Bil, MITSUBISHI, i-MiEV (HA0), 2013, HA3W, LDDR8, BMU

Identificere : 01 04

ECU origin: 04

Supplier number: 85

ECU ID: 01

Diagnose version: 04

Hardware version nummer: 86 00

Softwareversion: 86 00 04

Dele nummer: 8638A037

Software nummer: 8637A69600

VIN no (original): --

Class: --

Model: --

Type: --

Model year: --

Stel nr.: --

Calibration ID: --

Calibration verification number (CVN): --

P1A4C: OR line voltage

Clear DTC

Battery Total voltage: 0.0 V

Temperature module max: -50 °C

Maximum temperature module ID: 1

Module minimum temperature: -50 °C

Minimum temperature module ID: 1

Batteristrøm: -350 A

Battrey current high control value: 65185 A

Battrey current low control value: 6523.5 A

Battrey current high sensor: 655.35 V

Battrey current low sensor: 655.35 V

Leak detection flag: Tænd

Leak sensor output (Precheck): Tænd

Cell number specification: -

Max internal resistance: 14.0 mOhm

Min internal resistance: 0.0 mOhm

Battery current capacity: 14.2 Ah

Charge state (Control): -5.0 %

Battery remaining capacity: 0.0 Ah

Battery maximum input power: 0.00 kW

Battery maximum output power: 44.50 kW

Target cell voltage: 2.230 V

OR power supply voltage: 17.5 V

Charge state (Display): -5.0 %

IGCT power supply voltage: 17.5 V

Battery cell voltage difference maximum: 1.28 V

Charge current integrated value: 216.1 Ah

Battery cell maximum voltage: 2.130 V

Maximum voltage cell ID: 1

Battery cell minimum voltage: 2.100 V

Minimum voltage cell ID: 1

CMU ID07 Cell F voltage: 2.170 V

CMU ID07 Cell G voltage: 12.920 V

CMU ID07 Cell H voltage: 2.135 V

CMU ID08 Cell A voltage: 2.350 V

CMU ID08 Cell B voltage: 2.140 V

CMU ID01 Cell E voltage: 4.620 V

CMU ID08 Cell C voltage: 2.800 V

CMU ID08 Cell D voltage: 2.420 V

CMU ID08 Cell E voltage: 2.170 V

CMU ID08 Cell F voltage: 2.130 V

CMU ID08 Cell G voltage: 6.105 V

CMU ID08 Cell H voltage: 2.650 V

CMU ID09 Cell A voltage: 2.130 V

CMU ID09 Cell B voltage: 2.115 V

CMU ID09 Cell C voltage: 2.140 V

CMU ID09 Cell D voltage: 2.110 V

CMU ID01 Cell F voltage: 2.150 V

CMU ID09 Cell E voltage: 2.150 V

CMU ID09 Cell F voltage: 2.175 V

CMU ID09 Cell G voltage: 2.985 V

CMU ID09 Cell H voltage: 2.425 V

CMU ID10 Cell A voltage: 12.920 V

CMU ID10 Cell B voltage: 2.110 V

CMU ID10 Cell C voltage: 2.750 V

CMU ID10 Cell D voltage: 2.125 V

CMU ID10 Cell E voltage: 2.135 V

CMU ID10 Cell F voltage: 2.150 V

CMU ID01 Cell G voltage: 2.370 V

CMU ID10 Cell G voltage: 7.100 V

CMU ID10 Cell H voltage: 2.160 V

CMU ID11 Cell A voltage: 2.100 V

CMU ID11 Cell B voltage: 2.130 V

CMU ID11 Cell C voltage: 2.150 V

CMU ID11 Cell D voltage: 2.775 V

CMU ID11 Cell E voltage: 2.540 V

CMU ID11 Cell F voltage: 2.125 V

CMU ID11 Cell G voltage: 2.130 V

CMU ID11 Cell H voltage: 2.175 V

CMU ID01 Cell H voltage: 3.600 V

CMU ID12 Cell A voltage: 2.150 V

CMU ID12 Cell B voltage: 2.110 V

CMU ID12 Cell C voltage: 3.205 V

CMU ID12 Cell D voltage: 2.240 V

CMU ID02 Cell A voltage: 2.750 V

CMU ID02 Cell B voltage: 2.775 V

CMU ID02 Cell C voltage: 2.165 V

CMU ID02 Cell D voltage: 2.135 V

