BMU DATA LIST REFERENCE TABLE



Display on M.U.T.-III
Item No.
Inspection item
Inspection conditions
Value to be determined as normal
Code No. or inspection procedure No.
Reference page
Battery current
12
Electric current
Electric motor switch: ON
0 A
Code No. P1A40, P1A41, P1A42, P1A43
, , ,
During regular charging*1
0 - 10 A

  • Electric motor switch: READY
  • A/C set temperature: maximum temperature
  • MAX switch: ON

Difference is less than 10 A among traction battery current sensor (high) control value, traction battery current sensor (low) control value and displayed value.
BAT.current HI control value
13
Traction battery current sensor (high) control value
Electric motor switch: ON
0 A
Code No. P1A40, P1A42, P1A43
, ,
During regular charging*1
0 - 10 A

  • Electric motor switch: READY
  • A/C set temperature: maximum temperature
  • MAX switch: ON

Value changes by value less than 0 A.
BAT.current LO control value
14
Traction battery current sensor (low) control value
Electric motor switch: ON
0 A
Code No. P1A41, P1A42, P1A43
, ,
During regular charging*1
0 - 10 A

  • Electric motor switch: READY
  • A/C set temperature: maximum temperature
  • MAX switch: ON

Value changes by value less than 0 A.
BAT.current HI sensor
15
Traction battery current sensor (high)
Electric motor switch: ON
2.45 - 2.55 V
Code No. P1A40, P1A42, P1A43
, ,
During regular charging*1
2.45 - 2.61 V

  • Electric motor switch: READY
  • A/C set temperature: maximum temperature
  • MAX switch: ON

Value changes by value less than 2.55 V.
BAT.current LO sensor
16
Traction battery current sensor (low)
Electric motor switch: ON
2.45 - 2.55 V
Code No. P1A41, P1A42, P1A43
, ,
During regular charging*1
2.45 - 3.21 V

  • Electric motor switch: READY
  • A/C set temperature: maximum temperature
  • MAX switch: ON

Value changes by value less than 2.55 V.
Battery cooling fan relay output
18
Traction battery cooling fan relay output
Electric motor switch: ON
OFF
-
-
Right after starting regular charge*1
ON → OFF (after several seconds elapse)
Leak sensor output (Precheck)
19
Traction battery ground fault detector output (pre-check signal)
Electric motor switch: ON
OFF
-
-
Leak detection flag
20
Detecting ground fault flag
Electric motor switch: ON
OFF
Code No. P1A44, P1A46
,
OR power supply voltage
29
BMU control power supply voltage
Electric motor switch: ON
Voltage lower than battery power supply by approximately 1 V
Code No. P1A4C

IGCT power supply voltage
30
EV-ECU control power supply voltage
Electric motor switch: ON
Battery voltage
Code No. P1A4D

Battery cooling fan PWM output
31
Traction battery cooling fan PWM signal
Electric motor switch: ON
100 %
-
-
Right after starting regular charge*1
10 % → 100 % (after several seconds elapse)
Battery cooling fan rotations
32
Traction battery cooling fan rotational speeds
Electric motor switch: ON
0 r/min
Code No. P1AC1, P1AC2, P1AC3
, ,
Right after starting regular charge*1
More than 1,620 r/min → 0 r/min (after several seconds elapse)
CMU ID01 Cell A Balancer drive
188
CMU ID01 battery cell A balancer driving status
Electric motor switch: ON
OFF
Code No. P1A8E

CMU ID01 Cell B Balancer drive
189
CMU ID01 battery cell B balancer driving status
CMU ID01 Cell C Balancer drive
190
CMU ID01 battery cell C balancer driving status
CMU ID01 Cell D Balancer drive
191
CMU ID01 battery cell D balancer driving status
CMU ID01 Cell E Balancer drive
192
CMU ID01 battery cell E balancer driving status
CMU ID01 Cell F Balancer drive
193
CMU ID01 battery cell F balancer driving status
CMU ID01 Cell G Balancer drive
194
CMU ID01 battery cell G balancer driving status
CMU ID01 Cell H Balancer drive
195
CMU ID01 battery cell H balancer driving status
CMU ID02 Cell A Balancer drive
196
CMU ID02 battery cell A balancer driving status
Electric motor switch: ON
OFF
Code No. P1A8F

