec] |
500 [ms] continuous |
2 DCY |
| CMC-01: Performance Check based on capacity |
P0A7F - Hybrid/EV Battery Pack "A" Deterioration |
performance check as per CCR J1968.2 (based on capacity) for CMC01 |
calculated capacity for CMC01 |
< 24 |
[Ah] |
OCV-conditions fullfilled: battery current for time runtime/ EEPROM data are difference of SOC between current and ultimate OCV measurement time between current and ultimate OCV measurement max. worst case Ah-accounting error |
< 1...3 = 7, 200...600 valid ≥ 60 < 4 < 2 |
[A] [sec] [-] [%] [days] [%] |
500 [ms] continuous |
2 DCY |
| CMC-02: Performance Check based on capacity |
P0EDD - Hybrid/EV Battery Pack "B" Deterioration |
performance check as per CCR J1968.2 (based on capacity) for CMC02 |
calculated capacity for CMC02 |
< 24 |
[Ah] |
OCV-conditions fullfilled: battery current for time runtime/ EEPROM data are difference of SOC between current and ultimate OCV measurement time between current and ultimate OCV measurement max. worst case Ah-accounting error |
< 1...3 = 7, 200...600 valid ≥ 60 < 4 < 2 |
[A] [sec] [-] [%] [days] [%] |
500 [ms] continuous |
2 DCY |
| CMC-03: Performance Check based on capacity |
P0EDE - Hybrid/EV Battery Pack "C" Deterioration |
performance check as per CCR J1968.2 (based on capacity) for CMC03 |
calculated capacity for CMC03 |
< 24 |
[Ah] |
OCV-conditions fullfilled: battery current for time runtime/ EEPROM data are difference of SOC between current and ultimate OCV measurement time between current and ultimate OCV measurement max. worst case Ah-accounting error |
< 1...3 = 7, 200...600 valid ≥ 60 < 4 < 2 |
[A] [sec] [-] [%] [days] [%] |
500 [ms] continuous |
2 DCY |
| CMC-04: Performance Check based on capacity |
P0EDF - Hybrid/EV Battery Pack "D" Deterioration |
performance check as per CCR J1968.2 (based on capacity) for CMC04 |
calculated capacity for CMC04 |
< 24 |
[Ah] |
OCV-conditions fullfilled: battery current for time runtime/ EEPROM data are difference of SOC between current and ultimate OCV measurement time between current and ultimate OCV measurement max. worst case Ah-accounting error |
< 1...3 = 7, 200...600 valid ≥ 60 < 4 < 2 |
[A] [sec] [-] [%] [days] [%] |
500 [ms] continuous |
2 DCY |
| CMC-05: Performance Check based on capacity |
P0EE0 - Hybrid/EV Battery Pack "E" Deterioration |
performance check as per CCR J1968.2 (based on capacity) for CMC05 |
calculated capacity for CMC05 |
< 24 |
[Ah] |
OCV-conditions fullfilled: battery current for time runtime/ EEPROM data are difference of SOC between current and ultimate OCV measurement time between current and ultimate OCV measurement max. worst case Ah-accounting error |
< 1...3 = 7, 200...600 valid ≥ 60 < 4 < 2 |
[A] [sec] [-] [%] [days] [%] |
500 [ms] continuous |
2 DCY |
| CMC-06: Performance Check based on capacity |
P0EE1 - Hybrid/EV Battery Pack "F" Deterioration |
performance check as per CCR J1968.2 (based on capacity) for CMC06 |
calculated capacity for CMC06 |
< 24 |
[Ah] |
OCV-conditions fullfilled: battery current for time runtime/ EEPROM data are difference of SOC between current and ultimate OCV measurement time between current and ultimate OCV measurement max. worst case Ah-accounting error |
< 1...3 = 7, 200...600 valid ≥ 60 < 4 < 2 |
[A] [sec] [-] [%] [days] [%] |
500 [ms] continuous |
2 DCY |
| CMC-07: Performance Check based on capacity |
