C101024 ошибка вольво apm

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See also VOLVO Truck Fault Codes DTC

ABS Volvo Truck Fault Codes DTC

ACM Volvo Truck Fault Codes DTC

EBS Volvo Truck Fault Codes DTC

EMS Volvo Truck Fault Codes DTC

FMI Volvo Truck Fault Codes DTC

TECU Volvo Truck Fault Codes DTC

VMCU Volvo Truck Fault Codes DTC

Volvo FH Truck APM Diagnostic Trouble Code (DTC)

C100001 Electronic parking brake, load valve, electromagnet General electrical failure

C100101 Airflow control solenoid valve General electrical failure

C100201 Airflow control system, regulator, solenoid valve General electrical malfunction

C100294 Air flow control system, regulator, solenoid valve Unexpected operation

C100301 Electronic parking brake, exhaust valve, electromagnet General electrical failure

C100401 Electronic parking brake, chassis status control valve, electromagnet General electrical failure

C100601 Power circuit 1, air pressure sensor General electrical failure

C100701 Power circuit 2, air pressure sensor General electrical failure

C100801 Parking brake control pressure sensor General electrical failure

C100864 Parking brake control pressure sensor

C100A7A Control valve pressure Fluid leak or seal failure

C100C64 Air pressure system Signal error

C100C7A Air pressure system Fluid leak or seal failure

C100C7B Air pressure system Low fluid level

C100D7B Air supply pressure, front brake circuit Low fluid level

C100E7B Air Pressure, rear brake circuit Low fluid level

C100F62 Front and rear brake circuit Signal comparison error

C101024 Humidity control system Continuously high signal

C101068 Air Humidity Monitoring System Event Information

C101164 Air pump Signal error

C101268 Air Dryer Event Information

C101512 Control Valve / Regeneration, High Side, Electromagnet Short circuit to battery voltage

C101513 Control valve / regeneration, high side, electromagnet Open circuit

C101612 Load valve / exhaust valve / status control, high side, electromagnet Short circuit to battery voltage

C101613 Pressure valve / exhaust valve / status control, high side, electromagnet Open circuit

C101862 Trailer control circuit Signal comparison error

C101D62 Parking brake circuit Signal comparison error

C101D7A Parking brake circuit Fluid leak or seal failure

C101D7B Parking brake circuit Low fluid level

C101F11 Manual control unit Short circuit to ground

C101F12 Manual control unit Short circuit to battery voltage

C101F1C Manual control unit Out of voltage range in the circuit

C101F28 Manual control unit Offset signal level out of range / Zero adjustment error

C101F45 Manual control unit Program memory failure

C101F49 Manual control unit Internal electronics failure

C101F54 Manual control unit. No calibration.

C101F64 Manual control unit Signal error

C101F86 Manual control unit Invalid signal

C101F87 Manual control unit Missing message

C102172 Pressure limiter actuator stuck open

C102316 Manual control unit, supply voltage circuit voltage in the circuit below the threshold

C102317 Manual control unit, supply voltage circuit voltage in the circuit above a threshold

C102472 Pressure control valve actuator stuck open

C102473 Pressure control valve actuator stuck in closed position

C102474 Pressure control valve actuator slippage

C102503 ADR input signal circuit Fail FM (frequency modulation) / PWM (pulse width modulation)

C102511 ADR input circuit Short circuit to ground

C102512 ADR input circuit Short circuit to battery voltage

C102527 ADR input signal circuit exceeding threshold signal rate of change

C102668 Vehicle air pressure system Event Information

C10267A Vehicle air pressure system Fluid leak or seal failure

C102768 Appointment of the parking brake Event Details

C102A01 Parking brake pressure sensor General electrical fault

C102A64 Parking brake pressure sensor Signal error

C102B01 Thermistor General electrical fault

C102B55 Thermistor Not configured

U002849 CAN communication network chassis Internal electronics failure

U002886 CAN communication network chassis Invalid signal

U002887 CAN communication network chassis Missing message

U002888 CAN communication network chassis Bus disabled

U114708 Manual control unit, backlight data transmission circuit Signal / message disturbances on the bus

U114808 Manual control unit, signal / signal disturbance indicator circuit

U114913 Redundant power supply Open circuit

U114A47 Auxiliary control unit Failure microcontroller monitoring / security system

U114A68 Auxiliary Control Event Information

U114A94 Auxiliary control unit Unexpected operation

U114B01 LIN12 Communication network General electrical failure

U114B49 LIN12 Communication Network Internal Electronics Failure

U114C68 DTC Notification Upper Limit Event Information

U300041 Electronic Control Module Total Checksum Error

U300044 Electronic Control Module Data Memory Failure

U300045 Electronic control module Program memory failure

U300046 Electronic Control Module Calibration / Parameter Memory Failure

U300049 Electronic Control Module Internal Electronics Failure

U30004A Electronic control module Incorrect component installed.

U30004B Electronic Overheat Control Module

U300054 Electronic control module. No calibration.

U300055 Electronic control module Not configured

U300094 Electronic control module Unexpected operation

U300313 Battery power Open circuit

U300316 Battery Power Circuit Voltage Below Threshold

U300317 Battery Power Circuit Voltage Above Threshold

Перезапуск блока управления осушителем воздуха MID185:

  1. Машина стоит на месте.
  2. Выключите зажигание, подождите не менее 10 секунд для сброса данных полученных от блоков управления;
  3. Отключите питание от аккумулятора с помощью выключателя или или снимите клеммы;
  4. Включите питание и наденьте клемы;
  5. Включите зажигание;
  6. Удалите коды неисправностей;
  7. Запустите двигатель.

Если код неисправности остался активным, выключите зажигание, отключите питание от аккумуляторных батарей не менее чем на 30 секунд, прежде чем предпринимать дальнейшие действия.

MID 185 PID 70

Параметр: Состояние стояночного тормоза

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 0 Давление АКБ выше 10 бар. Неисправен блок управления осушителем воздуха (установлен внутри осушителя воздуха). Заменить осушитель воздуха.
FMI 2 Значение сигнала датчика давления воздуха в АКБ выходит за допустимые пределы (датчик давления установлен внутри осушителя воздуха). Неисправен блок управления осушителем воздуха. Заменить осушителем воздуха.

MID 185 PID 84

Параметр: Скорость автомобиля

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 2 Сигнал скорости от блока управления автомобилем MID144 неверный или отсутствует. Обрыв или частичное повреждение проводки канала данных SAE J1587 / J1708. Повреждены или окислены контакты в разъемах Возможно, неисправен блок управления автомобилем.

MID 185 PID 93

Параметр: Крутящий момент

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 2 Сигнал от блока управления двигателем MID128 неверный или отсутствует. Обрыв или частичное повреждение проводки канала данных SAE J1587 / J1708. Повреждены или окислены контакты в разъемах. Возможно, неисправен блок управления двигателем.

MID 185 PID 190

Параметр: Скорость двигателя

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 2 Сигнал от блока управления двигателем MID128 неверный или отсутствует. Обрыв или частичное повреждение проводки канала данных SAE J1587 / J1708. Повреждены или окислены контакты в разъемах. Возможно, неисправен блок управления двигателем.

MID 185 PID 245

Параметр: Информация о пробеге

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 2 Сигнал, поступающий с блока управления приборной панелью MID140, неверен или отсутствует. Обрыв или частичное повреждение проводки канала данных SAE J1587 / J1708. Повреждены или окислены контакты в разъемах. Возможно неисправен блок управления приборной панелью. Проверить наличие кодов неисправностей блоков управления приборной панелью.

MID 185 PID 252

Параметр: Дата

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 2 Сигнал, поступающий с блока управления приборной панелью MID140, неверен или отсутствует. Обрыв или частичное повреждение проводки канала данных SAE J1587 / J1708. Повреждены или окислены контакты в разъемах. Возможно неисправен блок управления приборной панелью. Проверить наличие кодов неисправностей блоков управления приборной панелью.

MID 185 SID 229

Параметр: Переключатель понижающей передачи

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 2 Сигнал, поступающий от блока управления автомобилем MID144, неверный или отсутствует. Обрыв или частичное повреждение проводки канала данных SAE J1587 / J1708. Повреждены или окислены контакты в разъемах Возможно, неисправен блок управления автомобилем.

MID 185 SID 230

Параметр: Выключатель холостого хода № 1 педаль акселератора

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 2 Сигнал, поступающий от блока управления автомобилем MID144, неверный или отсутствует. Обрыв или частичное повреждение проводки канала данных SAE J1587 / J1708. Повреждены или окислены контакты в разъемах Возможно, неисправен блок управления автомобилем.

MID 185 SID 231

Параметр: Канал данных SAE J1939

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 2 Сигналы, с помощью которых блок осушителя воздуха и другие блоки управления обмениваются данными друг с другом по каналу данных SAE J1939, находятся вне диапазона или отсутствуют. Обрыв проводки, повреждение контактов в разъемах канала данных SAE J1939.

MID 185 SID 233

Параметр: Блок управления 2

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 2 Неверные внутренние расчеты. Неисправен блок управления осушителем воздуха.
FMI 8 Неверные результаты самотестирования. Неисправен блок управления осушителем воздуха.
FMI 12 Внутренняя неисправность блока управления.

MID 185 SID 240

Параметр: Программная память

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 2  Неверное значение контрольной суммы. Ошибка в программе или неверно запрограммированные параметры. Выполните перепрограммирование. Если неисправность сохраняется, замените осушитель воздуха.
FMI 8 Неверное значение контрольной суммы. Ошибка в программе. Попробуйте перезапустить MID185.
FMI 9 Неисправность внутренней памяти блока управления воздухоосушителем или неверно запрограммированные параметры. Попробуйте перезапустить MID185. выполнить перепрограммирование. Если неисправность сохраняется, замените осушитель воздуха.
FMI 10 Неправильно запрограммированы параметры в блоке управления воздухоосушителем. Попробуйте перезапустить MID185. выполнить перепрограммирование. Если неисправность сохраняется, замените осушитель воздуха.
FMI 11 Неправильно запрограммированы параметры в блоке управления воздухоосушителем. Попробуйте перезапустить MID185. Выполните перепрограммирование. Если неисправность сохраняется, замените осушитель воздуха.
FMI 12 Неисправен блок управления осушителем воздуха. Замените осушитель воздуха.
FMI 14 Неисправен блок управления осушителем воздуха. Замените осушитель воздуха.

MID 185 SID 246

Параметр: Переключатель педали тормоза

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 2 Сигнал с блока управления тормозной системой MID136 неверный или отсутствует. Обрыв или частичное повреждение проводки канала данных SAE J1587 / J1708. Повреждены или окислены контакты в разъемах. Возможно, неисправен блок управления тормозами MID136 или блок управления автомобилем MID144.

