LOW TIRE PRESSURE
For a complete wiring diagram Refer to Section 8W.
Theory of Operation
The Tire Pressure Monitoring System (TPMS) will warn the driver of a low tire pressure based on the vehicle recommended cold placard pressure. The tire pressure will vary with temperature by
about 1 psi (6.9 kPa) for every 12 (6.5). This means that when the outside temperature decreases, the tire pressure will decrease. Tire pressure should always be set based on cold inflation
tire pressure. This is defined as the tire pressure after a vehicle has not been driven for more than 3 hours – and in outside ambient temperature. . The tire pressure will also increase as the vehicle
is driven – this is normal and there should be no adjustment for this increased pressure. The TPM System will warn the driver of a low tire pressure if the tire pressure falls below the low pressure warning
threshold for any reason, including low temperature effects. The TPM System will continue to warn the driver of low tire pressure as long as the condition exists, and will not turn off until the tire pressure
is at or above recommended cold placard pressure. Once the low tire pressure warning has been illuminated, the tire pressure must be increased to the recommended cold placard pressure in order for the TPM
warning lamp to be turned off. The system will automatically update and the TPM warning lamp will extinguish once the updated tire pressures have been received. The vehicle may need to be driven for up
to 10 minutes above 15 mph (25 kph) to receive this information. Seasonal temperature changes will affect tire pressure, and the TPM system will monitor the actual tire pressure in the tire. For example,
your vehicle may have a recommended cold (parked for more than 3 hours) placard of 30 (207 kPa). If the ambient temperature is 68 (20) and the measured tire pressure is 27 psi (186 kPa), a
temperature drop to 20 (-7) will decrease the tire pressure to approximately 23 psi (157 kPa). This tire pressure is sufficiently low enough to turn ON the TPM lamp. Driving the vehicle may
cause the tire pressure to rise to approximately 27 psi (186 kPa), but the TPM lamp will still be ON. In this situation, the TPM lamp will turn OFF only after the tires have been inflated to the vehicle
recommended cold placard pressure value.
- When Monitored:
Continuously.
- Set Condition:A low pressure condition will exist when the tire pressure falls below or is equal to the low pressure threshold value as specified for the vehicle.
Possible Causes |
INTERMITTENT PERFORMANCE DTC |
INCORRECT PLACARD VALUES |
INCORRECT TIRE PRESSURE |
TIRE PRESSURE SENSOR |
WCM (SKREEM) |
Diagnostic Test
1. DTC STATUS IS ACTIVE
NOTE:
If the incorrect Placard Values were programmed into the WCM/SKREEM, a DTC could be set. Before continuing with any TPM diagnostic test, using the scan tool, check that the
correct Placard Values have been programmed in to the module.
NOTE:
- If the following conditions are present:
- Low Tire Pressure DTC (C0077) (Active)
- Spare Tire is not equipped with a Tire Pressure Sensor
- Spare Tire is currently on the vehicle
- Repair the tire and place it back on the vehicle.
- Test drive the vehicle.
- If the DTC(s) reset continue with the diagnostic procedure.
- Turn the ignition on.
- With the scan tool, select View DTCs in the Wireless Control Module (SKREEM).
Is the DTC status Active at this time?
Yes
- Go to 2
No
- Go to 5
2. INCORRECT PLACARD VALUES
With the scan tool read the placard values programed in the WCM
Does the programed placard values equal the placard value on the vehicle?
Yes
- Go to 3
No
- Update placard pressure values in the WCM.
- Perform TPM VERIFICATION TEST.(Refer to 22 – TIRES/WHEELS/TIRE PRESSURE MONITORING – STANDARD PROCEDURE)
3. LOW TIRE PRESSURE
With the scan tool, clear DTCs in the Wireless Control Module (SKREEM).
With the scan tool, view tire pressure values.
Are all tire pressure values at or exceed placard values?
Yes
- Go to 4
No
- Fill all tires to placard pressure specifications.
- Perform TPM VERIFICATION TEST.(Refer to 22 – TIRES/WHEELS/TIRE PRESSURE MONITORING – STANDARD PROCEDURE)
4. TIRE PRESSURE SENSOR
NOTE:
Before continuing, ensure the tire is free from any leaks or damage that would cause a low tire pressure condition. If a problem is found, repair as necessary and retest.
- Turn the ignition off.
- Replace the Tire Pressure Sensor in accordance with the Service Information.
- With the scan tool, clear DTCs in the Wireless Control Module (SKREEM).
- Test Drive the vehicle for a minimum of 10 minutes with vehicle speed greater than 15 MPH (24 km/h).
- With the scan tool, select View DTCs in the Wireless Control Module (SKREEM).
Does the DTC reset or is the status Active for this DTC?
Yes
- Replace the Wireless Control Module (SKREEM) in accordance with the Service Information.
- Perform TPM VERIFICATION TEST.(Refer to 22 – TIRES/WHEELS – DIAGNOSIS AND TESTING)
No
- Test Complete.