P2CCC - Hybrid/EV Battery Pack "G" Deterioration |
performance check as per CCR J1968.2 (based on capacity) for CMC07 |
calculated capacity for CMC07 |
< 24 |
[Ah] |
OCV-conditions fullfilled: battery current for time runtime/ EEPROM data are difference of SOC between current and ultimate OCV measurement time between current and ultimate OCV measurement max. worst case Ah-accounting error |
< 1...3 = 7, 200...600 valid ≥ 60 < 4 < 2 |
[A] [sec] [-] [%] [days] [%] |
500 [ms] continuous |
2 DCY |
| CMC-08: Performance Check based on capacity |
P2CCD - Hybrid/EV Battery Pack "H" Deterioration |
performance check as per CCR J1968.2 (based on capacity) for CMC08 |
calculated capacity for CMC08 |
< 24 |
[Ah] |
OCV-conditions fullfilled: battery current for time runtime/ EEPROM data are difference of SOC between current and ultimate OCV measurement time between current and ultimate OCV measurement max. worst case Ah-accounting error |
< 1...3 = 7, 200...600 valid ≥ 60 < 4 < 2 |
[A] [sec] [-] [%] [days] [%] |
500 [ms] continuous |
2 DCY |
| CMC-01: Performance Check |
P0A7F - Hybrid/EV Battery Pack "A" Deterioration |
performance check as per CCR J1968.2 (based on resistance) for CMC01 |
ratio between calculated cell resistance and Begin-Of-Live (BOL) resistance |
> 2 |
[-] |
battery current for cell selection maximum cell temperature deviation between max. and min. cell temperature battery current for calculation count of calculation ratios maximal deviation between minimum and maximum factor in current measurement time after cell selection time after ECU startup |
< -100 ≤ 50 > -5 < 5 < 0 = 10 ≤ 0.15 ≥ 1.5 ≥ 1.5 |
[A] [°C] [°C] [°C] [A] [-] [-] [sec] [sec] |
500 [ms] continuous |
2 DCY |
| CMC-02: Performance Check |
P0EDD - Hybrid/EV Battery Pack "B" Deterioration |
performance check as per CCR J1968.2 (based on resistance) for CMC02 |
ratio between calculated cell resistance and Begin-Of-Live (BOL) resistance |
> 2 |
[-] |
battery current for cell selection maximum cell temperature deviation between max. and min. cell temperature battery current for calculation count of calculation ratios maximal deviation between minimum and maximum factor in current measurement time after cell selection time after ECU startup |
< -100 ≤ 50 > -5 < 5 < 0 = 10 ≤ 0.15 ≥ 1.5 ≥ 1.5 |
[A] [°C] [°C] [°C] [A] [-] [-] [sec] [sec] |
500 [ms] continuous |
2 DCY |
| CMC-03: Performance Check |
P0EDE - Hybrid/EV Battery Pack "C" Deterioration |
performance check as per CCR J1968.2 (based on resistance) for CMC03 |
ratio between calculated cell resistance and Begin-Of-Live (BOL) resistance |
> 2 |
[-] |
battery current for cell selection maximum cell temperature deviation between max. and min. cell temperature battery current for calculation count of calculation ratios maximal deviation between minimum and maximum factor in current measurement time after cell selection time after ECU startup |
< -100 ≤ 50 > -5 < 5 < 0 = 10 ≤ 0.15 ≥ 1.5 ≥ 1.5 |
[A] [°C] [°C] [°C] [A] [-] [-] [sec] [sec] |
500 [ms] continuous |
2 DCY |
| CMC-04: Performance Check |
P0EDF - Hybrid/EV Battery Pack "D" Deterioration |
performance check as per CCR J1968.2 (based on resistance) for CMC04 |
ratio between calculated cell resistance and Begin-Of-Live (BOL) resistance |
> 2 |
[-] |