MID 185 SID 251

Параметр: Блок управления электропитанием осушителя воздуха

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 0 Высокое напряжение между силовым контактом 3 и заземляющим контактом 4 на разъеме осушителя воздуха. Возможна неисправность генератора. Попробуйте перезапустить MID185.
FMI 1 Низкое напряжение между силовыми контактами 3 или 1 и заземляющим контактом 4 на разъеме осушителя воздуха. Короткое замыкание на массу проводов источника питания. Попробуйте перезапустить MID185.
FMI 5 Обрыв проводов питания к контактам осушителя воздуха 3 или 1, обрыв провода массы к контакту осушителя воздуха 4. Перегорел один из предохранителей F8 или F47. Попробуйте перезапустить MID185.

MID 185 SID 252

Параметр: Блок управления калибровкой

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 14 Блок управления находится в режиме самотестирования. Попробуйте перезапустить MID185.

MID 185 SID 253

Параметр: Датчик памяти EEPROM

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 2 Неверное значение контрольной суммы в начале работы. Неправильно запрограммированы параметры в блоке управления осушителем воздуха. Попробуйте перезапустить MID185. Выполните перепрограммирование.
FMI 6 Внутренняя неисправность в блоке управления воздухоосушителем. Попробуйте перезапустить MID185. Выполните перепрограммирование. Если неисправность сохраняется, замените осушитель воздуха.
FMI 7 Неверное значение контрольной суммы в начале работы. Неправильно запрограммированы параметры в блоке управления осушителем воздуха. Попробуйте перезапустить MID185. Выполните перепрограммирование.
FMI 12 Внутренняя неисправность в блоке управления воздухоосушителем. Попробуйте перезапустить MID185. Выполните перепрограммирование. Если неисправность сохраняется, замените осушитель воздуха.
FMI 13 Внутренняя неисправность в блоке управления воздухоосушителем. Попробуйте перезапустить MID185. Выполните перепрограммирование. Если неисправность сохраняется, замените осушитель воздуха.
FMI 14 Внутренняя неисправность в блоке управления воздухоосушителем. Попробуйте перезапустить MID185. Выполните перепрограммирование. Если неисправность сохраняется, замените осушитель воздуха.

MID 185 SID 254

Параметр: Блок управления 1

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 2, 10, 11, 12 Внутренняя неисправность в блоке управления воздухоосушителем. Попробуйте перезапустить MID185. Выполните перепрограммирование. Если неисправность сохраняется, замените осушитель воздуха.

MID 185 PPID 55

Параметр: Температура блока управления

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 2 Сигнал датчика внутренней температуры блока управления воздухоосушителем вне допустимого диапазона. Неисправен блок управления осушителем воздуха. Заменить осушитель воздуха.
FMI 10 Температура агрегата ниже -48 градусов или выше +93 градуса. Экстремальные погодные условия или неисправный датчик температуры. Перезапустить MID185 при температуре окружающего воздуха 20 градусов. Если код остается активным, замените воздухоочиститель.

MID 185 PPID 258

Параметр: Контроль оборотов двигателя

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 2 Сигнал от блока управления двигателем MID128 неверный или отсутствует. Обрыв или частичное повреждение проводки канала данных. Повреждены или окислены контакты в разъемах. Возможно, неисправен блок управления двигателем.

MID 185 PPID 294

Параметр: Давление воздуха в контуре стояночного тормоза

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 8 Давление в контуре стояночного тормоза увеличивается даже при активированном электромагнитном клапане. Попадание воздуха из контура прицепа или неисправного осушителя воздуха. Попадание воздуха из контура прицепа или неисправного осушителя воздуха. Попробуйте полностью осушить и заполнить пневматическую систему. Попробуйте перезапустить MID185.
FMI 9 Контур стояночного тормоза не полностью заполнен за определенный промежуток времени. Утечка жидкости в стояночном тормозе или цепи прицепа заблокированы или частично заблокированы. Попробуйте полностью осушить и заполнить пневматическую систему. Попробуйте перезапустить MID185.
FMI 12 Давление воздуха в контуре стояночного тормоза или контуре прицепа ниже 4,5 бар на скорости выше 10 км/ч. Утечка в стояночном тормозе или цепи прицепа заблокированы или частично заблокированы. Попробуйте полностью осушить и заполнить пневматическую систему. Попробуйте перезапустить MID185.

MID 185 PPID 295

Параметр: Фиксированное нейтральное положение

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 2 Сигнал с блока управления автомобилем MID144 неверный или отсутствует. Обрыв или частичное повреждение проводки канала данных SAE J1587 / J1708. Повреждены или окислены контакты в разъемах. Возможно неисправен блок управления автомобилем.

MID 185 PPID 305

Параметр: Передний контур главной тормозной системы

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 0 Давление в переднем контуре выше 14 Бар при скорости более 10 км / ч. Неисправный осушитель воздуха. Попробуйте полностью опорожнить и заполнить пневматическую систему. Попробуйте перезапустить MID185.
FMI 12 Давление в переднем контуре ниже 4,5 бар, при скорости более 10 км/ч. Элементы переднего контура негерметичны или частично забиты. Попробуйте полностью опорожнить и заполнить пневматическую систему. Попробуйте перезапустить MID185.

MID 185 PPID 306

Параметр: Задняя сторона основной тормозной системы

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 0 Давление воздуха в заднем контуре на 1,5 бар выше. давление автоматического отключения. Неисправный осушитель воздуха. Попробуйте полностью осушить и заполнить пневматическую систему. Попробуйте перезапустить MID185.
FMI 12 Давление в заднем контуре ниже 4,5 Бар, при скорости более 10 км / ч. Элементы задней петли негерметичны или частично забиты. Попробуйте перезапустить MID185.

MID 185 PSID 1

Параметр: Главный электромагнитный клапан

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 3, 5 Внутренняя неисправность в блоке управления воздухоосушителем. Заменить осушитель воздуха.

MID 185 PSID 2

Параметр: Предохранительный клапан

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 3, 5 Внутренняя неисправность в блоке управления воздухоосушителем. Заменить осушитель воздуха.

MID 185 PSID 3

Параметр: Восстановление клапана

Код ошибки:

Диагностический код неисправности Название кода Тип неисправности
FMI 3, 5, 6, 7, 8, 9 Для FMI 8 сначала проверьте целостность проводки канала данных SAE J1939 и SAE J1587. Внутренняя неисправность в блоке управления осушителем воздуха. Заменить осушитель воздуха.

MID 185 PSID 4

Параметр: Запорный клапан

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 3, 5, 6, 7, 8, 9 Для FMI 8 сначала проверьте целостность проводки канала данных SAE J1939 и SAE J1587. Внутренняя неисправность в блоке управления осушителем воздуха. Заменить осушитель воздуха.

MID 185 PSID 5

Параметр: Привод, отопление

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 3 Замыкание провода питания воздухоосушителя на плюс от аккумуляторов или воздухоосушителя Проверить контакты
FMI 5 Внутренняя неисправность в блоке управления воздухоосушителем. Заменить осушитель воздуха.
FMI 6 Внутренняя неисправность в блоке управления воздухоосушителем. Заменить осушитель воздуха.
FMI 7 Внутренняя неисправность в блоке управления воздухоосушителем. Заменить осушитель воздуха.
FMI 9 Внутренняя неисправность в блоке управления воздухоосушителем. Заменить осушитель воздуха.
FMI 13 Неправильно запрограммированы параметры в блоке управления воздухоосушителем. Попробуйте перезапустить MID185. Выполните перепрограммирование. Если неисправность сохраняется, замените осушитель воздуха.

MID 185 PSID 6

Параметр: Датчик давления воздуха в переднем тормозном контуре

Код ошибки:

Диагностический код неисправности Название кода Тип неисправности
FMI 2 Сигналы датчика давления воздуха в переднем контуре имеют значения, выходящие за пределы нормы. Неисправен блок управления осушителем воздуха.
FMI 10 Высокий перепад давления в переднем и заднем контурах. Утечка воздуха в одном из контуров. Попробуйте перезапустить MID185.

MID 185 PSID 7

Параметр: Датчик давления воздуха в заднем тормозном контуре

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 2 Сигналы датчика давления воздуха в обратном контуре имеют значения, выходящие за пределы нормы. Внутренняя неисправность в блоке управления осушителем воздуха. Заменить осушитель воздуха.

MID 185 PSID 8

Параметр: Датчик давления воздуха в контуре стояночного тормоза

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 2 Сигналы датчика давления воздуха в обратном контуре имеют значения, выходящие за пределы нормы. Внутренняя неисправность в блоке управления осушителем воздуха. Заменить осушитель воздуха.

MID 185 PSID 10

Параметр: Настройка электромагнитного клапана

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 13 Внутренняя неисправность в блоке управления воздухоосушителем. Заменить осушитель воздуха.

MID 185 PSID 11

Параметр: Настройка датчиков давления

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 13 Внутренняя неисправность в блоке управления воздухоосушителем. Заменить осушитель воздуха.

MID 185 PSID 13

Параметр: Ограничитель давления

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 2 Высокое давление воздуха в контуре стояночного тормоза и тормозном контуре прицепа. Давление выше 10 бар. Неисправен блок управления осушителем воздуха. Попробуйте перезапустить MID185.

MID 185 PSID 19

Параметр: Фильтрующий элемент осушителя воздуха

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 0 Давление 12,5 Бар не поддерживается. Утечка воздуха в системе автомобиля или прицепа, неисправен компрессор, заблокирован воздуховод между компрессором и осушителем воздуха. Элемент осушителя воздуха полностью заполнен влагой. Возможен неисправный осушитель воздуха. Сначала замените фильтрующий элемент. Попробуйте перезапустить MID185.

MID 185 PSID 20

Параметр: Фильтрующий элемент осушителя воздуха.

Давление отключения компрессора 12,5 бар. долго не достигалось. Утечка воздуха в системе автомобиля или прицепа, неисправен компрессор, заблокирован воздуховод между компрессором и осушителем воздуха. Элемент осушителя воздуха полностью заполнен влагой. Возможен неисправный осушитель воздуха. Сначала замените фильтрующий элемент. Попробуйте перезапустить MID185.

MID 185 PSID 21

Параметр: Большое количество конденсата в тормозной системе

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 0 Давление отключения компрессора 12,5 бар. долго не достигалось. Утечка воздуха в системе автомобиля или прицепа, неисправен компрессор, заблокирован воздуховод между компрессором и осушителем воздуха. Элемент осушителя воздуха полностью заполнен влагой. Возможен неисправный осушитель воздуха. Сначала замените фильтрующий элемент. Попробуйте перезапустить MID185.