- Perform TPM VERIFICATION TEST.(Refer to 22 – TIRES/WHEELS/TIRE PRESSURE MONITORING – STANDARD PROCEDURE)
5. INTERMITTENT TIRE PRESSURE SENSOR DTC
- The conditions necessary to set this DTC are not present at this time.
- Refer to any Technical Service Bulletins that may apply to this condition.
- With the scan tool, clear DTCs in the Wireless Control Module (SKREEM).
- Test Drive the vehicle for a minimum of 10 minutes with vehicle speed greater than 15 MPH (24 km/h).
- With the scan tool, select View DTCs in the Wireless Control Module (SKREEM).
Does the DTC reset or is the status Active for this DTC?
Yes
- Repair as necessary.
- Perform TPM VERIFICATION TEST.(Refer to 22 – TIRES/WHEELS – DIAGNOSIS AND TESTING)
No
- Test complete.
- Perform TPM VERIFICATION TEST.(Refer to 22 – TIRES/WHEELS/TIRE PRESSURE MONITORING – STANDARD PROCEDURE)
Автор:
Julia Ray
Дата создания:
6 Август 2021
Дата обновления:
1 Июнь 2023
Содержание
- Возможные причины
- Технические заметки
- Возможные симптомы
- Описание джипа C0077
Возможные причины
Технические заметки
Пользователь представил видео Что это значит?
Возможные симптомы
Расшифровка ошибки C0077 у Jeep: Работоспособность цепи левого заднего изоляционного соленоида АБС
Марка:
Джип
Код:
C0077
Определение:
Работоспособность цепи левого заднего изоляционного соленоида АБС
Описание:
Зажигание включено. Напряжение зажигания больше 10 вольт.
Причина:
EBCM обнаруживает внутреннюю неисправность.
Опрос: Где ремонтируется Ваш автомобиль? (Кол-во голосов: 1966)
У себя в гараже
У официалов
В гараже у Васи
Чтобы проголосовать, кликните на нужный вариант ответа.Результаты
From english:
Decoding the error C0077 from Jeep: ABS Left Rear Isolation Solenoid Circuit Performance
Make:
Jeep
Code:
C0077
Definition:
ABS Left Rear Isolation Solenoid Circuit Performance
Description:
Ignition ON.Ignition voltage is greater than 10 volts.
Cause:
The EBCM detects an internal malfunction.
Еще ошибки категории
Ошибки автомобилей разных произвродителей
Опрос: Смогли ли диагностировать неисправность? (Кол-во голосов: 315)
Да, лично
Да, с помощью знакомого
Да, у официального дилера
Нет
Чтобы проголосовать, кликните на нужный вариант ответа.Результаты
Расскажите друзьям:
Поставьте рейтинг, для нас это очень важно:
Голосов: 0 чел. Рейтинг: 0 из 5.
Благодаря появлением новых технологий, почти каждое электронное устройство на Jeep JK Wrangler подключен к компьютеру ( блоку управления двигателем и диагностики ). И если что-то пойдет не так с любым из этих устройств , компьютер вашего джипа примет это к сведению, и вы узнаете об этом по загоревшейся лампе неисправности ( MIL или «Check Engine» ) или надписи на вашем одометре. К сожалению MIL или другие значки не дадут никакой информации о проблеме. Нам очень повезло что Jeep Wrangler, как и другие автомобили оборудован системой самодиагностики OBD II ( Onboard diagnostic ) И ваш джип может быть легко и просто диагностирован в автосервисе или у дилера с помощью сканера OBDII . А если вы далеко от сканера, сервиса и дилера, не повезло… ? Это не так, все неисправности, которые можно увидеть сканером OBD II, можно увидеть и с помощью самодиагностики, считывая коды на одометре., С помощью трех простых шагов я научу вас использовать эту скрытую функцию вашего джипа . И если по окончании диагностики вы увидели код неисправности, с помощью списка ниже вы можете его расшифровать.
Как считывать DTC:
- Приготовьте лист бумаги и ручку, чтоб записать коды ( можно снять видео и после просмотреть не спеша )
- Поверните ключ в замке зажигания до первого положения, когда разблокируется руль ( зажигание не включать )
- Считая в уме ( раз-два-три ) сделайте трижды включение зажигания, не запуская двигатель. Выглядит это так: Включил-выключил, включил-Выключил, Включил ( двигатель не заводим! ) Данную операцию нужно провести в 10-15 секунд. Если не получится с первого раза, ничего страшного, пробуйте еще, ничего плохого не произойдет.
- Если все получилось, на одометре, вместо общего пробега загорится индикация ( — — — — — — ) и после, через секунду вы сможете увидеть коды, которые выглядят как Pxxxx ( вместо x цифра/буква )
- Коды будут отображаться в математической последовательности, по возрастающей, и по окончанию их отображения вы увидите надпись -d0ne-
- Можно выключить зажигание
- Если не успели записать, можно включить диагностику еще раз.