CMU ID02 Cell E voltage: 2.120 V

CMU ID02 Cell F voltage: 2.950 V

CMU ID01 Cell A voltage: 2.100 V

CMU ID02 Cell G voltage: 2.965 V

CMU ID02 Cell H voltage: 3.350 V

CMU ID03 Cell A voltage: 2.205 V

CMU ID03 Cell B voltage: 49.720 V

CMU ID03 Cell C voltage: 171.810 V

CMU ID03 Cell D voltage: 2.775 V

CMU ID03 Cell E voltage: 2.120 V

CMU ID03 Cell F voltage: 2.965 V

CMU ID03 Cell G voltage: 3.315 V

CMU ID03 Cell H voltage: 2.140 V

CMU ID01 Cell B voltage: 3.375 V

CMU ID04 Cell A voltage: 2.140 V

CMU ID04 Cell B voltage: 2.140 V

CMU ID04 Cell C voltage: 2.130 V

CMU ID04 Cell D voltage: 2.700 V

CMU ID04 Cell E voltage: 2.440 V

CMU ID04 Cell F voltage: 2.830 V

CMU ID04 Cell G voltage: 2.695 V

CMU ID04 Cell H voltage: 44.760 V

CMU ID05 Cell A voltage: 11.795 V

CMU ID05 Cell B voltage: 2.135 V

CMU ID01 Cell C voltage: 2.270 V

CMU ID05 Cell C voltage: 2.975 V

CMU ID05 Cell D voltage: 2.150 V

CMU ID05 Cell E voltage: 2.160 V

CMU ID05 Cell F voltage: 2.940 V

CMU ID05 Cell G voltage: 2.775 V

CMU ID05 Cell H voltage: 2.445 V

CMU ID06 Cell A voltage: 328.500 V

CMU ID06 Cell B voltage: 2.145 V

CMU ID06 Cell C voltage: 2.150 V

CMU ID06 Cell D voltage: 2.165 V

CMU ID01 Cell D voltage: 2.150 V

CMU ID07 Cell A voltage: 2.105 V

CMU ID07 Cell B voltage: 2.355 V

CMU ID07 Cell C voltage: 13.805 V

CMU ID07 Cell D voltage: 2.775 V

CMU ID07 Cell E voltage: 2.830 V

CMU ID02 Module temperature 3: 19 °C

CMU ID02 Module temperature 4: 18 °C

CMU ID02 Module temperature 5: 18 °C

CMU ID02 Module temperature 6: 204 °C

CMU ID03 Module temperature 1: 18 °C

CMU ID03 Module temperature 2: 18 °C

CMU ID03 Module temperature 3: 19 °C

CMU ID03 Module temperature 4: 20 °C

CMU ID03 Module temperature 5: 19 °C

CMU ID03 Module temperature 6: 204 °C

CMU ID04 Module temperature 1: 31 °C

CMU ID04 Module temperature 2: 20 °C

CMU ID04 Module temperature 3: 19 °C

CMU ID04 Module temperature 4: 18 °C

CMU ID04 Module temperature 5: 18 °C

CMU ID04 Module temperature 6: 200 °C

CMU ID05 Module temperature 1: 15 °C

CMU ID05 Module temperature 2: 18 °C

CMU ID05 Module temperature 3: 18 °C

CMU ID05 Module temperature 4: 19 °C

CMU ID01 Module temperature 1: 205 °C

CMU ID05 Module temperature 5: 19 °C

CMU ID05 Module temperature 6: -40 °C

CMU ID06 Module temperature 1: 94 °C

CMU ID06 Module temperature 2: 204 °C

CMU ID06 Module temperature 3: 204 °C

CMU ID07 Module temperature 1: 204 °C

CMU ID07 Module temperature 2: 204 °C

CMU ID07 Module temperature 3: 204 °C

CMU ID07 Module temperature 4: 18 °C

CMU ID07 Module temperature 5: 31 °C

CMU ID01 Module temperature 2: 20 °C

CMU ID07 Module temperature 6: 19 °C

CMU ID08 Module temperature 1: 18 °C

CMU ID08 Module temperature 2: 18 °C

CMU ID08 Module temperature 3: 204 °C

CMU ID08 Module temperature 4: 18 °C

CMU ID08 Module temperature 5: 18 °C

CMU ID08 Module temperature 6: 19 °C

CMU ID09 Module temperature 1: 20 °C

CMU ID09 Module temperature 2: 19 °C

CMU ID09 Module temperature 3: 204 °C

CMU ID01 Module temperature 3: -33 °C

CMU ID09 Module temperature 4: 19 °C