MID 185 PSID 22

Параметр: Активация компрессора

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 0 Давление 12,5 Бар не поддерживается. Утечка воздуха в системе автомобиля или прицепа, неисправен компрессор, заблокирован воздуховод между компрессором и осушителем воздуха. Элемент осушителя воздуха полностью заполнен влагой. Возможен неисправный осушитель воздуха. Сначала замените фильтрующий элемент. Попробуйте перезапустить MID185.

MID 185 PSID 30

Параметр: Давление воздуха в тормозной системе

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 0 Давление в фазе нагнетания выше более чем на 0,5 Бар. Возможно, неисправен блок управления осушителем воздуха. Попробуйте перезапустить MID185.
FMI 1 Давление воздуха в тормозной системе ниже нормы. Утечка воздуха из тормозной системы. Фактическое давление воздуха в тормозной системе отличается от давления, измеренного блоком управления осушителем воздуха. Попробуйте перезапустить MID185.
FMI 2 Внутренняя неисправность в блоке управления воздухоосушителем. Заменить осушитель воздуха.

MID 185 PSID 200

Параметр: Нарушение канала передачи данных SAE J1939 с блоком управления двигателем MID128

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 9 Блок управления воздухоосушителем MID185 не принимает сигналы от блока управления двигателем MID128 по каналу данных SAE J1939. Обрыв или частичное повреждение провода передачи данных между блоками. Возможно, неисправен блок управления двигателем.

MID 185 PSID 201

Параметр: Нарушение канала передачи данных SAE J1939 с блоком управления автомобилем MID144

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 9 Блок управления воздухоосушителем MID185 не принимает сигналы от блока управления автомобилем MID144 по каналу данных SAE J1939. Обрыв или частичное повреждение провода передачи данных между блоками. Возможно неисправен блок управления автомобилем.

MID 185 PSID 202

Параметр: Нарушение канала передачи данных SAE J1939 с блоком управления приборной панелью MID140

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 9 Блок управления осушителем MID185 в течение 5 секунд не получает сигналы по данным SAE J1939 от блока управления приборной панелью MID140. Обрыв или частичное повреждение провода данных между блоками Возможно неисправен блок управления приборной панелью.

MID 185 PSID 203

Параметр: Нарушение канала передачи данных SAE J1939 с блоком управления приборной панелью MID140

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 9 Блок управления осушителем MID185 в течение 50 секунд не получает сигналы по данным SAE J1939 от блока управления приборной панелью MID140. Обрыв или частичное повреждение провода передачи данных между блоками. Возможно неисправен блок управления приборной панелью.

MID 185 PSID 204

Параметр: Нарушение канала передачи данных SAE J1939 с блоком управления тормозной системы MID136

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 8 Конфликт сигналов от блока управления воздухоосушителем MID185 и блока управления системой торможения MID136. Обрыв или частичное повреждение провода передачи данных между блоками. Возможно неисправен блок управления тормозной системой.
FMI 9 Обрыв или частичное повреждение провода данных между блоками. Возможно неисправен блок управления тормозной системой.

MID 185 PSID 205

Параметр: Нарушение канала передачи данных SAE J1939 с блоком управления коробкой передач MID130

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 9 Блок управления воздухоосушителем MID185 не получает сигналы от блока управления коробкой передач MID136 по каналу данных SAE J1939. Обрыв или частичное повреждение провода передачи данных между блоками. Возможно, неисправен блок управления коробкой передач.

MID 185 PSID 208

Параметр: Нарушение канала передачи данных SAE J1939 с блоком управления пневматической подвеской MID150

Ошибка:

Диагностический код неисправности Название кода Тип неисправности
FMI 2 Сигналы от блока управления пневмоподвеской MID150 неверны или отсутствуют. Возможно, неисправен блок управления пневмоподвеской.
FMI 9 Обрыв или частичное повреждение проводов канала данных между блоками. Возможно, неисправен блок управления пневмоподвеской

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Renult 
06-22-2023, 03:25 PM

Hi,
Renault T range 13 L 440 KM from 2015, ca. 600 tkm. 

I have problem with APM, two DTCs active:
C101024 — I replaced new original cartridge and reset the maintenance data of APM cartridge. After ca. 5000 km fault code came back. I had disassembly cartridge but looks ok and APM under filter cover looks fine/clean. This time I had dissasembly only first steel air pipe from compressor situated along enginge. Cross-section reduced due to dirt no more than 5-10%. I cleaned the pipe.
C101164 — I’m not sure but some time ago I had probably disable paramter P1F08. I’m wondering if that’s the cause, but I don’t like when the engine accelerate up right after starting it.
I haven’t noticed any air leakage.
Any tips or suggestion?

Thanks given by:

juru123  **
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06-30-2023, 06:31 PM

(06-22-2023, 03:25 PM)juru123 Wrote: Hi,
Renault T range 13 L 440 KM from 2015, ca. 600 tkm. 

I have problem with APM, two DTCs active:
C101024 — I replaced new original cartridge and reset the maintenance data of APM cartridge. After ca. 5000 km fault code came back. I had disassembly cartridge but looks ok and APM under filter cover looks fine/clean. This time I had dissasembly only first steel air pipe from compressor situated along enginge. Cross-section reduced due to dirt no more than 5-10%. I cleaned the pipe.
C101164 — I’m not sure but some time ago I had probably disable paramter P1F08. I’m wondering if that’s the cause, but I don’t like when the engine accelerate up right after starting it.
I haven’t noticed any air leakage.
Any tips or suggestion?

More thorough cleaning of the first and the next two steel tubes solved the problem.

Thanks given by:

CODE DESCRIPTION
C100001 Electronic Parking Brake, Load Valve, Electromagnet General Electrical Failure
C100101 Airflow Control Solenoid Valve General Electrical Failure
C100201 Airflow Control System, Regulator, Solenoid Valve General Electrical Malfunction
C100294 Air Flow Control System, Regulator, Solenoid Valve Unexpected Operation
C100301 Electronic Parking Brake, Exhaust Valve, Electromagnet General Electrical Failure
C100401 Electronic Parking Brake, Chassis Status Control Valve, Electromagnet General Electrical Failure
C100601 Power Circuit 1, Air Pressure Sensor General Electrical Failure
C100701 Power Circuit 2, Air Pressure Sensor General Electrical Failure
C100801 Parking Brake Control Pressure Sensor General Electrical Failure
C100864 Parking Brake Control Pressure Sensor
C100A7A Control Valve Pressure Fluid Leak Or Seal Failure
C100C64 Air Pressure System Signal Error
C100C7A Air Pressure System Fluid Leak Or Seal Failure
C100C7B Air Pressure System Low Fluid Level
C100D7B Air Supply Pressure, Front Brake Circuit Low Fluid Level
C100E7B Air Pressure, Rear Brake Circuit Low Fluid Level
C100F62 Front And Rear Brake Circuit Signal Comparison Error
C101024 Humidity Control System Continuously High Signal
C101068 Air Humidity Monitoring System Event Information
C101164 Air Pump Signal Error
C101268 Air Dryer Event Information
C101512 Control Valve / Regeneration, High Side, Electromagnet Short Circuit To Battery Voltage
C101513 Control Valve / Regeneration, High Side, Electromagnet Open Circuit
C101612 Load Valve / Exhaust Valve / Status Control, High Side, Electromagnet Short Circuit To Battery Voltage
C101613 Pressure Valve / Exhaust Valve / Status Control, High Side, Electromagnet Open Circuit
C101862 Trailer Control Circuit Signal Comparison Error
C101D62 Parking Brake Circuit Signal Comparison Error
C101D7A Parking Brake Circuit Fluid Leak Or Seal Failure
C101D7B Parking Brake Circuit Low Fluid Level
C101F11 Manual Control Unit Short Circuit To Ground
C101F12 Manual Control Unit Short Circuit To Battery Voltage
C101F1C Manual Control Unit Out Of Voltage Range In The Circuit
C101F28 Manual Control Unit Offset Signal Level Out Of Range / Zero Adjustment Error
C101F45 Manual Control Unit Program Memory Failure
C101F49 Manual Control Unit Internal Electronics Failure
C101F54 Manual Control Unit. No Calibration.
C101F64 Manual Control Unit Signal Error
C101F86 Manual Control Unit Invalid Signal
C101F87 Manual Control Unit Missing Message
C102172 Pressure Limiter Actuator Stuck Open
C102316 Manual Control Unit, Supply Voltage Circuit Voltage In The Circuit Below The Threshold
CODE DESCRIPTION
C102317 Manual Control Unit, Supply Voltage Circuit Voltage In The Circuit Above A Threshold
C102472 Pressure Control Valve Actuator Stuck Open
C102473 Pressure Control Valve Actuator Stuck In Closed Position
C102474 Pressure Control Valve Actuator Slippage
C102503 Adr Input Signal Circuit Fail Fm (Frequency Modulation) / Pwm (Pulse Width Modulation)
C102511 Adr Input Circuit Short Circuit To Ground
C102512 Adr Input Circuit Short Circuit To Battery Voltage
C102527 Adr Input Signal Circuit Exceeding Threshold Signal Rate Of Change
C102668 Vehicle Air Pressure System Event Information
C10267A Vehicle Air Pressure System Fluid Leak Or Seal Failure
C102768 Appointment Of The Parking Brake Event Details
C102A01 Parking Brake Pressure Sensor General Electrical Fault
C102A64 Parking Brake Pressure Sensor Signal Error
C102B01 Thermistor General Electrical Fault
C102B55 Thermistor Not Configured
U002849 Can Communication Network Chassis Internal Electronics Failure
U002886 Can Communication Network Chassis Invalid Signal
U002887 Can Communication Network Chassis Missing Message
U002888 Can Communication Network Chassis Bus Disabled
U114708 Manual Control Unit, Backlight Data Transmission Circuit Signal / Message Disturbances On The Bus
U114808 Manual Control Unit, Signal / Signal Disturbance Indicator Circuit
U114913 Redundant Power Supply Open Circuit
U114A47 Auxiliary Control Unit Failure Microcontroller Monitoring / Security System
U114A68 Auxiliary Control Event Information
U114A94 Auxiliary Control Unit Unexpected Operation
U114B01 Lin12 — Communication Network General Electrical Failure
U114B49 Lin12 — Communication Network Internal Electronics Failure
U114C68 Dtc Notification Upper Limit Event Information
U300041 Electronic Control Module Total Checksum Error
U300044 Electronic Control Module Data Memory Failure
U300045 Electronic Control Module Program Memory Failure
U300046 Electronic Control Module Calibration / Parameter Memory Failure
U300049 Electronic Control Module Internal Electronics Failure
U30004A Electronic Control Module Incorrect Component Installed.
U30004B Electronic Overheat Control Module
U300054 Electronic Control Module. No Calibration.
U300055 Electronic Control Module Not Configured
U300094 Electronic Control Module Unexpected Operation
U300313 Battery Power Open Circuit
U300316 Battery Power Circuit Voltage Below Threshold
U300317 Battery Power Circuit Voltage Above Threshold

————————————————————————————————————————————————————————————

C100601

“Failure is set if the sensor shorted to ground.