Код неисправности DTC или диагностический код состоит из 5 знаков, первым из которых является одна из следующих букв :
- B — Кузов ( body )
- C — Шасси ( chassis )
- Р — Силовые агрегаты ( powertrain )
- U — Сеть ( network )
2-я цифра :
- 0 — SAE ( код протокола )
- 1 — MFG ( код производителя )
3-я цифра :
- 1 — Топливо и воздух
- 2 — Топливо и воздух ( инжекторные двигатели )
- 3 — Системы впрыска и зажигание
- 4 — Экология и эмиссия газов
- 5 — Круиз контроль и обороты двигателя
- 6 — Выходная цепь компьютера
- 7 — Трансмиссия
- 8 — Трансмиссия
Последние 2 цифры обозначают :
- Статус ошибки ( 00-99 )
Не углубляясь в подробности обозначения достаточно найти свою ошибку в этом длинном списке:
- B1402 — FRONT LEFT AUDIO SPEAKER OUTPUT CIRCUIT HIGH
- B1403 — FRONT LEFT AUDIO SPEAKER OUTPUT CIRCUIT OPEN
- B1405 — FRONT RIGHT AUDIO SPEAKER OUTPUT CIRCUIT LOW
- B1406 — FRONT RIGHT AUDIO SPEAKER OUTPUT CIRCUIT HIGH
- B1407 — FRONT RIGHT AUDIO SPEAKER OUTPUT CIRCUIT OPEN
- B1409 — REAR LEFT AUDIO SPEAKER OUTPUT CIRCUIT LOW
- B140A — REAR LEFT AUDIO SPEAKER OUTPUT CIRCUIT HIGH
- B140B — REAR LEFT AUDIO SPEAKER OUTPUT CIRCUIT OPEN
- B140D — REAR RIGHT AUDIO SPEAKER OUTPUT CIRCUIT LOW
- B140E — REAR RIGHT AUDIO SPEAKER OUTPUT CIRCUIT HIGH
- B140F — REAR RIGHT AUDIO SPEAKER OUTPUT CIRCUIT OPEN
- B1420 — AUDIO CASSETTE ERROR/INOPERABLE CASSETTE
- B1421 — AUDIO CD READ ERROR/INOPERABLE DISC
- B1422 — AUDIO DVD READ ERROR/INOPERABLE DISC
- B1423 — VES DVD READ ERROR/INOPERABLE DISC
- B1424 — IMPROPER DVD-WRONG REGION
- B1429 — RADIO DISPLAY HIGH TEMPERATURE
- B142A — RADIO UNIT HIGH TEMPERATURE
- B142C — VES VIDEO SCREEN DISCONNECTED
- B142D — AUDIO ANTENNA NOT CONNECTED
- B142E — GPS ANTENNA NOT CONNECTED
- B142F — SATELLITE RADIO ANTENNA NOT CONNECTED
- B1430 — SATELLITE RADIO ANTENNA INTERNAL PERFORMANCE
- B1460 — CHANNEL 1 AUDIO SPEAKER OUTPUT CIRCUIT PERFORMANCE
- B1461 — CHANNEL 1 AUDIO SPEAKER OUTPUT CIRCUIT LOW
- B1462 — CHANNEL 1 AUDIO SPEAKER OUTPUT CIRCUIT HIGH
- B1463 — CHANNEL 1 AUDIO SPEAKER OUTPUT CIRCUIT OPEN
- B1464 — CHANNEL 1 AUDIO SPEAKER OUTPUT CIRCUIT SHORTED TOGETHER
- B1465 — CHANNEL 2 AUDIO SPEAKER OUTPUT CIRCUIT PERFORMANCE
- B1466 — CHANNEL 2 AUDIO SPEAKER OUTPUT CIRCUIT LOW
- B1467 — CHANNEL 2 AUDIO SPEAKER OUTPUT CIRCUIT HIGH
- B1468 — CHANNEL 2 AUDIO SPEAKER OUTPUT CIRCUIT OPEN
- B1469 — CHANNEL 2 AUDIO SPEAKER OUTPUT CIRCUIT SHORTED TOGETHER
- B146A — CHANNEL 3 AUDIO SPEAKER OUTPUT CIRCUIT PERFORMANCE
- B146B — CHANNEL 3 AUDIO SPEAKER OUTPUT CIRCUIT LOW
- B146C — CHANNEL 3 AUDIO SPEAKER OUTPUT CIRCUIT HIGH
- B146D — CHANNEL 3 AUDIO SPEAKER OUTPUT CIRCUIT OPEN
- B146E — CHANNEL 3 AUDIO SPEAKER OUTPUT CIRCUIT SHORTED TOGETHER
- B146F — CHANNEL 4 AUDIO SPEAKER OUTPUT CIRCUIT PERFORMANCE
- B1470 — CHANNEL 4 AUDIO SPEAKER OUTPUT CIRCUIT LOW