CMU ID02 Cell B Balancer drive
197
CMU ID02 battery cell B balancer driving status
CMU ID02 Cell C Balancer drive
198
CMU ID02 battery cell C balancer driving status
CMU ID02 Cell D Balancer drive
199
CMU ID02 battery cell D balancer driving status
CMU ID02 Cell E Balancer drive
200
CMU ID02 battery cell E balancer driving status
CMU ID02 Cell F Balancer drive
201
CMU ID02 battery cell F balancer driving status
CMU ID02 Cell G Balancer drive
202
CMU ID02 battery cell G balancer driving status
CMU ID02 Cell H Balancer drive
203
CMU ID02 battery cell H balancer driving status
CMU ID03 Cell A Balancer drive
204
CMU ID03 battery cell A balancer driving status
Electric motor switch: ON
OFF
Code No. P1A90

CMU ID03 Cell B Balancer drive
205
CMU ID03 battery cell B balancer driving status
CMU ID03 Cell C Balancer drive
206
CMU ID03 battery cell C balancer driving status
CMU ID03 Cell D Balancer drive
207
CMU ID03 battery cell D balancer driving status
CMU ID03 Cell E Balancer drive
208
CMU ID03 battery cell E balancer driving status
CMU ID03 Cell F Balancer drive
209
CMU ID03 battery cell F balancer driving status
CMU ID03 Cell G Balancer drive
210
CMU ID03 battery cell G balancer driving status
CMU ID03 Cell H Balancer drive
211
CMU ID03 battery cell H balancer driving status
CMU ID04 Cell A Balancer drive
212
CMU ID04 battery cell A balancer driving status
Electric motor switch: ON
OFF
Code No. P1A91

CMU ID04 Cell B Balancer drive
213
CMU ID04 battery cell B balancer driving status
CMU ID04 Cell C Balancer drive
214
CMU ID04 battery cell C balancer driving status
CMU ID04 Cell D Balancer drive
215
CMU ID04 battery cell D balancer driving status
CMU ID04 Cell E Balancer drive
216
CMU ID04 battery cell E balancer driving status
CMU ID04 Cell F Balancer drive
217
CMU ID04 battery cell F balancer driving status
CMU ID04 Cell G Balancer drive
218
CMU ID04 battery cell G balancer driving status
CMU ID04 Cell H Balancer drive
219
CMU ID04 battery cell H balancer driving status
CMU ID05 Cell A Balancer drive
220
CMU ID05 battery cell A balancer driving status
Electric motor switch: ON
OFF
Code No. P1A92

CMU ID05 Cell B Balancer drive
221
CMU ID05 battery cell B balancer driving status
CMU ID05 Cell C Balancer drive
222
CMU ID05 battery cell C balancer driving status
CMU ID05 Cell D Balancer drive
223
CMU ID05 battery cell D balancer driving status
CMU ID05 Cell E Balancer drive
224
CMU ID05 battery cell E balancer driving status
CMU ID05 Cell F Balancer drive
225
CMU ID05 battery cell F balancer driving status
CMU ID05 Cell G Balancer drive
226
CMU ID05 battery cell G balancer driving status
CMU ID05 Cell H Balancer drive
227
CMU ID05 battery cell H balancer driving status
CMU ID06 Cell A Balancer drive
228
CMU ID06 battery cell A balancer driving status
Electric motor switch: ON
OFF
Code No. P1A93

CMU ID06 Cell B Balancer drive
229
CMU ID06 battery cell B balancer driving status
CMU ID06 Cell C Balancer drive
230
CMU ID06 battery cell C balancer driving status
CMU ID06 Cell D Balancer drive
231
CMU ID06 battery cell D balancer driving status
CMU ID07 Cell A Balancer drive
232
CMU ID07 battery cell A balancer driving status
Electric motor switch: ON
OFF
Code No. P1A94