Failure is set if the sensor shorted to power supply.”

General Electrical Failure

Circuit #1 pressure information will not available.

“- damage of the sensor wiring

– damage of the sensor or

– damage of the ECU”

Diagnostic Service 14. No additional action is needed.

– Check pressure in Air supply circuit 1 by manometer. Pressure should be <12.6b.

– If overpressure is measured, replace APM.

Air supply circuit 1 pressure sensor

————————————————————————————————————————————————————————————

C100701

“Failure is set if the sensor shorted to ground.

Failure is set if the sensor shorted to power supply.”

General Electrical Failure

Circuit #2 pressure information will not available.

“- damage of the sensor wiring

– damage of the sensor or

– damage of the ECU”

Diagnostic Service 14. No additional action is needed.

– Check pressure in Air supply circuit 2 by manometer. Pressure should be <12.6b.

– If overpressure is measured, replace APM.

Air supply circuit 2 pressure sensor

————————————————————————————————————————————————————————————

U300041

“Drive software checksum is wrong Flash, NVM checksum is wrong.”

General Checksum Failure

Pneumatic backup air management control (idle cut-off, no regeneration) No EPB functions Pneumatic backup release and apply of PB is possible No CAN and LIN communication.

No ParkBrakeActuationStatus.

“- Demage of the flash and/or flash content

– Last drive software download faild

– Damage of the eeprom of the ECU”

Diagnostic Service 14. No additional action is needed.

– download SW and datasets

– Replace APM

Electronic control unit

————————————————————————————————————————————————————————————

U300044

“At least one dataset parameter out of range or relation error among parameters.

Data Memory Failure

Pneumatic backup air management control (idle cut-off, no regeneration) No EPB functions Pneumatic backup release and apply of PB is possible No CAN and LIN communication.

No ParkBrakeActuationStatus.

– Incorrect/Unrealistic data written into APM

– Dataset damage

Diagnostic Service 14. No additional action is needed.

– Download dataset

– Execute Restore supplier data memory area routine

– Check the improper parameters and their writing times. If it happened after parameter set up then do the programming again, if not then replace the sample.

– Replace APM

Electronic control unit

Node

DTC ISO

FailureEvent

FTB_Name

FunctBehaviorDesc

PossibleRootCause

ProcedureEraseConfirmedDtc

ProposedWorkshopAction

ProprietaryName

————————————————————————————————————————————————————————————

U300045

Boot strap loader (BSL) invalid or incompatible with Main software (MSW)

Program Memory Failure

Pneumatic backup air management control (idle cut-off, no regeneration) No EPB functions Pneumatic backup release and apply of PB is possible No CAN and LIN communication.

No ParkBrakeActuationStatus.

“Main SW download is interrupted OR wrong compatibility number between  BSL and Main SW.

Diagnostic Service 14. No additional action is needed.

– download SW

– Replace APM

Electronic control unit

————————————————————————————————————————————————————————————

U300046

Dataset compatibility or block checksum calculation fails

Calibration / Parameter Memory Failure

Pneumatic backup air management control (idle cut-off, no regeneration) No EPB functions Pneumatic backup release and apply of PB is possible No CAN and LIN communication.

No ParkBrakeActuationStatus.

Damage of the EEPROM of the ECU Damage of the flash and/or flash content Compatibility number of datasets and MSW differs. SM function for updating failures was called with a parameter which is out of range.

Diagnostic Service 14. No additional action is needed.

– download dataset

– execute restore system supplier data

– download MSW

– replace APM

Electronic control unit

————————————————————————————————————————————————————————————

U300049

EEPROM invalid or unpartitioned or protected EEPROM invalid or CSWC internal failure

Internal Electronic Failure

Pneumatic backup air management control (idle cut-off, no regeneration) No EPB functions Pneumatic backup release and apply of PB is possible No CAN and LIN communication.

No ParkBrakeActuationStatus.

– No valid eeprom downloaded

– Damage of the eeprom of the ECU

– CSWC internal failure

Diagnostic Service 14. No additional action is needed.

– Replace APM

Electronic control unit

————————————————————————————————————————————————————————————

U30004A

HW stepping / MV / heater / sensor configuration is incompatible with the Main SW

Incorrect Component Installed

Pneumatic backup air management control (idle cut-off, no regeneration) No EPB functions Pneumatic backup release and apply of PB is possible No CAN and LIN communication.

No ParkBrakeActuationStatus.

– Software is incompatible with the hardware or number of solenoids or sensors

Diagnostic Service 14. No additional action is needed.

– download Main software (MSW) and download dataset

– Replace APM

Electronic control unit

————————————————————————————————————————————————————————————

U30004B

Ecu temperature is too high.

Normal operating

range: -40 to +85°C

Over Temperature

High risk of unintended parking brake actuation

Environement temperature is above normal operating range or ECU damaged

– Diagnostic Service 14. No additional action is needed.

– Check the temperature arround  APM : High temperature can be caused by (gaz Exhaust leakage, wrong installation of cab heating system…).

Electronic control unit

————————————————————————————————————————————————————————————

U300054

End-of-line (vehicle related) parameter setting (dataset) is missing

Missing Calibration

Parking brake function related plausibility monitoring disbaled.

Dataset is missing.

Diagnostic Service 14. No additional action is needed.

– Download vehicle configuration dataset

– Check parking brake chamber configuration of the axles

Electronic control unit

Node

DTC ISO

FailureEvent

FTB_Name

FunctBehaviorDesc

PossibleRootCause

ProcedureEraseConfirmedDtc

ProposedWorkshopAction

ProprietaryName

————————————————————————————————————————————————————————————

U300055

DFLASH dataset invalid

Not Configured

Pneumatic backup air management control (idle cut-off, no regeneration) No EPB functions Pneumatic backup release and apply of PB is possible No CAN and LIN communication.

No ParkingBrakeActuation Status

No valid Dflash downloaded

Diagnostic Service 14. No additional action is needed.

– Flash the dataset.

– Replace APM if not successful.

Electronic control unit

————————————————————————————————————————————————————————————

U300094

Microcontroller halted unexpectedly

Unexpected Operation

Pneumatic backup air management control (idle cut-off, no regeneration) No EPB functions Pneumatic backup release and apply of PB is possible No CAN and LIN communication.

No ParkBrakeActuationStatus.

– Unexpected microcontroller error caused by software or hardware

Diagnostic Service 14. No additional action is needed.

– dowload Main software (MSW)

– Replace APM

Electronic control unit

————————————————————————————————————————————————————————————

U002849

CAN driver hardware

/ software error

Internal Electronic Failure

CAN communication restricted, worst case: Pneumatic backup air management control (idle cut-off, no regeneration)

No EPB functions Pneumatic backup release and apply of PB is possible

No CAN and LIN communication. No

ParkBrakeActuationStatus.

internal ECU Can driver failure

Diagnostic Service 14. No additional action is needed.

– Replace APM

CAN Communication Chassis Net

————————————————————————————————————————————————————————————

U002886

At least one of the follwing signals has error value: WheelBasedVehicleS peed, DriverEngineShutoff

_rqst, Vehicle mode WheelBasedVehicleS peed – updated only in high VM DriverEngineShutoff

_rqst – updated in all VM

Signal Invalid

Vehicle mode invalid: No parking brake release is possible, automatic functions and trailer test is not available / WheelBasedVehicleSpeed, DriverEngineShutoff_rqst is invalid: If redundant signals are also missing then Autorelease not available XPR not available

Damage of other ECUs

Diagnostic Service 14. No additional action is needed.

– Read out failure codes of the Vehicle ECU (VMCU)

– Check communication of the Chassis Net

– Check ECUs connected to the Chassis Net

CAN Communication Chassis Net

Node

DTC ISO

FailureEvent

FTB_Name

FunctBehaviorDesc

PossibleRootCause

ProcedureEraseConfirmedDtc

ProposedWorkshopAction

ProprietaryName

————————————————————————————————————————————————————————————

U002887

Timeout of Vehicle mode signal is over Vehicle mode or WheelBasedVehicleS peed or DriverEngineShutoff

_rqst is not received in time (6x the missingignal peridoicity)

Missing Message

Vehicle mode missing: No parking brake release is possible, automatic functions and trailer test is not available / WheelBasedVehicleSpeed, DriverEngineShutoff_rqst is missing: If redundant signals are also missing then Autorelease not available XPR not available

Demage onVMCU. damage on CAN bus Damage on CAN wiring.

Diagnostic Service 14. No additional action is needed.

– Read out failure codes of the Vehicle ECU

– Check APM connector and CAN wires and contacts

– Check the Chassis Net wires and communication.

CAN Communication Chassis Net

————————————————————————————————————————————————————————————

U002888

CAN electronic data link bus off detected if there is no difference between the CAN wires

Bus off

Wake up by LIN. Just manual parking is possible. Governing is working. No ParkingBrakeActuation Status

– CAN cabling errors (e.g. short circuit

Diagnostic Service 14. No additional action is needed.

– Check CAN wires and connector pins. Measure bus resistance

– Replace APM

CAN Communication Chassis Net

————————————————————————————————————————————————————————————

U300313

Direct battery supply line (pin 5) voltage level below 16 Volt threshold.

Circuit Open

Power supply redundancy is lost, possible loss of learned parameters.

Shut down process is not guaranteed (Autopark, final reg, Compressor pipe exhaust).

Parking brake actuation is not guaranteed at ignition off.

– wrong supply voltage level

– damage of wiring

– internal electric failure

Diagnostic Service 14. No additional action is needed.

– Check wiring, connectors, fuse.

– Check battery voltage

– Replace APM

Battery Power

————————————————————————————————————————————————————————————

U300316

Maximum voltage of battery supply lines (pin 5 and pin14) below threshold longer than a timeframe 110ms

If voltage level below 16V

Circuit Voltage Below Threshold

Further voltage decrease might cause Pneumatic backup of the air management control (idle cut-off, no regeneration) and No EPB functions Pneumatic backup release and apply of PB is possible.