- B1471 — CHANNEL 4 AUDIO SPEAKER OUTPUT CIRCUIT HIGH
- B1472 — CHANNEL 4 AUDIO SPEAKER OUTPUT CIRCUIT OPEN
- B1473 — CHANNEL 4 AUDIO SPEAKER OUTPUT CIRCUIT SHORTED TOGETHER
- B1474 — CHANNEL 5 AUDIO SPEAKER OUTPUT CIRCUIT PERFORMANCE
- B1475 — CHANNEL 5 AUDIO SPEAKER OUTPUT CIRCUIT LOW
- B1476 — CHANNEL 5 AUDIO SPEAKER OUTPUT CIRCUIT HIGH
- B1477 — CHANNEL 5 AUDIO SPEAKER OUTPUT CIRCUIT OPEN
- B1478 — CHANNEL 5 AUDIO SPEAKER OUTPUT CIRCUIT SHORTED TOGETHER
- B1479 — CHANNEL 6 AUDIO SPEAKER OUTPUT CIRCUIT PERFORMANCE
- B147A — CHANNEL 6 AUDIO SPEAKER OUTPUT CIRCUIT LOW
- B147B — CHANNEL 6 AUDIO SPEAKER OUTPUT CIRCUIT HIGH
- B147C — CHANNEL 6 AUDIO SPEAKER OUTPUT CIRCUIT OPEN
- B147D — CHANNEL 6 AUDIO SPEAKER OUTPUT CIRCUIT SHORTED TOGETHER
- B1613 — PANEL ILLUMINATION CONTROL CIRCUIT LOW
- B1615 — PANEL ILLUMINATION CONTROL CIRCUIT OPEN
- B161A — COURTESY/DOME LAMP CONTROL CIRCUIT
- B161E — READING LAMP CONTROL CIRCUIT
- B162B — LEFT LOW BEAM CONTROL CIRCUIT LOW
- B162C — LT LOW BEAM CONTROL CKT HI
- B162F — RIGHT LOW BEAM CONTROL CIRCUIT LOW
- B1630 — RIGHT LOW BEAM CONTROL CIRCUIT HIGH
- B1633 — LEFT HI BEAM CONTROL CIRCUIT LOW
- B1634 — LEFT HI BEAM CONTROL CIRCUIT HIGH
- B1637 — RIGHT HI BEAM CONTROL CIRCUIT LOW
- B1638 — RIGHT HI BEAM CONTROL CIRCUIT HIGH
- B163B — FRONT LEFT TURN CONTROL CIRCUIT LOW
- B163C — FRONT LEFT TURN CONTROL CIRCUIT HIGH
- B163F — FRONT RIGHT TURN CONTROL CIRCUIT LOW
- B1640 — FRONT RIGHT TURN CONTROL CIRCUIT HIGH
- B1643 — REAR LEFT TURN CONTROL CIRCUIT LOW
- B1644 — REAR LEFT TURN CONTROL CIRCUIT HIGH
- B1644 — RIGHT STOP LAMP CONTROL CIRCUIT HIGH
- B1647 — REAR RIGHT TURN CONTROL CIRCUIT LOW
- B1648 — REAR RIGHT TURN CONTROL CIRCUIT HIGH
- B1663 — REAR FOG LAMP CONTROL CIRCUIT LOW
- B1664 — REAR FOG LAMP CONTROL CIRCUIT HIGH
- B166B — LEFT TRAILER TOW LAMP CONTROL CIRCUIT LOW
- B166C — LEFT TRAILER TOW LAMP CONTROL CIRCUIT HIGH
- B166F — RIGHT TRAILER TOW LAMP CONTROL CIRCUIT LOW
- B1670 — RIGHT TRAILER TOW LAMP CONTROL CIRCUIT HIGH
- B16B1 — LEFT STOP LAMP CONTROL CIRCUIT HIGH
- B16F8 — FRONT LEFT FOG LAMP CONTROL CIRCUIT LOW
- B16F9 — FRONT LEFT FOG LAMP CONTROL CIRCUIT HIGH
- B16FC — FRONT RIGHT FOG LAMP CONTROL CIRCUIT LOW
- B16FD — FRONT RIGHT FOG LAMP CONTROL CIRCUIT HIGH
- B17B8 — LEFT STOP LAMP CONTROL CIRCUIT OVERCURRENT
- B17B9 — RIGHT STOP LAMP CONTROL CIRCUIT OVERCURRENT
- B17BA — HEADLAMP LEVELING MOTOR CONTROL CIRCUIT OVERCURRENT
- B17BF — LEFT SIDEMARKER LAMP CONTROL CIRCUIT OVERCURRENT
- B17C4 — RIGHT SIDEMARKER LAMP CONTROL CIRCUIT OVERCURRENT
- B1801 — DRIVER DOOR LOCK/UNLOCK SWITCH CIRCUIT LOW — CLUSTER
- B1806 — PASSENGER DOOR LOCK/UNLOCK SWITCH CIRCUIT LOW — TIPM
- B1934 — DRIVER DOOR LOCK/UNLOCK SWITCH CIRCUIT STUCK — CLUSTER
- B1935 — PASSENGER DOOR LOCK/UNLOCK SWITCH CIRCUIT STUCK — TIPM
- B1A08 — RKE FOB 1 PERFORMANCE