CMU ID07 Cell B Balancer drive
233
CMU ID07 battery cell B balancer driving status
CMU ID07 Cell C Balancer drive
234
CMU ID07 battery cell C balancer driving status
CMU ID07 Cell D Balancer drive
235
CMU ID07 battery cell D balancer driving status
CMU ID07 Cell E Balancer drive
236
CMU ID07 battery cell E balancer driving status
CMU ID07 Cell F Balancer drive
237
CMU ID07 battery cell F balancer driving status
CMU ID07 Cell G Balancer drive
238
CMU ID07 battery cell G balancer driving status
CMU ID07 Cell H Balancer drive
239
CMU ID07 battery cell H balancer driving status
CMU ID08 Cell A Balancer drive
240
CMU ID08 battery cell A balancer driving status
Electric motor switch: ON
OFF
Code No. P1A95

CMU ID08 Cell B Balancer drive
241
CMU ID08 battery cell B balancer driving status
CMU ID08 Cell C Balancer drive
242
CMU ID08 battery cell C balancer driving status
CMU ID08 Cell D Balancer drive
243
CMU ID08 battery cell D balancer driving status
CMU ID08 Cell E Balancer drive
244
CMU ID08 battery cell E balancer driving status
CMU ID08 Cell F Balancer drive
245
CMU ID08 battery cell F balancer driving status
CMU ID08 Cell G Balancer drive
246
CMU ID08 battery cell G balancer driving status
CMU ID08 Cell H Balancer drive
247
CMU ID08 battery cell H balancer driving status
CMU ID09 Cell A Balancer drive
248
CMU ID09 battery cell A balancer driving status
Electric motor switch: ON
OFF
Code No. P1A96

CMU ID09 Cell B Balancer drive
249
CMU ID09 battery cell B balancer driving status
CMU ID09 Cell C Balancer drive
250
CMU ID09 battery cell C balancer driving status
CMU ID09 Cell D Balancer drive
251
CMU ID09 battery cell D balancer driving status
CMU ID09 Cell E Balancer drive
252
CMU ID09 battery cell E balancer driving status
CMU ID09 Cell F Balancer drive
253
CMU ID09 battery cell F balancer driving status
CMU ID09 Cell G Balancer drive
254
CMU ID09 battery cell G balancer driving status
CMU ID09 Cell H Balancer drive
255
CMU ID09 battery cell H balancer driving status
CMU ID10 Cell A Balancer drive
256
CMU ID10 battery cell A balancer driving status
Electric motor switch: ON
OFF
Code No. P1A97

CMU ID10 Cell B Balancer drive
257
CMU ID10 battery cell B balancer driving status
CMU ID10 Cell C Balancer drive
258
CMU ID10 battery cell C balancer driving status
CMU ID10 Cell D Balancer drive
259
CMU ID10 battery cell D balancer driving status
CMU ID10 Cell E Balancer drive
260
CMU ID10 battery cell E balancer driving status
CMU ID10 Cell F Balancer drive
261
CMU ID10 battery cell F balancer driving status
CMU ID10 Cell G Balancer drive
262
CMU ID10 battery cell G balancer driving status
CMU ID10 Cell H Balancer drive
263
CMU ID10 battery cell H balancer driving status
CMU ID11 Cell A Balancer drive
264
CMU ID11 battery cell A balancer driving status
Electric motor switch: ON
OFF
Code No. P1A98

CMU ID11 Cell B Balancer drive
265
CMU ID11 battery cell B balancer driving status
CMU ID11 Cell C Balancer drive
266
CMU ID11 battery cell C balancer driving status
CMU ID11 Cell D Balancer drive
267
CMU ID11 battery cell D balancer driving status
CMU ID11 Cell E Balancer drive
268
CMU ID11 battery cell E balancer driving status
CMU ID11 Cell F Balancer drive
269
CMU ID11 battery cell F balancer driving status
CMU ID11 Cell G Balancer drive
270
CMU ID11 battery cell G balancer driving status
CMU ID11 Cell H Balancer drive
271
CMU ID11 battery cell H balancer driving status
CMU ID12 Cell A Balancer drive
272
CMU ID12 battery cell A balancer driving status
Electric motor switch: ON
OFF
Code No. P1A99

CMU ID12 Cell B Balancer drive
273
CMU ID12 battery cell B balancer driving status
CMU ID12 Cell C Balancer drive
274
CMU ID12 battery cell C balancer driving status
CMU ID12 Cell D Balancer drive
275
CMU ID12 battery cell D balancer driving status
Cell number specification
276
Battery cell number specification
Electric motor switch: ON
88 cell
-
-
note *1: Turn the electric motor switch "ON" position and connect the charging cable. Then turning the electric motor switch "LOCK" (OFF) position can check the monitor during the regular charging.