– wrong supply voltage level

– internal electric failure

– damage of the ECU

– damage of wiring

Diagnostic Service 14. No additional action is needed.

– Check wiring, connectors, fuse.

– Check battery voltage

– Replace APM

Battery Power

————————————————————————————————————————————————————————————

U300317

Maximum voltage of battery supply lines (pin 5 and pin14) above threshold (32V) longer than a timeframe

Circuit Voltage Above Threshold

Further voltage increase might cause Pneumatic backup of the air management control (idle cut-off, no regeneration) and No EPB functions Pneumatic backup release and apply of PB is possible.

– wrong supply voltage level

– internal electric failure

– damage of the ECU

– damage of wiring

Diagnostic Service 14. No additional action is needed.

– Check wiring, connectors, fuse.

– Check battery voltage

– Replace APM

Battery Power

————————————————————————————————————————————————————————————

C100101

Failure detected in the electrical circuit of the regeneration magnet valve

General Electrical Failure

Pneumatic backup air management control (idle cut-off, no regeneration)

“- damage of the wiring

– damage of the Magnet Valve

– damage of the ECU”

Diagnostic Service 14. No additional action is needed.

– Replace APM

Air Management Regeneration Solenoid Valve

————————————————————————————————————————————————————————————

C100201

“Failure detected in the electrical circuit of the governor magnet valve

General Electrical Failure

Pneumatic backup air management control (idle cut-off, no regeneration)

“- damage of the wiring

– damage of the Magnet Valve

– damage of the ECU”

Diagnostic Service 14. No additional action is needed.

– Replace APM

Air Management Governor Solenoid Valve

Node

DTC ISO

FailureEvent

FTB_Name

FunctBehaviorDesc

PossibleRootCause

ProcedureEraseConfirmedDtc

ProposedWorkshopAction

ProprietaryName

————————————————————————————————————————————————————————————

C100294

Failure is set in case of external  excitation on the MV

Unexpected Operation

Compressor is continuously in off-load, vehicle will loose the stored compressed air.

– damage of the ECU

– unintended actuation

– shortcut in the magnet valve circuit (due to humidity)

Diagnostic Service 14. No additional action is needed.

– Replace APM

Air Management Governor Solenoid Valve

————————————————————————————————————————————————————————————

C102A01

Failure is set if the sensor shorted to ground.

Failure is set if the sensor shorted to ubat.

General Electrical Failure

EPB: No functional effect, redundant information is lost. Backup Level 1.

PPB: Parking brake actuation status is not available.

damage of the sensor wiring damage of the sensor or damage of the ECU

Diagnostic Service 14. No additional action is needed.

– Replace APM

Parking Brake Chamber Pressure Sensor

————————————————————————————————————————————————————————————

C100A7A

System pressure level increases over cut off level more than 0.5 bar staying in off load phase

*setting the DTC indirectly depends on vehicle modes when the engine is running

Fluid Leak or Seal Failure

Compressor cannot be switched to off-load. High pressure. Limited circuits are not affected.

“1. ESS line damaged

2. Unloader valve failure

3. Magnet valve failure

4. Sensor failure”

Diagnostic Service 14. No additional action is needed.

1 – Check if compressor control pipe  line has no leakage when compressor is off load .

2 – Unloader – Open the cartridge, Check area below the cartridge in the sieve area (and  below the sieve) against dirt or ice  and blockings (sieve blocked), check main exhaust silencer if not blocked

3- If no problem on compressor pipe and no dirt, replace unloader valve. (Kit). 4 – If still problem , replace  APM

Governor valve pressure

————————————————————————————————————————————————————————————

C100C64

No more failure free pressure sensor available in circuits without pneumatic pressure limiter without back stream or check valve.System pressure cannot be estimated.

Signal Plausibility Failure

Pneumatic backup air management control (idle cut-off, no regeneration) No electronic parking brake release is not possible.

See the root causes of failures reported simultaneously

Diagnostic Service 14. No additional action is needed.

– Check if power supply voltage is less than 8 Volt (in this case also the DTC U300316 is active)

– Deflate the air tanks – fill-up and follow if pressures are increasing normally – Check if failure reoccurs .

– if yes, exchange APM

Air Pressure System

————————————————————————————————————————————————————————————

C100C7A

“Circuit 1 pressure level reached above the maximal cut off plus 1.5 bar

Circuit 2 pressure level reached above the maximal cut off plus 1.5 bar”

Fluid Leak or Seal Failure

Pneumatic backup air management control (idle cut-off, no regeneration)

“1. ESS line damaged

2. Unloader valve failure

3. Magnet valve failure

4. Sensor failure”

Diagnostic Service 14. No additional action is needed.

1 – Check if compressor control pipe  line has no leakage when compressor is off load .

2 – Unloader – Open the cartridge, Check area below the cartridge in the sieve area (and  below the sieve) against dirt or ice  and blockings (sieve blocked), check main exhaust silencer if not blocked

3- If no problem on compressor pipe and no dirt, replace unloader valve. (Kit). 4 – If still problem , replace  APM

Air Pressure System

————————————————————————————————————————————————————————————

C100C7B

At least one circuit pressure is under low limit when the vehicle is moving (v>10 km/h)

Low Fluid Level

Service brake performance is not sufficient

“1. High air consumption

2. Leakage or defect in air circuits”

Diagnostic Service 14. No additional action is needed.

– When compressor is loading, check leakage at APM main exhaust . No leakage expected until cut off pressure.

– If leakage, exchange unloader valve.

Air Pressure System

————————————————————————————————————————————————————————————

C100D7B

Circuit 1 pressure level reached minimal pressure level (parameter) after reaching the nominal pressure (paramater) when the vehicle is moving (v>10 km/h)

Low Fluid Level

Service brake performance lost

“1. High air consumption

2. Leakage or defect in air circuits”

Diagnostic Service 14. No additional action is needed.

– When compressor is loading, check leakage at APM main exhaust . No leakage expected until cut off pressure.

– If leakage, exchange unloader valve.

Air supply pressure front brake circuit

Node

DTC ISO

FailureEvent

FTB_Name

FunctBehaviorDesc

PossibleRootCause

ProcedureEraseConfirmedDtc

ProposedWorkshopAction

ProprietaryName

————————————————————————————————————————————————————————————

C100E7B

Circuit 2 pressure level reached minimal pressure level (parameter) after reaching the nominal pressure (paramater) when the vehicle is moving (v>10 km/h)

Low Fluid Level

Service brake performance lost

“1. High air consumption

2. Leakage or defect in air circuits”

Diagnostic Service 14. No additional action is needed.

– When compressor is loading, check leakage at APM main exhaust . No leakage expected until cut off pressure.

– If leakage, exchange unloader valve.

Air Supply Pressure Rear Brake Circuit

————————————————————————————————————————————————————————————

C100F62

Pressure difference between Circuit 1

and 2 is above 1.5 bar

Signal Compare Failure

Pneumatic backup air management control (idle cut-off, no regeneration) No electronic parking brake release is not possible.

“1. External fill up through Circuit 1 or Circuit 2 air tanks

2. Sensor failure

3. Protection valve failure”

Diagnostic Service 14. No additional action is needed.

– Deflation of system down to pressure level of 5 bar and then fill up the system up to cut off pressure and let APM switch to off load. Wait for 30s.

– Check the service brake circuits for leakage

– Replace APM

Front and Rear Brake Circuit

————————————————————————————————————————————————————————————

C101024

The cartridge is over worn

Signal Stuck High

No APM functional effect, high risk to freeze brake parts.

“1. Cartridge is overworn

2. High air consumption

3. Leakage

4. Compressor failure

5. Wrong compressor parameter configured

Diagnostic Service 14. No additional action is needed.

— Replace cartridge – Reset the maintenance data of APM cartridge (by techtool or menu in cluster);

– Check of reservoirs: If there is water in reservoirs, drain water from reservoirs, actuate and release 30 times the park brake to eliminate water in park brake circuit (can cause a stop in the future).

– If the periodicidy of  maintenance is short (abnormal cartridge life time (under 6 months))following additional actions must be done:

–  Check vehicle for air leakage while system is filled up with PB released (engine running not needed)

– Check compressor performance  by measuring the inflating air system time (techtool action).

Air Filter Cartridge Wear

————————————————————————————————————————————————————————————

C101068

The cartridge is 100% worn, and must be changed.

Event Information

No functional effect, water content in the compressed air reservoirs can be too high, freeze possible

“1. Cartridge is worn

2. High air consumption

3. Leakage

4. Compressor failure

5. Wrong compressor parameter configured

Diagnostic Service 14. No additional action is needed.

– Replace cartridge – Reset the maintenance data of APM cartridge (by techtool or menu in cluster);

– Check of reservoirs: If there is water in reservoirs, drain water from reservoirs, actuate and release 30 times the park brake to eliminate water in park brake circuit (can cause a stop in the future).

– If the periodicidy of  maintenance is short (abnormal cartridge life time (under 6 months))following additional actions must be done:

–  Check vehicle for air leakage while system is filled up with PB released (engine running not needed)

– Check compressor performance  by measuring the inflating air system time (techtool action).

Air Filter Cartridge Wear

————————————————————————————————————————————————————————————

C101164

Calculated duty factor of the compressor is above 85%

Signal Plausibility Failure

No sufficient regeneration

“1: High air consumption

2. air Leakage

3. Vehicle usage not corresponds to the designed compressor purpose

4. Compressor failure

Diagnostic Service 14. No additional action is needed.

– Check Air system for possible air leakage on the vehicle.

– Check vehicle usage relative to Air compressor size.

– Check of reservoirs: If there is water in reservoirs, drain water from reservoirs, actuate and release 30 times the park brake to eliminate water in park brake circuit (can cause a stop in the future).

– if the fault is set in normal usage (like high air consumption on specific application) and there is no air leakage, the function” Engine Speed Control” can be enabled by parameter P1F08 to limit the occurence.

–  If the fault occurence is high , contact the after market product specialist for specific solution.

Air Compressor

————————————————————————————————————————————————————————————

C101512

Safety relay of Air management short circuit to supply voltage or short between relays or BuC can not switch off relays

Circuit Short To Battery

No effect on the functionality Safety feature of the relay is not available.

– internal electric failure

– damage of the ECU

Diagnostic Service 14. No additional action is needed.

– Replace APM

Regeneration and Governor Valve High Side Solenoid

————————————————————————————————————————————————————————————

C101513

Safety relay of Air management open circuit to supply

voltage.