- B1A09 — RKE FOB 2 PERFORMANCE
- B1A0A — RKE FOB 3 PERFORMANCE
- B1A0B — RKE FOB 4 PERFORMANCE
- B1A0C — RKE FOB 5 PERFORMANCE
- B1A0D — RKE FOB 6 PERFORMANCE
- B1A0E — RKE FOB 7 PERFORMANCE
- B1A0F — RKE FOB 8 PERFORMANCE
- B1A10 — RKE FOB 1 BATTERY LOW
- B1A11 — RKE FOB 2 BATTERY LOW
- B1A12 — RKE FOB 3 BATTERY LOW
- B1A13 — RKE FOB 4 BATTERY LOW
- B1A14 — RKE FOB 5 BATTERY LOW
- B1A15 — RKE FOB 6 BATTERY LOW
- B1A16 — RKE FOB 7 BATTERY LOW
- B1A17 — RKE FOB 8 BATTERY LOW
- B1A20 — PRE-ARM TIMEOUT
- B1A23 — RKE RECEIVER PERFORMANCE
- B1A24 — KEY NOT PROGRAMMED
- B1A25 — INVALID KEY
- B1A26 — MAXIMUM NUMBER OF KEYS PROGRAMMED
- B1A27 — SKREEM PROGRAMMING PERFORMANCE
- B1A28 — ECM MISMATCH WITH SKIM
- B1A29 — SKIM BASESTATION MISMATCH
- B1A3C — INTERNAL SIREN BATTERY
- B1A3D — SIREN BATTERY / LOSS OF POWER SUPPLY
- B1A3E — SIREN/ITM MISMATCH
- B1A3F — ITM ARMING SEQUENCE PERFORMANCE
- B1A48 — INTRUSION SENSOR 1 INTERNAL
- B1A5F — INTRUSION SENSOR 2 INTERNAL
- B1A6D — INTRUSION SENSOR 3 INTERNAL
- B1B00 — DRIVER AIRBAG SQUIB 1 CIRCUIT LOW
- B1B01 — DRIVER AIRBAG SQUIB 1 CIRCUIT HIGH
- B1B02 — DRIVER AIRBAG SQUIB 1 CIRCUIT OPEN
- B1B03 — DRIVER AIRBAG SQUIB 1 CIRCUIT SHORTED TOGETHER
- B1B04 — DRIVER AIRBAG SQUIB 2 CIRCUIT LOW
- B1B05 — DRIVER AIRBAG SQUIB 2 CIRCUIT HIGH
- B1B06 — DRIVER AIRBAG SQUIB 2 CIRCUIT OPEN
- B1B07 — DRIVER AIRBAG SQUIB 2 CIRCUIT SHORTED TOGETHER
- B1B08 — PASSENGER AIRBAG SQUIB 1 CIRCUIT LOW
- B1B09 — PASSENGER AIRBAG SQUIB 1 CIRCUIT HIGH
- B1B0A — PASSENGER AIRBAG SQUIB 1 CIRCUIT OPEN
- B1B0B — PASSENGER AIRBAG SQUIB 1 CIRCUIT SHORTED TOGETHER
- B1B0C — PASSENGER AIRBAG SQUIB 2 CIRCUIT LOW
- B1B0D — PASSENGER AIRBAG SQUIB 2 CIRCUIT HIGH
- B1B0E — PASSENGER AIRBAG SQUIB 2 CIRCUIT OPEN
- B1B0F — PASSENGER AIRBAG SQUIB 2 CIRCUITS SHORTED TOGETHER
- B1B54 — 1ST ROW PASSENGER SEAT BELT SENSOR CIRCUIT LOW
- B1B55 — 1 ST ROW PASSENGER SEAT BELT SENSOR CIRCUIT HIGH
- B1B56 — 1 ST ROW PASSENGER SEAT BELT SENSOR CIRCUIT OPEN
- B1B70 — UP-FRONT LEFT SATELLITE ACCELERATION SENSOR INTERNAL
- B1B71 — UP-FRONT RIGHT SATELLITE ACCELERATION SENSOR INTERNAL
- B1B72 — LEFT SIDE SATELLITE ACCELERATION SENSOR 1 INTERNAL
- B1B75 — RIGHT SIDE SATELLITE ACCELERATION SENSOR 1 INTERNAL
- B1B78 — PASSENGER SEAT WEIGHT SENSOR 3 — LEFT FRONT PERFORMANCE
- B1B79 — PASSENGER SEAT WEIGHT SENSOR 3 — LEFT FRONT INPUT CIRCUIT LOW
- B1B7A — PASSENGER SEAT WEIGHT SENSOR 3 — LEFT FRONT INPUT CIRCUIT HIGH
- B1B7D — PASSENGER SEAT WEIGHT SENSOR 2 — RIGHT FRONT PERFORMANCE
- B1B7E — PASSENGER SEAT WEIGHT SENSOR 2 — RIGHT FRONT INPUT CIRCUIT LOW
- B1B7F — PASSENGER SEAT WEIGHT SENSOR 2 — RIGHT FRONT INPUT CIRCUIT HIGH
- B1B82 — PASSENGER SEAT WEIGHT SENSOR 4 — LEFT REAR PERFORMANCE
- B1B83 — PASSENGER SEAT WEIGHT SENSOR 4 — LEFT REAR INPUT CIRCUIT LOW