battery current for cell selection maximum cell temperature deviation between max. and min. cell temperature battery current for calculation count of calculation ratios maximal deviation between minimum and maximum factor in current measurement time after cell selection time after ECU startup |
< -100 ≤ 50 > -5 < 5 < 0 = 10 ≤ 0.15 ≥ 1.5 ≥ 1.5 |
[A] [°C] [°C] [°C] [A] [-] [-] [sec] [sec] |
500 [ms] continuous |
2 DCY |
| CMC-05: Performance Check |
P0EE0 - Hybrid/EV Battery Pack "E" Deterioration |
performance check as per CCR J1968.2 (based on resistance) for CMC05 |
ratio between calculated cell resistance and Begin-Of-Live (BOL) resistance |
> 2 |
[-] |
battery current for cell selection maximum cell temperature deviation between max. and min. cell temperature battery current for calculation count of calculation ratios maximal deviation between minimum and maximum factor in current measurement time after cell selection time after ECU startup |
< -100 ≤ 50 > -5 < 5 < 0 = 10 ≤ 0.15 ≥ 1.5 ≥ 1.5 |
[A] [°C] [°C] [°C] [A] [-] [-] [sec] [sec] |
500 [ms] continuous |
2 DCY |
| CMC-06: Performance Check |
P0EE1 - Hybrid/EV Battery Pack "F" Deterioration |
performance check as per CCR J1968.2 (based on resistance) for CMC06 |
ratio between calculated cell resistance and Begin-Of-Live (BOL) resistance |
> 2 |
[-] |
battery current for cell selection maximum cell temperature deviation between max. and min. cell temperature battery current for calculation count of calculation ratios maximal deviation between minimum and maximum factor in current measurement time after cell selection time after ECU startup |
< -100 ≤ 50 > -5 < 5 < 0 = 10 ≤ 0.15 ≥ 1.5 ≥ 1.5 |
[A] [°C] [°C] [°C] [A] [-] [-] [sec] [sec] |
500 [ms] continuous |
2 DCY |
| CMC-07: Performance Check |
P2CCC - Hybrid/EV Battery Pack "G" Deterioration |
performance check as per CCR J1968.2 (based on resistance) for CMC07 |
ratio between calculated cell resistance and Begin-Of-Live (BOL) resistance |
> 2 |
[-] |
battery current for cell selection maximum cell temperature deviation between max. and min. cell temperature battery current for calculation count of calculation ratios maximal deviation between minimum and maximum factor in current measurement time after cell selection time after ECU startup |
< -100 ≤ 50 > -5 < 5 < 0 = 10 ≤ 0.15 ≥ 1.5 ≥ 1.5 |
[A] [°C] [°C] [°C] [A] [-] [-] [sec] [sec] |
500 [ms] continuous |
2 DCY |
| CMC-08: Performance Check |
P2CCD - Hybrid/EV Battery Pack "H" Deterioration |
performance check as per CCR J1968.2 (based on resistance) for CMC08 |
ratio between calculated cell resistance and Begin-Of-Live (BOL) resistance |
> 2 |
[-] |
battery current for cell selection maximum cell temperature deviation between max. and min. cell temperature battery current for calculation count of calculation ratios maximal deviation between minimum and maximum factor in current measurement time after cell selection time after ECU startup |
< -100 ≤ 50 > -5 < 5 < 0 = 10 ≤ 0.15 ≥ 1.5 ≥ 1.5 |
[A] [°C] [°C] [°C] [A] [-] [-] [sec] [sec] |
500 [ms] continuous |
2 DCY |
| CMC-01: Balancing Check |
P0DAC - Hybrid/EV Battery Cell Balancing Circuit "A" |
balancing check per CCR J1968.2 for CMC01 |
| amount of electric charge of each cell - average amount of electric charge of all cells | |
≥ 5 |
[Ah] |
(BECM mode BECM mode) absolute battery current for time cell state of charge |
= HV_OFF OR = LOCAL_ACTIVE < 5 ≥ 11, 000...330 > 30 < 95 |