CMU ID09 Module temperature 5: 20 °C

CMU ID09 Module temperature 6: 19 °C

CMU ID10 Module temperature 1: 18 °C

CMU ID10 Module temperature 2: 18 °C

CMU ID10 Module temperature 3: 204 °C

CMU ID10 Module temperature 4: 18 °C

CMU ID10 Module temperature 5: 18 °C

CMU ID10 Module temperature 6: 19 °C

CMU ID11 Module temperature 1: 20 °C

CMU ID01 Module temperature 4: 20 °C

CMU ID11 Module temperature 2: 19 °C

CMU ID11 Module temperature 3: 204 °C

CMU ID11 Module temperature 4: 19 °C

CMU ID11 Module temperature 5: 20 °C

CMU ID11 Module temperature 6: -40 °C

CMU ID12 Module temperature 1: 20 °C

CMU ID12 Module temperature 2: 22 °C

CMU ID12 Module temperature 3: 183 °C

CMU ID01 Module temperature 5: 20 °C

CMU ID01 Module temperature 6: -35 °C

CMU ID02 Module temperature 1: 19 °C

CMU ID02 Module temperature 2: 120 °C

CMU ID09 Cell A Balancer drive: Tænd

CMU ID09 Cell E Balancer drive: Tænd

CMU ID09 Cell B Balancer drive: Tænd

CMU ID09 Cell F Balancer drive: Tænd

CMU ID09 Cell C Balancer drive: Tænd

CMU ID09 Cell G Balancer drive: Sluk

CMU ID09 Cell D Balancer drive: Sluk

CMU ID09 Cell H Balancer drive: Sluk

CMU ID10 Cell A Balancer drive: Tænd

CMU ID10 Cell E Balancer drive: Sluk

CMU ID10 Cell B Balancer drive: Tænd

CMU ID10 Cell F Balancer drive: Sluk

CMU ID10 Cell C Balancer drive: Sluk

CMU ID10 Cell G Balancer drive: Sluk

CMU ID10 Cell D Balancer drive: Sluk

CMU ID10 Cell H Balancer drive: Sluk

CMU ID11 Cell A Balancer drive: Tænd

CMU ID11 Cell E Balancer drive: Tænd

CMU ID11 Cell B Balancer drive: Sluk

CMU ID11 Cell F Balancer drive: Sluk

CMU ID11 Cell C Balancer drive: Tænd

CMU ID11 Cell G Balancer drive: Sluk

CMU ID11 Cell D Balancer drive: Tænd

CMU ID11 Cell H Balancer drive: Tænd

CMU ID12 Cell A Balancer drive: Sluk

CMU ID12 Cell B Balancer drive: Tænd

CMU ID12 Cell C Balancer drive: Sluk

CMU ID12 Cell D Balancer drive: Sluk

CMU ID01 Cell A Balancer drive: Tænd

CMU ID01 Cell E Balancer drive: Sluk

CMU ID01 Cell B Balancer drive: Tænd

CMU ID01 Cell F Balancer drive: Tænd

CMU ID01 Cell C Balancer drive: Sluk

CMU ID01 Cell G Balancer drive: Tænd

CMU ID01 Cell D Balancer drive: Sluk

CMU ID01 Cell H Balancer drive: Sluk

CMU ID02 Cell A Balancer drive: Sluk

CMU ID02 Cell E Balancer drive: Sluk

CMU ID02 Cell B Balancer drive: Sluk

CMU ID02 Cell F Balancer drive: Sluk

CMU ID02 Cell C Balancer drive: Sluk

CMU ID02 Cell G Balancer drive: Tænd

CMU ID02 Cell D Balancer drive: Sluk

CMU ID02 Cell H Balancer drive: Sluk

CMU ID03 Cell A Balancer drive: Sluk

CMU ID03 Cell E Balancer drive: Tænd

CMU ID03 Cell B Balancer drive: Sluk

CMU ID03 Cell F Balancer drive: Sluk

CMU ID03 Cell C Balancer drive: Sluk

CMU ID03 Cell G Balancer drive: Tænd

CMU ID03 Cell D Balancer drive: Tænd

CMU ID03 Cell H Balancer drive: Sluk

CMU ID04 Cell A Balancer drive: Sluk

CMU ID04 Cell E Balancer drive: Sluk

CMU ID04 Cell B Balancer drive: Sluk

CMU ID04 Cell F Balancer drive: Sluk

CMU ID04 Cell C Balancer drive: Sluk

CMU ID04 Cell G Balancer drive: Sluk

CMU ID04 Cell D Balancer drive: Sluk

CMU ID04 Cell H Balancer drive: Sluk