- B1B84 — PASSENGER SEAT WEIGHT SENSOR 4 — LEFT REAR INPUT CIRCUIT HIGH
- B1B87 — PASSENGER SEAT WEIGHT SENSOR 1 — RIGHT REAR PERFORMANCE
- B1B88 — PASSENGER SEAT WEIGHT SENSOR 1 — RIGHT REAR INPUT CIRCUIT LOW
- B1B89 — PASSENGER SEAT WEIGHT SENSOR 1 — RIGHT REAR INPUT CIRCUIT HIGH
- B1B8D — DRIVER SEAT TRACK POSITION SENSOR CIRCUIT LOW
- B1B8E — DRIVER SEAT TRACK POSITION SENSOR CIRCUIT HIGH
- B1B8F — DRIVER SEAT TRACK POSITION SENSOR CIRCUIT OPEN
- B1B93 — PASSENGER SEAT TRACK POSITION SENSOR CIRCUIT LOW
- B1B94 — PASSENGER SEAT TRACK POSITION SENSOR CIRCUIT HIGH
- B1B95 — PASSENGER SEAT TRACK POSITION SENSOR CIRCUIT OPEN
- B1BA5 — AIRBAG SQUIB CONFIGURATION MISMATCH
- B1BA6 — OCCUPANT CLASSIFICATION UNDETERMINED
- B1BA7 — OCCUPANT CLASSIFICATION SYSTEM VERIFICATION REQUIRED
- B1BA8 — OCM SYSTEM OUT OF CALIBRATION/NOT CALIBRATED
- B1BAA — OCCUPANT CLASSIFICATION MODULE CONFIGURATION MISMATCH
- B1BBA — PASSENGER SEAT WEIGHT SENSOR SUPPLY CIRCUIT
- B1BBB — PASSENGER SEAT WEIGHT SENSOR INPUTS SHORTED TOGETHER
- B1BBC — OCS NEGATIVE SYSTEM WEIGHT
- B1BBD — OCM CURRENT CONFIGURATION TABLE UNPROGRAMMED
- B1BC7 — DEPLOYMENT DATA RECORD FULL
- B1C27 — LEFT SIDE SEAT THORAX SQUIB 1 LOW
- B1C28 — LEFT SIDE SEAT THORAX SQUIB 1 HIGH
- B1C29 — LEFT SIDE SEAT THORAX SQUIB 1 OPEN
- B1C2A — LEFT SIDE SEAT THORAX SQUIB 1 SHORTED TOGETHER
- B1C2B — RIGHT SIDE SEAT THORAX SQUIB 1 LOW
- B1C2C — RIGHT SIDE SEAT THORAX SQUIB 1 HIGH
- B1C2D — RIGHT SIDE SEAT THORAX SQUIB 1 OPEN
- B1C2E — RIGHT SIDE SEAT THORAX SQUIB 1 SHORTED TOGETHER
- B1C38 — 1ST ROW DRIVER RETRACTOR PRETENSIONER CIRCUIT LOW
- B1C39 — 1ST ROW DRIVER RETRACTOR PRETENSIONER CIRCUIT HIGH
- B1C3A — 1ST ROW DRIVER RETRACTOR PRETENSIONER CIRCUIT OPEN
- B1C3B — 1ST ROW DRIVER RETRACTOR PRETENSIONER CIRCUIT SHORTED TOGETHER
- B1C47 — 1ST ROW PASSENGER RETRACTOR PRETENSIONER CIRCUIT LOW
- B1C48 — 1ST ROW PASSENGER RETRACTOR PRETENSIONER CIRCUIT HIGH
- B1C49 — 1ST ROW PASSENGER RETRACTOR PRETENSIONER CIRCUIT OPEN
- B1C4A — 1ST ROW PASSENGER RETRACTOR PRETENSIONER CIRCUIT SHORTED TOGETHER
- B2101 — IGNITION RUN/START INPUT CIRCUIT LOW
- B2101 — IGNITION RUN/START INPUT CIRCUIT LOW
- B2102 — IGNITION RUN/START INPUT CIRCUIT HIGH
- B2102 — IGNITION RUN/START INPUT CIRCUIT HIGH
- B210A — SYSTEM VOLTAGE LOW (WCM)
- B210B — SYSTEM VOLTAGE HIGH (WCM)
- B210D — BATTERY VOLTAGE LOW (WCM)
- B210D — BATTERY VOLTAGE LOW
- B210E — BATTERY VOLTAGE HIGH (WCM)
- B210E — BATTERY VOLTAGE HIGH
- B210E — BATTERY VOLTAGE HIGH
- B210E — BATTERY VOLTAGE HIGH
- B212C — IGNITION RUN/START INPUT CIRCUIT OPEN
- B212D — IGNITION RUN ONLY INPUT CIRCUIT OPEN
- B2142 — IGNITION OFF DRAW (IOD) FUSE NOT PRESENT
- B219A — IGNITION UNLOCK RUN/START CONTROL CIRCUIT OVERCURRENT
- B219F — IGNITION OFF DRAW (IOD) FUSE BLOWN
- B2201 — CALIBRATION MISMATCH
- B2204 — ECU CONFIGURATION MISMATCH
