Battery Management Unit BMU Data List

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 main battery current sensor (high) control value, main battery current sensor (low) control value and displayed value.
BAT.current HI control value 13 Main 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 Main 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 Main 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 Main 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 Main battery cooling fan relay output Electric motor switch: ON OFF Code No. P1A47, P1A4E ,
Right after starting regular charge*1 ON → OFF (after several seconds elapse)
Leak sensor output (Precheck) 19 Main 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 Main 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 Main 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

  • Available items are established for these items to see the CMU control status.
  • These items are difficult to clearly show the specification value because the values much vary depending on the slight difference in the measuring conditions, in the environment or in the chronological change of the vehicle. The check conditions, displayed ranges and value variations are described.
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 main battery.
Electric motor switch: ON -5 to 120 %
Charge state (Display) 2

  • Shows charging ratio of main 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 main 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 main 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 main battery capacity after measuring main 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 main battery capacity
0.0 – 60.0 Ah
Cell current capacity difference 369 Shows difference recognized by BMU between main 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 main 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 main 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 main 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 main 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 main 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 main 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 main 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 main 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 main 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 main battery capacity. Electric motor switch: ON 0.0 – 60.0 Ah
Auto capacity measured ODO his.1 411 Shows odometer value on auto measuring main 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 main 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 main 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 main 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 main 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 main 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 main 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 main 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 main 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 main battery capacity. Electric motor switch: ON 0 – 419,417 km
Capa. measuerd discharge current 421 Shows whether the discharging current exceed the rated value at the time of auto measurement of main battery capacity. At the time of auto measurement of main battery capacity NG/not complied with, OK

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