Bil, MITSUBISHI, i-MiEV (HA0), 2017, ZAA-HA4W, LDDB, BMU

Strøm kilde kontrol - BMU - 0

Identifikation

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): --

Fejlkoder

P1A4C: OR line voltage

Controls

Clear DTC

Levende Data

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

Udgangs test

Controls

Battery balancer unit

Muligheder

Controls

CMU support forced release

Control information

Battery capacity estimated information reset

Leak sensor precheck

CMU ID numbering

Cell voltage smoothing

Battery auto capacity measured