- B2205 — ORIGINAL VIN MISSING/MISMATCH
- B2205 — ORIGINAL VIN MISSING/MISMATCH
- B2206 — CURRENT VIN MISSING/MISMATCH
- B2206 — CURRENT VIN MISSING / MISMATCH
- B2206 — CURRENT VIN MISSING / MISMATCH
- B2207 — OCCUPANT RESTRAINT CONTROLLER INTERNAL 1
- B2208 — OCCUPANT RESTRAINT CONTROLLER INTERNAL 2
- B2209 — OCCUPANT RESTRAINT CONTROLLER INTERNAL 3
- B220A — OCCUPANT RESTRAINT CONTROLLER INTERNAL 4
- B220B — OCCUPANT RESTRAINT CONTROLLER FIRING STORED ENERGY
- B220C — OCCUPANT RESTRAINT CONTROLLER ACCELEROMETER 1 INTERNAL
- B220D — OCCUPANT RESTRAINT CONTROLLER ACCELEROMETER 2 INTERNAL
- B2212 — OCCUPANT CLASSIFICATION MODULE INTERNAL
- B2222 — SATELLITE RADIO RECEIVER INTERNAL
- B2224 — SKREEM INTERNAL
- B2229 — SKREEM INTERNAL — SKIM IMMOBILIZER
- B222A — VEHICLE LINE MISMATCH
- B222C — VEHICLE CONFIGURATION NOT PROGRAMMED
- B223B — VEHICLE CONFIGURATION MISMATCH
- B223B — VEHICLE CONFIGURATION MISMATCH
- B223C — INTRUSION TRANSCEIVER MODULE INTERNAL
- B223D — OCCUPANT CLASSIFICATION MODULE DTC PRESENT
- B2254 — COLUMN LOCK MODULE INTERNAL
- B2304 — WIPER PARK SWITCH INPUT CIRCUIT LOW
- B2305 — WIPER PARK SWITCH INPUT CIRCUIT HIGH
- B230D — REAR WIPER PARK SWITCH INPUT CIRCUIT LOW (STUCK LOW)
- B230E — REAR WIPER PARK SWITCH INPUT CIRCUIT HIGH (STUCK HIGH)
- B2323 — HEADLAMP WASHER MOTOR CONTROL CIRCUIT LOW
- B2324 — HEADLAMP WASHER MOTOR CONTROL CIRCUIT HIGH
- B2339 — HORN SWITCH STUCK
- C0077 — LOW TIRE PRESSURE
- C1404 — TRANSFER CASE RANGE POSITION SENSOR CIRCUIT LOW (TIPM)
- C1405 — TRANSFER CASE RANGE POSITION SENSOR CIRCUIT HIGH (TIPM)
- C1417 — FRONT DIFFERENTIAL CONTROL CIRCUIT LOW
- C1418 — FRONT DIFFERENTIAL CONTROL CIRCUIT HIGH
- C141D — REAR DIFFERENTIAL CONTROL CIRCUIT LOW
- C141E — REAR DIFFERENTIAL CONTROL CIRCUIT HIGH
- C1501 — TIRE PRESSURE SENSOR 1 INTERNAL
- C1502 — TIRE PRESSURE SENSOR 2 INTERNAL
- C1503 — TIRE PRESSURE SENSOR 3 INTERNAL
- C1504 — TIRE PRESSURE SENSOR 4 INTERNAL
- C2100 — BATTERY VOLTAGE LOW
- C2101 — BATTERY VOLTAGE HIGH
- C2207 — OFF ROAD ECU INTERNAL
- P0016 — Crankshaft/camshaft Timing Misalignment
- P0031 — O2 Sensor 1/1 Heater Circuit Low
- P0032 — O2 Sensor 1/1 Heater Circuit High
- P0037 — O2 Sensor 1/2 Heater Circuit Low
- P0038 — O2 Sensor 1/2 Heater Circuit High
- P0051 — O2 Sensor 2/1 Heater Circuit Low
- P0052 — O2 Sensor 2/1 Heater Circuit High
- P0057 — O2 Sensor 2/2 Heater Circuit Low
- P0058 — O2 Sensor 2/2 Heater Circuit High
- P0071 — Ambient Air Temperature Sensor Performance
- P0072 — Ambient Air Temperature Sensor Circuit Low
- P0073 — Ambient Air Temperature Sensor Circuit High
- P0107 — Manifold Absolute Pressure Sensor Circuit Low
- P0108 — Manifold Absolute Pressure Sensor Circuit High
- P0111 — Intake Air Temperature Sensor Rationality
- P0112 — Intake Air Temperature Sensor Circuit Low