Circuit Open

Pneumatic backup air management control (idle cut-off, no regeneration)

– internal electric failure

– damage of the ECU

Diagnostic Service 14. No additional action is needed.

– Replace APM

Regeneration and Governor Valve High Side Solenoid

Node

DTC ISO

FailureEvent

FTB_Name

FunctBehaviorDesc

PossibleRootCause

ProcedureEraseConfirmedDtc

ProposedWorkshopAction

ProprietaryName

————————————————————————————————————————————————————————————

C101268

The cartridge is nearly fully worn

Event Information

No functional effect.

“1. Cartridge is getting worn

2. High air consumption

3. Leakage

4. Compressor failure

5. Wrong engine speed signal

6. Wrong compressor parameter configured

7. Sensor failure”

Diagnostic Service 14. No additional action is needed

— The replacement of cartridge can be done in advance (avoid to go go back soon for this in workshop)

– Reset the maintenance data of APM cartridge (by techtool or menu in cluster);

– Check of reservoirs: If there is water in reservoirs, drain water from reservoirs, actuate and release 30 times the park brake to eliminate water in park brake circuit (can cause a stop in the future).

– If the periodicidy of  maintenance is short (abnormal cartridge life time (under 6 months))following additional actions must be done:

–  Check vehicle for air leakage while system is filled up with PB released (engine running not needed)

– Check compressor performance  by measuring the inflating air system time (techtool action).

Air Filter Cartridge

————————————————————————————————————————————————————————————

C102172

Parking brake pressure is above than the Circuit 3 and Circuit 4 limitation pressure plus 1500 mbar

Actuator Stuck Open

Parking brake status is not available, possible damage of the trailer

1. Pressure limiter failure

2. Sensor failure

Diagnostic Service 14. No additional action is needed

– Deflate fully air tanks and Fill up the system to the cut off pressure, apply and release the parking brake; check if problem reoccurs.

– Check parking brake connection to the springbrake chambers

– Check the APM exhaust ports

– Compare value of DID P1E0K to value of manometer connected to port 29.2

– Compare value of DID P1E0J to value of manometer connected to port 28.1/28.2

– Replace APM

Pressure Limiter

————————————————————————————————————————————————————————————

U114A47

Intercontroller communication error detected or software of secondary controller is incompatible with the software of primary controller

Watchdog / Safety µC Failure

Pneumatic backup air management control (idle cut-off, no regeneration) No EPB functions Pneumatic backup release and apply of PB is possible No CAN and LIN communication. No ParkBrakeActuationStatus.

– Wrong compatibility number of BuC.

– AuC and BuC communication lost

Diagnostic Service 14. No additional action is needed.

– dowload Main software (MSW)

– Replace APM

Secondary Control Unit

————————————————————————————————————————————————————————————

U114A68

Internal function failure or intercontroller communication error .

Event Information

Learned parameters are not stored. Lost wetness information.  Frequent occurrence can lead to wetness in the system.

Secondary controller can not prevent to send incorrect information by the primary one

– internal Electric failure

– failure between AuC and BuC communication

– power supply is increased very slow from low value, the CAN transceiver goes into an internal error state which possible is not handled by CSWC.

Diagnostic Service 14. No additional action is needed.

– perform a hard reset

– download MSW

– Replace APM

Secondary Control Unit

————————————————————————————————————————————————————————————

U114913

CCIOM power supply line (pin 14) voltage level below threshold. 8V

Circuit Open

Power supply redundancy is lost.

– wrong supply voltage level

– damage of wiring

– internal electric failure

Diagnostic Service 14. No additional action is needed.

– Check wiring, connectors, fuse

– Check battery voltage

– check CCIOM failure

– Replace APM

Backup Power Supply

————————————————————————————————————————————————————————————

U114C68

Number of failed DTCs reached its maximal number (29 DTCs)

Event Information

No functional effect.

Too many errors in the system

Diagnostic Service 14. No additional action is needed.

– Check the workshop action for other active DTCs

DTC Notification Max Limit Reached

————————————————————————————————————————————————————————————

C102668

estimated leakage > Level 1 leakage threshold parameter

Event Information

No functional effect

1. Pneumatic channel connection failure

2. Unexpected air flow out from a mechanical

component

Diagnostic Service 14. No additional action is needed.

– Check air circuits for possible leakage.

– Check the piping on the vehicle. And also possible leakage on trailer

– when leakage repaired , Reset leakage monitoring by Routine service R1AEK

Vehicle Air Pressure System

————————————————————————————————————————————————————————————

C10267A

estimated leakage > Level 2 leakge threshold parameter

Fluid Leak or Seal Failure

No functional effect on the air management, fuel consumption of the vehicle might be higher

1 Vehicle usage not corresponds to the designed purpose

2. Pneumatic channel connection failure

3. Unexpected air flow out from a mechanical

component

Diagnostic Service 14. No additional action is needed.

– Check air circuits for possible leakage.

– Check the piping on the vehicle. And also possible leakage on trailer

– when leakage repaired , Reset leakage monitoring by Routine service R1AEK.

Vehicle Air Pressure System

Node

DTC ISO

FailureEvent

FTB_Name

FunctBehaviorDesc

PossibleRootCause

ProcedureEraseConfirmedDtc

ProposedWorkshopAction

ProprietaryName

————————————————————————————————————————————————————————————

U1FFF68

The ECU is in active Factory Mode.

P1C54 set to TRUE.

Event Information

Auto-release, auto-park and park-brake alert are unavailable

Factory Mode not disabled.

Diagnostic Service 14. No additional action is needed.

Set the Factory Mode flag to false in NVM, then execute ECU reset.

Factory Mode Active

————————————————————————————————————————————————————————————

C102B01

Failure detected in the electrical circuit of the heater or the temperature sensor

General Electrical Failure

Heater functionality is not available or restricted

– damage of the ECU internal wiring

– damage of the heater

– damage of the ECU

Diagnostic Service 14. No additional action is needed.

Replace APM

Heating Resistor

————————————————————————————————————————————————————————————

C102B55

Heater functionality is enabled but heater is not present

Not Configured

Heater functionality is not available or restricted

– heater is not installed,

– invalid configuration of EEPROM,

– damage of the ECU

Diagnostic Service 14. No additional action is needed.

– download dataset

– download MSW

– Replace ECU

Heating Resistor

————————————————————————————————————————————————————————————

C102B68

Heater is inhibited in case of secondary braking.

Event Information

Heater functionality is not available or restricted

Secondary braking was activated.

Diagnostic Service 14. No additional action is needed.

No action

Heating Resistor

————————————————————————————————————————————————————————————

C100401

Failure detected in the electrical circuit of the state manager magnet valve

open circuit, short circuit, short circuit between 2 magnet valves, external excitation.

General Electrical Failure

Electronic Parking Brake functions are not avaiable.

– damage of the Magnet Valve wiring

– damage of the Magnet Valve

– damage of the ECU

Diagnostic Service 14. No additional action is needed.

– Replace APM

Electronic Parking Brake chassis state manager valve solenoid

————————————————————————————————————————————————————————————

C102472

Parking brake cannot be locked in park position

Actuator Stuck Open

Last safe state restored depending on safety conditons.

After 3 unsuccessful actuation attempt parking brake is no more operational

“1. TCM or its control line is:

– damaged or

– installed on wrong port

or

– removed or

– replaced or

– other trailer control port is not plugged

2. Sensor failure.

3. APM internal valve failure

Diagnostic Service 14. No additional action is needed.

– TCM: disconnect the TCM pipe on APM port; close it’s port with plug. check park brake application and release 5 times. if it’s working failure free, replace TCM.

– Exhaust: check Park brake relay valve silencers for blocking and dirt,

check the plastic cover (plastic part can be removed for the check and put back after) of the secondary exhausts on the bottom against dirt and blocking.

– Additional action: Check compressor pipe, area below the cartridge and scilencer for freezing.

– Relay valve: exchange relay valve if other actions are not effective.

Pressure Control Valve

————————————————————————————————————————————————————————————

C102473

Parking brake cannot be locked in released position OR initialisation state cannot be determined

Actuator Stuck Closed

Last safe state restored depending on safety conditons.

After 3 unsuccessful release attempt parking brake is no more operational

1. Trailer control module or its control line is:

– damaged or

– installed on wrong port or

– removed or

– replaced or

– other trailer control port is not plugged

2. Sensor failure

3. APM internal valve failure”

Diagnostic Service 14. No additional action is needed.

– TCM: disconnect the TCM pipe on APM port ; close it’s port with plug. check park brake application and release 5 times. if it’s working failure free, replace TCM.

– Exhaust: check Park brake relay valve silencers for blocking and dirt, check the plastic cover (plastic part can be removed for the check and put back after) of the secondary exhausts on the bottom against dirt and blocking

– Relay valve: exchange relay valve if other actions are not effective

Pressure Control Valve

Node

DTC ISO

FailureEvent

FTB_Name

FunctBehaviorDesc

PossibleRootCause

ProcedureEraseConfirmedDtc

ProposedWorkshopAction

ProprietaryName

————————————————————————————————————————————————————————————

C102474

Parking brake initialisation state cannot be determined

Actuator Slipping

Parking brake cannot be released as long as parking brake is not requested to locked actuation position whatever the (P) lamp state is. Blinking HCU LED

“1. Trailer contriol module or its control line is:

– damaged or

– installed on wrong port or

– removed or

– replaced or

– other trailer control port is not plugged

2. Sensor failure

3. APM internal valve failure

Diagnostic Service 14. No additional action is needed.

– TCM: disconnect the TCM pipe on APM port ; close it’s port with plug. check park brake application and release 5 times. if it’s working failure free, replace TCM.

– Exhaust: check Park brake relay valve silencers for blocking and dirt, check the plastic cover (plastic part can be removed for the check and put back after) of the secondary exhausts on the bottom against dirt and blocking.

– Relay valve: exchange relay valve if other actions are not effective

Pressure Control Valve

————————————————————————————————————————————————————————————

C100801

“Failure is set if the sensor shorted to ground.

Failure is set if the sensor shorted to ubat.”

General Electrical Failure

Autorelease not available XPR not available Autopark is not available Safe operation of the parking brake in driving is not guaranteed

Trailer test not available.

“- damage of the sensor wiring

– damage of the sensor or

– damage of the ECU”

Diagnostic Service 14. No additional action is needed.

– Replace APM

Parking Brake Control Pressure Sensor

————————————————————————————————————————————————————————————

C100864

Parking brake control pressure deviates from the reference pressure more than the threshold, threshold is based on multicriteria formula.