BMU monitoring items



Display on M.U.T.-III
Item No.
M.U.T.-III display descriptions
Standards at each check
Display range, and numeric value
Charge state (Control)
1

  • Shows charging ratio of traction battery.

Electric motor switch: ON
-5 to 120 %
Charge state (Display)
2

  • Shows charging ratio of traction battery, which gradually shows variation for meter display.

Electric motor switch: ON
-5 to 120 %
Battery cell maximum voltage
3

  • Shows highest voltage in 88 battery cells.

Electric motor switch: ON
2.1 - 4.6 V
Maximum voltage cell ID
4

  • Shows highest voltage cell ID in 88 battery cells.

Electric motor switch: ON
1 - 88
Battery cell minimum voltage
5

  • Shows lowest voltage in 88 battery cells.

Electric motor switch: ON
2.1 - 4.6 V
Minimum voltage cell ID
6

  • Shows lowest voltage cell ID in 88 battery cells.

Electric motor switch: ON
1 - 88
Battery total voltage
7

  • Shows 88 total battery cell voltage.

Electric motor switch: ON
0 - 430 V
Module maximum temperature
8

  • Shows highest temperature in 66 measuring points.

Electric motor switch: ON
-30 to 85 °C
Maximum temperature module ID
9

  • Shows highest temperature module ID in 22 modules.

Electric motor switch: ON
1 - 22
Module minimum temperature
10

  • Shows lowest temperature in 66 measuring points.

Electric motor switch: ON
-30 to 85 °C
Minimum temperature module ID
11

  • Shows lowest temperature module ID in 22 modules.

Electric motor switch: ON
1 - 22
Internal resistance maximum
21

  • Shows largest internal resistance of cell in 88 battery cells.

Electric motor switch: ON
0.0 - 12.8 mΩ
Internal resistance minimum
22

  • Shows smallest internal resistance of cell in 88 battery cells.

Electric motor switch: ON
0.0 - 12.8 mΩ
Battery current capacity
23

  • Shows battery capacity with traction battery fully charged.

Electric motor switch: ON
0 - 60 Ah
Battery remaining capacity
24

  • Shows residual battery level.

Electric motor switch: ON
0 - 60 Ah
Battery maximum input power
25

  • Available input maximum electric power

Electric motor switch: ON
0.0 - 63.5 kW
Battery maximum output power
26

  • Available output maximum electric power

Electric motor switch: ON
0.0 - 63.5 kW
Charge current integrated value
27

  • Shows charging current on measuring traction battery capacity.

Electric motor switch: ON
0 - 6500.0 Ah
Target cell voltage
28

  • Reference voltage on activating balancer (lowest battery cell voltage)

Electric motor switch: ON
2.1 - 4.6 V
BAT.cell voltage difference MAX
33

  • Difference between largest battery cell voltage and lowest battery cell voltage

Electric motor switch: ON
0.00 - 1.27 V
CMU ID01 Cell A voltage
34

  • Battery cell voltage is shown.

Electric motor switch: ON
2.1 - 4.6 V
CMU ID01 Cell B voltage
35
CMU ID01 Cell C voltage
36
CMU ID01 Cell D voltage
37
CMU ID01 Cell E voltage
38
CMU ID01 Cell F voltage
39
CMU ID01 Cell G voltage
40
CMU ID01 Cell H voltage
41
CMU ID02 Cell A voltage
42

  • Battery cell voltage is shown.