CMU ID05 Cell A Balancer drive: Sluk

CMU ID05 Cell E Balancer drive: Sluk

CMU ID05 Cell B Balancer drive: Sluk

CMU ID05 Cell F Balancer drive: Sluk

CMU ID05 Cell C Balancer drive: Sluk

CMU ID05 Cell G Balancer drive: Sluk

CMU ID05 Cell D Balancer drive: Sluk

CMU ID05 Cell H Balancer drive: Sluk

CMU ID06 Cell A Balancer drive: Sluk

CMU ID06 Cell B Balancer drive: Sluk

CMU ID06 Cell C Balancer drive: Sluk

CMU ID06 Cell D Balancer drive: Sluk

CMU ID07 Cell A Balancer drive: Tænd

CMU ID07 Cell E Balancer drive: Sluk

CMU ID07 Cell B Balancer drive: Tænd

CMU ID07 Cell F Balancer drive: Tænd

CMU ID07 Cell C Balancer drive: Tænd

CMU ID07 Cell G Balancer drive: Tænd

CMU ID07 Cell D Balancer drive: Tænd

CMU ID07 Cell H Balancer drive: Sluk

CMU ID08 Cell A Balancer drive: Sluk

CMU ID08 Cell E Balancer drive: Sluk

CMU ID08 Cell B Balancer drive: Sluk

CMU ID08 Cell F Balancer drive: Sluk

CMU ID08 Cell C Balancer drive: Sluk

CMU ID08 Cell G Balancer drive: Sluk

CMU ID08 Cell D Balancer drive: Sluk

CMU ID08 Cell H Balancer drive: Sluk

Quick charge integrated current: 0 Ah*1000

Sum total time backup: 0 Month

Charge & Discharge integrated current: 0 Ah

BAT.capa. secular deterioration: 0 %

Battery capacity cycle deterioration: 0 %

Sum total time backup: 24 Month

OBC integrated current value: 11 Ah*1000

Cell current capacity (measured): 0.4 Ah

Cell current capacity difference: -34.5 Ah

Auto capacity measured result his. 5: 40.0 Ah

Auto capacity measured result his. 6: 40.0 Ah

Auto capacity measured result his. 7: 40.0 Ah

Auto capacity measured result his. 8: 40.0 Ah

Auto capacity measured result his. 9: 40.0 Ah

Auto capacity measured result his. 10: 40.0 Ah

Auto capacity measured result his. 1: 17.0 Ah

Auto capa. measured result his. 2: 40.0 Ah

Auto capacity measured result his. 3: 40.0 Ah

Auto capacity measured result his. 4: 40.0 Ah

Auto capacity measured odometer his. 5: 0 km

Auto capacity measured odometer his. 6: 109 km

Auto capacity measured odometer his. 7: 8192 km

Auto capacity measured odometer his. 8: 1120 km

Auto capacity measured odometer his. 9: 198 km

Auto capacity measured odometer his. 10: 1670 km

Auto capacity measured odometer his. 1: 197024 km

Auto capacity measured odometer his. 2: 13875 km

Auto capacity measured odometer his. 3: 90 km

Auto capacity measured odometer his. 4: 77 km

Capacity measured discharge current: NG/Not performed

Capacity measured (MUT) comp. history: Ikke tilstede

Capacity measured Pre А/С history: Ikke tilstede

Capacity measured charge cancel history: Ikke tilstede

Capacity measured high temperature history: Ikke tilstede

Capacity measured discharge T/out history: Ikke tilstede

Capacity measured low temperature history: Ikke tilstede

Capacity measured battery heating history: Ikke tilstede

Capacity measured fail history: Ikke tilstede

Battery balancer unit

CMU support forced release

Control information

Battery capacity estimated information reset

Leak sensor precheck

CMU ID numbering

Cell voltage smoothing

Battery auto capacity measured