Signal Plausibility Failure

Autorelease not available XPR not available Autopark is not available Safe operation of the parking brake in driving is not guaranteed

Trailer test not available.

1. Sensor failure

2. APM internal valve failure

Diagnostic Service 14. No additional action is needed.

– TCM check : disconnect the Trailer control module pipe on APM port – close it’s port with plug. check park brake application and release 5 times. if it’s working failure free, replace TCM.

– Exhaust check: check Park brake relay valve silencers for blocking and dirt,

check the plastic cover (plastic part can be removed for the check and put back after) of the secondary exhausts on the bottom against dirt and blocking

– APM change – If the other actions are not effective exchange APM

Parking Brake Control Pressure Sensor

————————————————————————————————————————————————————————————

C100001

Failure detected in the electrical circuit of the load magnet

valve

General Electrical Failure

Electronic Parking Brake functions are not avaiable.

“- damage of the wiring

– damage of the Magnet Valve

– damage of the ECU”

Diagnostic Service 14. No additional action is needed.

– Replace APM

Electronic Parking Brake chassis load valve solenoid

————————————————————————————————————————————————————————————

C100301

Failure detected in the electrical circuit of the exhasut magnet valvee is set

General Electrical Failure

Electronic Parking Brake functions are not avaiable.

“- damage of the wiring

– damage of the Magnet Valve

– damage of the ECU”

Diagnostic Service 14. No additional action is needed.

– Replace APM

Electronic Parking Brake chassis exhaust valve solenoid

————————————————————————————————————————————————————————————

C102A64

Parking brake chamber pressure deviates the reference pressure more than the threshold, this threshold is based on multicriteria formula.

Signal Plausibility Failure

No functional effect, redundant information is lost. Backup Level 1.

1. Sensor failure

2. APM internal valve failure

Diagnostic Service 14. No additional action is needed.

– TCM: disconnect the TCM pipe on APM port ; close it’s port with plug. check park brake application and release 5 times. if it’s working failure free, replace TCM.

– Exhaust: check Park brake relay valve silencers for blocking and dirt, check the plastic cover (plastic part can be removed for the check and put back after) of the secondary exhausts on the bottom against dirt and blocking.

-Relay valve: exchange relay valve if other actions are not effective.

Parking Brake Chamber Pressure Sensor

————————————————————————————————————————————————————————————

C101612

Safety relay of Electronic Parking brake short circuit to Ubat or short between relays or BuC can not switch

off relays

Circuit Short To Battery

No effect on the driver. Safety feature of the relay is not available. Backup level 1.

– internal electric failure

– damage of the ECU

Diagnostic Service 14. No additional action is needed.

– Replace APM

Load, exhaust and state manager valve high side solenoid

————————————————————————————————————————————————————————————

C101613

Safety relay of Electronic Parking Brake open circuit to

supply voltage.

Circuit Open

Electronic Parking Brake functions are not avaiable.

– internal electric failure

– damage of the ECU

Diagnostic Service 14. No additional action is needed.

– Wait 10mn ignition off  park applied, to cool the ecu.

–  afterward if still active  replace APM.

Load, exhaust and state manager valve high side solenoid

Node

DTC ISO

FailureEvent

FTB_Name

FunctBehaviorDesc

PossibleRootCause

ProcedureEraseConfirmedDtc

ProposedWorkshopAction

ProprietaryName

————————————————————————————————————————————————————————————

C101862

Trailer control pressure provided  by parking brake deviates from the reference pressure minus threshold, this threshold is based on multicriteria formula.

Signal Compare Failure

Trailer test is not successful and no more available, Autorelease, XPR and autopark functions are no more available.

1. Trailer control module or its pipe connection is damaged or incorrect trailer control port is not plugged

2. Trailer control module supply line is damaged.

3. Spring brake lines are damaged.

4. Parking brake relay valve failure

5. Sensor failure

6. APM internal valve failure

Diagnostic Service 14. No additional action is needed.

– TCM : disconnect the Trailer Control Module pipe on APM port – close it’s port with plug. check park brake application and release 5 times. if it’s working failure free, replace TCM.

– Exhaust : check Park brake relay valve silencers for blocking and dirt, check the plastic cover (plastic part can be removed for the check and put back after) of the secondary exhausts on the bottom against dirt and blocking

– Relay valve: exchange relay valve if other actions are not effective

Trailer Control Circuit

————————————————————————————————————————————————————————————

C101D62

Parking brake sensors are not correlating, faulty sensor cannot be identified

Signal Compare Failure

Autorelease not available XPR not available Autopark is not available Safe operation of the parking brake in driving is not guaranteed

Trailer test not available.

1. Sensor failure

2. APM internal valve failure

3. Wrong supply voltage level

Diagnostic Service 14. No additional action is needed

– APM exhausht in bottom: check the plastic cover (plastic part can be removed for the check and put back after) of the secondary exhausts on the bottom against dirt and blocking

– Relay valve: exchange relay valve if other actions are not effective.

Parking Brake Circuit

————————————————————————————————————————————————————————————

C101D7A

Parking brake control and chamber pressure higher than the reference pressure minus threshold, this threshold is based on multicriteria formula.

Fluid Leak or Seal Failure

No functional effect. Risk of unintended release due to high pressure in parking brake

1. Trailer control module or its pipe connection is damaged or incorrect trailer control port is not plugged

2. Trailer control module supply line is damaged.

3. Spring brake lines are damaged.

4. Parking brake relay valve failure

5. Sensor failure

6. APM internal valve failure

Diagnostic Service 14. No additional action is needed

– TCM: disconnect the TCM pipe on APM port – close it’s port with plug. check park brake application and release 5 times. if it’s working failure free, replace TCM.

– Exhaust: check Park brake relay valve silencers for blocking and dirt, check the plastic cover (plastic part can be removed for the check and put back after) of the secondary exhausts on the bottom against dirt and blocking.

– Relay valve: exchange relay valve if other actions are not effective.

Parking Brake Circuit

————————————————————————————————————————————————————————————

C101D7B

Parking brake control and chamber pressure lower than the reference pressure plus threshold, this threshold is based on multicriteria formula.

Low Fluid Level

No functional effect. Risk of unintended braking due to low pressure in parking brake

1. Trailer control module or its pipe connection is damaged or incorrect trailer control port is not plugged

2. Trailer control module supply line is damaged.

3. Spring brake lines are damaged.

4. Parking brake relay valve failure

5. Sensor failure

6. APM internal valve failure

Diagnostic Service 14. No additional action is needed

-‘TCM: disconnect the TCM pipe on APM port; close it’s port with plug. check park brake application and release 5 times. if it’s working failure free, replace TCM.

– Exhaust: check Park brake relay valve silencers for blocking and dirt, check the plastic cover (plastic part can be removed for the check and put back after) of the secondary exhausts on the bottom against dirt and blocking

– Additional action: Check compressor pipe, area below the cartridge and siclencer for freezing.

– Relay valve: exchange relay valve if other actions are not effective.

Parking Brake Circuit

Node

DTC ISO

FailureEvent

FTB_Name

FunctBehaviorDesc

PossibleRootCause

ProcedureEraseConfirmedDtc

ProposedWorkshopAction

ProprietaryName

————————————————————————————————————————————————————————————

C101F11

LIN signal received : HCU sensor shorted to ground

Circuit Short To Ground

Manual actuation, secondary braking and trailer test is not possible (due to hand control unit availability as it is disabled if any failure is indicated by the HCU).Backup autorelease and autopark are avaiable. No secondary brake function, no trailer test.  No indication on the HCU.

HCU sensor shorted to ground

Diagnostic Service 14. No additional action is needed.

– Check whether HCU movement is hindered or blocked

– Replace HCU (electronic Park brake lever)

Hand Control Unit

————————————————————————————————————————————————————————————

C101F12

LIN signal received : HCU sensor shorted to supply

Circuit Short To Battery

Manual actuation, secondary braking and trailer test is not possible (due to hand control unit availability as it is disabled if any failure is indicated by the HCU).Backup autorelease and autopark are avaiable. No secondary brake function, no trailer test.  No indication on the HCU.

HCU sensor shorted to power supply

Diagnostic Service 14. No additional action is needed.

– Check whether HCU movement is hindered or blocked

– Replace HCU (electronic Park brake lever)

Hand Control Unit

————————————————————————————————————————————————————————————

C101F1C

LIN signal received : HCU supply voltage failure

Circuit Voltage Out of Range

Manual actuation, secondary braking and trailer test is not possible (due to hand control unit availability as it is disabled if any failure is indicated by the HCU).Backup autorelease and autopark are avaiable. No secondary brake function, no trailer test.  No indication on the HCU.

HCU power supply out of range

Diagnostic Service 14. No additional action is needed.

– check wiring between APM and HCU

– replace HCU

– replace APM

Hand Control Unit

————————————————————————————————————————————————————————————

C101F28

the HCU sensor angle failure set error code was received.

Signal Bias Level Out of Range / Zero Adjustment Failure

Manual actuation, secondary braking and trailer test is not possible (due to hand control unit availability as it is disabled if any failure is indicated by the HCU).Backup autorelease and autopark are avaiable. No secondary brake function, no trailer test.  No indication on the HCU.

HCU sensor angle out of range failure

Diagnostic Service 14. No additional action is needed.

– Check whether HCU movement is hindered or blocked

– Replace HCU (electronic Park brake lever)

Hand Control Unit

Node

DTC ISO

FailureEvent

FTB_Name

FunctBehaviorDesc

PossibleRootCause

ProcedureEraseConfirmedDtc

ProposedWorkshopAction

ProprietaryName

————————————————————————————————————————————————————————————

C101F45

the HCU RAM/ROM failure set error code was received

Program Memory Failure

Manual actuation, secondary braking and trailer test is not possible (due to hand control unit availability as it is disabled if any failure is indicated by the HCU).Backup autorelease and autopark are avaiable. No secondary brake function, no trailer test.  No indication on the HCU.

RAM/ROM failure in HCU

Diagnostic Service 14. No additional action is needed.

– Check whether HCU movement is hindered or blocked

– Replace HCU (electronic Park brake lever)

Hand Control Unit

————————————————————————————————————————————————————————————

C101F49

LIN signal received : HCU sensor angle jump check failure OR amplifier failure OR amplitude ratio is not correct

Internal Electronic Failure

Manual actuation, secondary braking and trailer test is not possible (due to hand control unit availability as it is disabled if any failure is indicated by the HCU).Backup autorelease and autopark are avaiable. No secondary brake function, no trailer test.  No indication on the HCU.

HCU sensor amplifier failure

Diagnostic Service 14. No additional action is needed.