Electric motor switch: ON
2.1 - 4.6 V
CMU ID02 Cell B voltage
43
CMU ID02 Cell C voltage
44
CMU ID02 Cell D voltage
45
CMU ID02 Cell E voltage
46
CMU ID02 Cell F voltage
47
CMU ID02 Cell G voltage
48
CMU ID02 Cell H voltage
49
CMU ID03 Cell A voltage
50

  • Battery cell voltage is shown.

Electric motor switch: ON
2.1 - 4.6 V
CMU ID03 Cell B voltage
51
CMU ID03 Cell C voltage
52
CMU ID03 Cell D voltage
53
CMU ID03 Cell E voltage
54
CMU ID03 Cell F voltage
55
CMU ID03 Cell G voltage
56
CMU ID03 Cell H voltage
57
CMU ID04 Cell A voltage
58

  • Battery cell voltage is shown.

Electric motor switch: ON
2.1 - 4.6 V
CMU ID04 Cell B voltage
59
CMU ID04 Cell C voltage
60
CMU ID04 Cell D voltage
61
CMU ID04 Cell E voltage
62
CMU ID04 Cell F voltage
63
CMU ID04 Cell G voltage
64
CMU ID04 Cell H voltage
65
CMU ID05 Cell A voltage
66

  • Battery cell voltage is shown.

Electric motor switch: ON
2.1 - 4.6 V
CMU ID05 Cell B voltage
67
CMU ID05 Cell C voltage
68
CMU ID05 Cell D voltage
69
CMU ID05 Cell E voltage
70
CMU ID05 Cell F voltage
71
CMU ID05 Cell G voltage
72
CMU ID05 Cell H voltage
73
CMU ID06 Cell A voltage
74

  • Battery cell voltage is shown.

Electric motor switch: ON
2.1 - 4.6 V
CMU ID06 Cell B voltage
75
CMU ID06 Cell C voltage
76
CMU ID06 Cell D voltage
77
CMU ID07 Cell A voltage
78

  • Battery cell voltage is shown.

Electric motor switch: ON
2.1 - 4.6 V
CMU ID07 Cell B voltage
79
CMU ID07 Cell C voltage
80
CMU ID07 Cell D voltage
81
CMU ID07 Cell E voltage
82
CMU ID07 Cell F voltage
83
CMU ID07 Cell G voltage
84
CMU ID07 Cell H voltage
85
CMU ID08 Cell A voltage
86

  • Battery cell voltage is shown.

Electric motor switch: ON
2.1 - 4.6 V
CMU ID08 Cell B voltage
87
CMU ID08 Cell C voltage
88
CMU ID08 Cell D voltage
89
CMU ID08 Cell E voltage
90
CMU ID08 Cell F voltage
91
CMU ID08 Cell G voltage
92
CMU ID08 Cell H voltage
93
CMU ID09 Cell A voltage
94

  • Battery cell voltage is shown.

Electric motor switch: ON
2.1 - 4.6 V
CMU ID09 Cell B voltage
95
CMU ID09 Cell C voltage
96
CMU ID09 Cell D voltage
97
CMU ID09 Cell E voltage
98
CMU ID09 Cell F voltage
99
CMU ID09 Cell G voltage
100
CMU ID09 Cell H voltage
101
CMU ID10 Cell A voltage
102

  • Battery cell voltage is shown.

Electric motor switch: ON
2.1 - 4.6 V
CMU ID10 Cell B voltage
103
CMU ID10 Cell C voltage
104
CMU ID10 Cell D voltage
105
CMU ID10 Cell E voltage
106
CMU ID10 Cell F voltage
107
CMU ID10 Cell G voltage
108
CMU ID10 Cell H voltage
109
CMU ID11 Cell A voltage
110

  • Battery cell voltage is shown.

Electric motor switch: ON
2.1 - 4.6 V
CMU ID11 Cell B voltage
111
CMU ID11 Cell C voltage
112
CMU ID11 Cell D voltage
113
CMU ID11 Cell E voltage
114
CMU ID11 Cell F voltage
115
CMU ID11 Cell G voltage
116
CMU ID11 Cell H voltage
117
CMU ID12 Cell A voltage
118

  • Battery cell voltage is shown.