[A] [sec] [%] [%] |
500 [ms] continuous |
2 DCY |
| CMC-02: Balancing Check |
P0DB0 - Hybrid/EV Battery Cell Balancing Circuit "B" |
balancing check per CCR J1968.2 for CMC02 |
| amount of electric charge of each cell - average amount of electric charge of all cells | |
≥ 5 |
[Ah] |
(BECM mode BECM mode) absolute battery current for time cell state of charge |
= HV_OFF OR = LOCAL_ACTIVE < 5 ≥ 11, 000...330 > 30 < 95 |
[A] [sec] [%] [%] |
500 [ms] continuous |
2 DCY |
| CMC-03: Balancing Check |
P0DB4 - Hybrid/EV Battery Cell Balancing Circuit "C" |
balancing check per CCR J1968.2 for CMC03 |
| amount of electric charge of each cell - average amount of electric charge of all cells | |
≥ 5 |
[Ah] |
(BECM mode BECM mode) absolute battery current for time cell state of charge |
= HV_OFF OR = LOCAL_ACTIVE < 5 ≥ 11, 000...330 > 30 < 95 |
[A] [sec] [%] [%] |
500 [ms] continuous |
2 DCY |
| CMC-04: Balancing Check |
P0DB8 - Hybrid/EV Battery Cell Balancing Circuit "D" |
balancing check per CCR J1968.2 for CMC04 |
| amount of electric charge of each cell - average amount of electric charge of all cells | |
≥ 5 |
[Ah] |
(BECM mode BECM mode) absolute battery current for time cell state of charge |
= HV_OFF OR = LOCAL_ACTIVE < 5 ≥ 11, 000...330 > 30 < 95 |
[A] [sec] [%] [%] |
500 [ms] continuous |
2 DCY |
| CMC-05: Balancing Check |
P0DBC - Hybrid/EV Battery Cell Balancing Circuit "E" |
balancing check per CCR J1968.2 for CMC05 |
| amount of electric charge of each cell - average amount of electric charge of all cells | |
≥ 5 |
[Ah] |
(BECM mode BECM mode) absolute battery current for time cell state of charge |
= HV_OFF OR = LOCAL_ACTIVE < 5 ≥ 11, 000...330 > 30 < 95 |
[A] [sec] [%] [%] |
500 [ms] continuous |
2 DCY |
| CMC-06: Balancing Check |
P0DC0 - Hybrid/EV Battery Cell Balancing Circuit "F" |
balancing check per CCR J1968.2 for CMC06 |
| amount of electric charge of each cell - average amount of electric charge of all cells | |
≥ 5 |
[Ah] |
(BECM mode BECM mode) absolute battery current for time cell state of charge |
= HV_OFF OR = LOCAL_ACTIVE < 5 ≥ 11, 000...330 > 30 < 95 |
[A] [sec] [%] [%] |
500 [ms] continuous |
2 DCY |
| CMC-07: Balancing Check |
P0DC4 - Hybrid/EV Battery Cell Balancing Circuit "G" |
balancing check per CCR J1968.2 for CMC07 |
| amount of electric charge of each cell - average amount of electric charge of all cells | |
≥ 5 |
[Ah] |
(BECM mode BECM mode) absolute battery current for time cell state of charge |
= HV_OFF OR = LOCAL_ACTIVE < 5 ≥ 11, 000...330 > 30 < 95 |
[A] [sec] [%] [%] |
500 [ms] continuous |
2 DCY |
| CMC-08: Balancing Check |
P0DC8 - Hybrid/EV Battery Cell Balancing Circuit "H" |
balancing check per CCR J1968.2 for CMC08 |
| amount of electric charge of each cell - average amount of electric charge of all cells | |
≥ 5 |
[Ah] |
(BECM mode BECM mode) absolute battery current for time cell state of charge |
= HV_OFF OR = LOCAL_ACTIVE < 5 ≥ 11, 000...330 > 30 < 95 |
[A] [sec] [%] [%] |
500 [ms] continuous |
2 DCY |
| BCCM: Invalid Diagnostic Information |
U113A-High-Voltage Battery Charger implausible message |
error memory status flag check |
BCCM error memory status flag |
not valid |
|
(BECM mode BECM mode BECM mode BECM mode) Hybrid CAN communication |
= AC_CHARGING OR = EMERGENCY_OFF OR = HV_OFF OR = HV_ON active |
|
2.5 [sec] continuous |
2 DCY |