– Check whether HCU movement is hindered or blocked

– Replace HCU (electronic Park brake lever)

Hand Control Unit

————————————————————————————————————————————————————————————

C101F54

LIN signal received : HCU sensor calibration failure

Missing Calibration

Manual actuation, secondary braking and trailer test is not possible (due to hand control unit availability as it is disabled if any failure is indicated by the HCU).Backup autorelease and autopark are avaiable. No secondary brake function, no trailer test.  No indication on the HCU.

Sensor calibration failure in the HCU

Diagnostic Service 14. No additional action is needed.

– Check whether HCU movement is hindered or blocked

– Replace HCU (electronic Park brake lever)

Hand Control Unit

————————————————————————————————————————————————————————————

C101F64

LIN signal received : HCU lever stays more than 2 minutes in a position different than neutral or release position

Signal Plausibility Failure

Manual actuation, secondary braking and trailer test is not possible (due to hand control unit availability as it is disabled if any failure is indicated by the HCU).Backup autorelease and autopark are avaiable. No secondary brake function, no trailer test.

Lever stays is any position more than 2 minutes, except Neutral and Release position.

Diagnostic Service 14. No additional action is needed.

– Check whether HCU movement is hindered or blocked

– Replace HCU

Hand Control Unit

Node

DTC ISO

FailureEvent

FTB_Name

FunctBehaviorDesc

PossibleRootCause

ProcedureEraseConfirmedDtc

ProposedWorkshopAction

ProprietaryName

————————————————————————————————————————————————————————————

C101F86

Hand control unit CRC or signal invalid or UARTcommunicatio n failure or HCU alive counter freeze or HCU area signal is not available

Signal Invalid

Manual actuation, secondary braking and trailer test is not possible (due to hand control unit availability as it is disabled if any failure is indicated by the HCU).Backup autorelease and autopark are avaiable. No secondary brake function, no trailer test.  No indication on the HCU.

Electric disturbance on the LIN line

– SCI (UART) controller is damaged

– wiring damaged

– HCU damaged

Diagnostic Service 14. No additional action is needed.

– Check the wiring between HCU and APM

– Check whether HCU movement is hindered or blocked

– Check HCU against foreign particule below lever

– Check LIN communication (use another HCU to Check)

– change HCU

– change APM

Hand Control Unit

————————————————————————————————————————————————————————————

C101F87

LIN communication failure detected by HCU or APM

Missing Message

Manual actuation, secondary braking and trailer test is not possible (due to hand control unit availability as it is disabled if any failure is indicated by the HCU).Backup autorelease and autopark are avaiable. No secondary brake function, no trailer test.  No indication on the HCU.

HCU is not connected

or HCU cables are broken or electric disturbance

Diagnostic Service 14. No additional action is needed.

– Check the wiring between HCU and APM

– Check LIN communication (use another HCU to Check)

– change HCU

– change APM

Hand Control Unit

————————————————————————————————————————————————————————————

U114708

Backlight signal is undefined or error

for HCU

Bus Signal / Message Failures

HCU backlight is not controlled

Backlight signal is undefined or error failure in HCU

Diagnostic Service 14. No additional action is needed.

– check the dimming function in VMCU

– Check if backlight (white light) on HCU is working well.- (use another HCU to Check)

– If not change the HCU (electronic Park brake lever)

Hand Control Unit Backlight Data Link

————————————————————————————————————————————————————————————

U114808

Illumination signal is undefined or error for HCU

Bus Signal / Message Failures

PB indication on HCU lost

Illumination level signal is undefined or error failure in HCU

Diagnostic Service 14. No additional action is needed.

– check the dimming function in VMCU

– with park applied, Check if red LED on HCU is working well. (use another HCU to Check)

–  If not change the HCU (electronic Park brake lever)

Hand Control Unit Indicator LInk

————————————————————————————————————————————————————————————

U114A94

Failure intercontroller communication or unwanted parking brake actuation

Unexpected Operation

Pneumatic backup air management control (idle cut-off, no regeneration) No EPB functions Pneumatic backup release and apply of PB is possible No CAN and LIN communication. No ParkBrakeActuationStatus.

– Unexpected parking brake actuation.

– AuC and BuC communication lost

Diagnostic Service 14. No additional action is needed.

– dowload Main software (MSW)

– Replace APM

Secondary Control Unit

————————————————————————————————————————————————————————————

C102316

HCU power supply (pin 18) voltage level below threshold 8V

Circuit Voltage Below Threshold

Manual actuation, secondary braking and trailer test is not possible (due to hand control unit availability as it is disabled if any failure is indicated by the HCU).Backup autorelease and autopark are available. No secondary brake function, no trailer test.  No indication on the HCU.

– wrong supply voltage level

– internal electric failure

– damage of the ECU

Diagnostic Service 14. No additional action is needed.

– Check the wiring

– Check LIN communication (use another HCU to Check)

– change HCU

– change APM

Hand Control Unit Power Supply Circuit

Node

DTC ISO

FailureEvent

FTB_Name

FunctBehaviorDesc

PossibleRootCause

ProcedureEraseConfirmedDtc

ProposedWorkshopAction

ProprietaryName

————————————————————————————————————————————————————————————

C102317

HCU power supply (pin18) voltage level above threshold 16V

– measured inside the APM. External supply of HCU does not activate the DTC.

Circuit Voltage Above Threshold

Manual actuation, secondary braking and trailer test is not possible (due to hand control unit availability as it is disabled if any failure is indicated by the HCU).Backup autorelease and autopark are available. No secondary brake function, no trailer test.  No indication on the HCU.

– APM internal wrong supply voltage to HCU

– internal electric failure

– damage of the ECU

Diagnostic Service 14. No additional action is needed.

– Check the wiring

– Check LIN communication (use another HCU to Check)

– change HCU

– change APM

Hand Control Unit Power Supply Circuit

————————————————————————————————————————————————————————————

U114B01

short to GND or Power supply or floating line

General Electrical Failure

Manual actuation, secondary braking and trailer test is not possible (due to hand control unit availability as it is disabled if any failure is indicated by the HCU).Backup autorelease and autopark are available. No secondary brake function, no trailer test.  No indication on the HCU.

HCU wiring error, ECU, HCU HW damage

Diagnostic Service 14. No additional action is needed.

– Check the wiring

– Check LIN communication (use another HCU to Check)

– change HCU

– change APM

LIN12 Communication Net

————————————————————————————————————————————————————————————

U114B49

CSWC internal failure

Internal Electronic Failure

Manual actuation, secondary braking and trailer test is not possible (due to hand control unit availability as it is disabled if any failure is indicated by the HCU).Backup autorelease and autopark are avaiable. No secondary brake function, no trailer test.  No indication on the HCU.

HCU damage

Diagnostic Service 14. No additional action is needed.

– Check the wiring

– Check LIN communication (use another HCU to Check)

– change HCU

– change APM

LIN12 Communication Net

————————————————————————————————————————————————————————————

C102503

ADR signal  is floating

FM (Frequency Modulated) / PWM (Pulse Width Modulated) Failures

Autorelease not available XPR not available Autopark is not available Safe operation of the parking brake in driving is not guaranteed Trailer test not available.

ADR circuit/wiring error, ECU HW damage

Diagnostic Service 14. No additional action is needed.

– Check the wiring between ADR main switch and APM

– Check ADR signal on Pin 9 of APM connector/compare with P1CAJ “Air Production Modulator Input Main switch signal status”

–   Compare the status in P1CAJ and what measured on Pin 9: if it is the same, Check/Replace ADR switch.

– if satus in P1CAJ is different than what measured on Pin 9 : replace APM.

ADR Input Signal Circuit

————————————————————————————————————————————————————————————

C102511

ADR signal is constantly low on GND voltage level

Circuit Short To Ground

Autorelease not available XPR not available Autopark is not available Safe operation of the parking brake in driving is not guaranteed Trailer test not

available.

ADR circuit/wiring error, ECU HW damage

Diagnostic Service 14. No additional action is needed.

– Check the wiring between ADR main switch and APM

– Check ADR signal on Pin 9 of APM connector/compare with P1CAJ “Air Production Modulator Input Main switch signal status”

–   Compare the status in P1CAJ and what measured on Pin 9: if it is the same, Check/Replace ADR switch.

– if satus in P1CAJ is different than what measured on Pin 9 : replace APM.

ADR Input Signal Circuit

Node

DTC ISO

FailureEvent

FTB_Name

FunctBehaviorDesc

PossibleRootCause

ProcedureEraseConfirmedDtc

ProposedWorkshopAction

ProprietaryName

————————————————————————————————————————————————————————————

C102512

ADR signal is constantly high on battery voltage level

Circuit Short To Battery

Autorelease not available XPR not available Autopark is not available Safe operation of the parking brake in driving is not guaranteed Trailer test not

available.

ADR circuit/wiring error, ECU HW damage

Diagnostic Service 14. No additional action is needed.

– Check the wiring between ADR main switch and APM

– Check ADR signal on Pin 9 of APM connector/compare with P1CAJ “Air Production Modulator Input Main switch signal status”

–   Compare the status in P1CAJ and what measured on Pin 9: if it is the same, Check/Replace ADR switch.

– if satus in P1CAJ is different than what measured on Pin 9 : replace APM.

ADR Input Signal Circuit

————————————————————————————————————————————————————————————

C102527

ADR signal frequency deviates from pre-defined frequency values

Signal Rate of Change Above Threshold

Autorelease not available XPR not available Autopark is not available Safe operation of the parking brake in driving is not guaranteed. Trailer test not available.

ADR circuit/wiring error, ECU HW damage

Diagnostic Service 14. No additional action is needed.

– Check the wiring between ADR main switch and APM

– Check ADR signal on Pin 9 of APM connector/compare with P1CAJ “Air Production Modulator Input Main switch signal status”

–   Compare the status in P1CAJ and what measured on Pin 9: if it is the same, Check/Replace ADR switch.

– if status in P1CAJ is different than what measured on Pin 9 : replace APM.

ADR Input Signal Circuit

————————————————————————————————————————————————————————————

C102768

At least one of the incoming CAN signals needed for automatic parking brake release or XPR function is missing or invalid.

Event Information

Autorelease not available XPR not available. Backup level 2

1. EBS failure

2. TECU failure

3. accelerator pedal, door switches, gear lever failure

4. BBM failure

5. DACU failure

4. CAN commnunication failure

Diagnostic Service 14. No additional action is needed.

– Resolve failures reported by other ECUs (EBS, TECU,accelerator pedal, door switches,gear lever, BBM, DACU)

– Check the CAN communication and wiring

Parking Brake Function

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