Electric motor switch: ON
2.1 - 4.6 V
CMU ID12 Cell B voltage
119
CMU ID12 Cell C voltage
120
CMU ID12 Cell D voltage
121
CMU ID01 Module temperature1
122

  • Shows module temperature.

Electric motor switch: ON
-30 to 85°C
CMU ID01 Module temperature2
123
CMU ID01 Module temperature3
124
CMU ID01 Module temperature4
125
CMU ID01 Module temperature5
126
CMU ID01 Module temperature6
127
CMU ID02 Module temperature1
128

  • Shows module temperature.

Electric motor switch: ON
-30 to 85°C
CMU ID02 Module temperature2
129
CMU ID02 Module temperature3
130
CMU ID02 Module temperature4
131
CMU ID02 Module temperature5
132
CMU ID02 Module temperature6
133
CMU ID03 Module temperature1
134

  • Shows module temperature.

Electric motor switch: ON
-30 to 85°C
CMU ID03 Module temperature2
135
CMU ID03 Module temperature3
136
CMU ID03 Module temperature4
137
CMU ID03 Module temperature5
138
CMU ID03 Module temperature6
139
CMU ID04 Module temperature1
140

  • Shows module temperature.

Electric motor switch: ON
-30 to 85°C
CMU ID04 Module temperature2
141
CMU ID04 Module temperature3
142
CMU ID04 Module temperature4
143
CMU ID04 Module temperature5
144
CMU ID04 Module temperature6
145
CMU ID05 Module temperature1
146

  • Shows module temperature.

Electric motor switch: ON
-30 to 85°C
CMU ID05 Module temperature2
147
CMU ID05 Module temperature3
148
CMU ID05 Module temperature4
149
CMU ID05 Module temperature5
150
CMU ID05 Module temperature6
151
CMU ID06 Module temperature1
152

  • Shows module temperature.

Electric motor switch: ON
-30 to 85°C
CMU ID06 Module temperature2
153
CMU ID06 Module temperature3
154
CMU ID07 Module temperature1
155

  • Shows module temperature.

Electric motor switch: ON
-30 to 85°C
CMU ID07 Module temperature2
156
CMU ID07 Module temperature3
157
CMU ID07 Module temperature4
158
CMU ID07 Module temperature5
159
CMU ID07 Module temperature6
160
CMU ID08 Module temperature1
161

  • Shows module temperature.

Electric motor switch: ON
-30 to 85°C
CMU ID08 Module temperature2
162
CMU ID08 Module temperature3
163
CMU ID08 Module temperature4
164
CMU ID08 Module temperature5
165
CMU ID08 Module temperature6
166
CMU ID09 Module temperature1
167

  • Shows module temperature.

Electric motor switch: ON
-30 to 85°C
CMU ID09 Module temperature2
168
CMU ID09 Module temperature3
169
CMU ID09 Module temperature4
170
CMU ID09 Module temperature5
171
CMU ID09 Module temperature6
172
CMU ID10 Module temperature1
173

  • Shows module temperature.

Electric motor switch: ON
-30 to 85°C
CMU ID10 Module temperature2
174
CMU ID10 Module temperature3
175
CMU ID10 Module temperature4
176
CMU ID10 Module temperature5
177
CMU ID10 Module temperature6
178
CMU ID11 Module temperature1
179

  • Shows module temperature.

Electric motor switch: ON
-30 to 85°C
CMU ID11 Module temperature2
180
CMU ID11 Module temperature3
181
CMU ID11 Module temperature4
182
CMU ID11 Module temperature5
183
CMU ID11 Module temperature6
184
CMU ID12 Module temperature1
185

  • Shows module temperature.

Electric motor switch: ON
-30 to 85°C
CMU ID12 Module temperature2
186
CMU ID12 Module temperature3
187
Sum total time back up
277
Shows month elapsed time since vehicle manufactured.
Electric motor switch: ON
0 - 99,421 month
OBC integrated current value
278
Shows total current regularly charged since vehicle manufactured.
Electric motor switch: ON
0 - 4,294,967 Ah × 1,000
Quick charge integrated current
279
Shows total current quickly charged since vehicle manufactured.
Electric motor switch: ON
0 - 4,294,967 Ah × 1,000
Cell current capacity (measured)
368

  • Shows traction battery capacity after measuring traction battery capacity.
  • Shows 0 Ah after turning ON electric motor switch (before measurement).
  • Value should be deleted when turning electric motor switch to LOCK (OFF) position.


  • Electric motor switch: ON
  • After measuring traction battery capacity

0.0 - 60.0 Ah
Cell current capacity difference
369
Shows difference recognized by BMU between traction battery capacity and measured capacity results.
Electric motor switch: ON
- 60.0 to 60.0 Ah
Auto capa. measured result his.1
401
Shows measured result history on auto measuring traction battery capacity.
Electric motor switch: ON
0.0 - 60.0 Ah
Auto capa. measured result his.2
402
Shows measured result history in 1 previous auto measurement of traction battery capacity.
Electric motor switch: ON
0.0 - 60.0 Ah
Auto capa. measured result his.3
403
Shows measured result history in 2 previous auto measurement of traction battery capacity.
Electric motor switch: ON
0.0 - 60.0 Ah
Auto capa. measured result his.4
404
Shows measured result history in 3 previous auto measurement of traction battery capacity.
Electric motor switch: ON
0.0 - 60.0 Ah
Auto capa. measured result his.5
405
Shows measured result history in 4 previous auto measurement of traction battery capacity.
Electric motor switch: ON
0.0 - 60.0 Ah
Auto capa. measured result his.6
406
Shows measured result history in 5 previous auto measurement of traction battery capacity.
Electric motor switch: ON
0.0 - 60.0 Ah
Auto capa. measured result his.7
407
Shows measured result history in 6 previous auto measurement of traction battery capacity.
Electric motor switch: ON
0.0 - 60.0 Ah
Auto capa. measured result his.8
408
Shows measured result history in 7 previous auto measurement of traction battery capacity.
Electric motor switch: ON
0.0 - 60.0 Ah
Auto capa. measured result his.9
409
Shows measured result history in 8 previous auto measurement of traction battery capacity.
Electric motor switch: ON
0.0 - 60.0 Ah
Auto capa. measured result his.10
410
Shows measured result history in 9 previous auto measurement of traction battery capacity.
Electric motor switch: ON
0.0 - 60.0 Ah
Auto capacity measured ODO his.1
411
Shows odometer value on auto measuring traction battery capacity.
Electric motor switch: ON
0 - 419,417 km
Auto capacity measured ODO his.2
412
Shows odometer value in 1 previous auto measurement of traction battery capacity.
Electric motor switch: ON
0 - 419,417 km
Auto capacity measured ODO his.3
413
Shows odometer value in 2 previous auto measurement of traction battery capacity.
Electric motor switch: ON
0 - 419,417 km
Auto capacity measured ODO his.4
414
Shows odometer value in 3 previous auto measurement of traction battery capacity.
Electric motor switch: ON
0 - 419,417 km
Auto capacity measured ODO his.5
415
Shows odometer value in 4 previous auto measurement of traction battery capacity.
Electric motor switch: ON
0 - 419,417 km
Auto capacity measured ODO his.6
416
Shows odometer value in 5 previous auto measurement of traction battery capacity.
Electric motor switch: ON
0 - 419,417 km
Auto capacity measured ODO his.7
417
Shows odometer value in 6 previous auto measurement of traction battery capacity.
Electric motor switch: ON
0 - 419,417 km
Auto capacity measured ODO his.8
418
Shows odometer value in 7 previous auto measurement of traction battery capacity.
Electric motor switch: ON
0 - 419,417 km
Auto capacity measured ODO his.9
419
Shows odometer value in 8 previous auto measurement of traction battery capacity.
Electric motor switch: ON
0 - 419,417 km
Auto capacity measured ODO his.10
420
Shows odometer value in 9 previous auto measurement of traction battery capacity.
Electric motor switch: ON
0 - 419,417 km
Capa. measured discharge current
421
Shows whether the discharging current exceed the rated value at the time of auto measurement of traction battery capacity.
At the time of auto measurement of traction battery capacity
NG/not complied with, OK




Yandex.Metrika
MMC-Manuals.ru