- P0113 — Intake Air Temperature Sensor Circuit High
- P0116 — Engine Coolant Temperature Sensor Performance
- P0117 — Engine Coolant Temperature Sensor Circuit Low
- P0118 — Engine Coolant Temperature Sensor Circuit High
- P0121 — Throttle Position Sensor 1 Performance
- P0122 — Tps/apps Circuit Low
- P0122 — Throttle Position Sensor 1 Circuit Low
- P0123 — Tps/app Circuit High
- P0123 — Throttle Position Sensor 1 Circuit High
- P0124 — Tps/app Intermittent
- P0125 — Insufficient Coolant Temperature For Closed-loop Fuel Control
- P0128 — Thermostat Rationality
- P0129 — Barometric Pressure Out-of-range Low
- P0131 — O2 Sensor 1/1 Circuit Low
- P0132 — O2 Sensor 1/1 Circuit High
- P0133 — O2 Sensor 1/1 Slow Response
- P0135 — O2 Sensor 1/1 Heater Performance
- P0137 — O2 Sensor 1/2 Circuit Low
- P0138 — O2 Sensor 1/2 Circuit High
- P0139 — O2 Sensor 1/2 Slow Response
- P013a — O2 Sensor 1/2 Slow Response — Rich To Lean
- P013c — O2 Sensor 2/2 Slow Response — Rich To Lean
- P0141 — O2 Sensor 1/2 Heater Performance
- P0151 — O2 Sensor 2/1 Circuit Low
- P0152 — O2 Sensor 2/1 Circuit High
- P0153 — O2 Sensor 2/1 Slow Response
- P0155 — O2 Sensor 2/1 Heater Performance
- P0157 — O2 Sensor 2/2 Circuit Low
- P0158 — O2 Sensor 2/2 Circuit High
- P0159 — O2 Sensor 2/2 Slow Response
- P0161 — O2 Sensor 2/2 Heater Performance
- P0171 — Fuel System 1/1 Lean
- P0172 — Fuel System 1/1 Rich
- P0174 — Fuel System 2/1 Lean
- P0175 — Fuel System 2/1 Rich
- P0201 — Fuel Injector 1 Circuit
- P0202 — Fuel Injector 2 Circuit
- P0203 — Fuel Injector 3 Circuit
- P0204 — Fuel Injector 4 Circuit
- P0205 — Fuel Injector 5 Circuit
- P0206 — Fuel Injector 6 Circuit
- P0218 — High Temperature Operation Activated
- P0221 — Throttle Position Sensor 2 Performance
- P0222 — Throttle Position Sensor 2 Circuit Low
- P0223 — Throttle Position Sensor 2 Circuit High
- P0300 — Multiple Cylinder Misfire
- P0301 — Cylinder 1 Misfire
- P0302 — Cylinder 2 Misfire
- P0303 — Cylinder 3 Misfire
- P0304 — Cylinder 4 Misfire
- P0305 — Cylinder 5 Misfire
- P0306 — Cylinder 6 Misfire
- P0315 — No Crank Sensor Learned
- P0325 — Knock Sensor 1 Circuit
- P0335 — Crankshaft Position Sensor Circuit
- P0339 — Crankshaft Position Sensor Intermittent
- P0340 — Camshaft Position Sensor Circuit
- P0344 — Camshaft Position Sensor Intermittent
- P0401 — Egr System Performance
- P0403 — Egr Solenoid Circuit
- P0404 — Egr Position Sensor Rationality Open
- P0405 — Egr Position Sensor Circuit Low
- P0406 — Egr Position Sensor Circuit High
- P0420 — Catalyst Efficiency (bank 1)
- P0430 — Catalyst Efficiency (bank 2)
- P0440 — General Evap System Failure
- P0441 — Evap Purge System Performance
- P0443 — Evap Purge Solenoid Circuit
- P0452 — Evap Pressure Switch Stuck Closed
- P0455 — Evap Purge System Large Leak
- P0456 — Evap Purge System Small Leak
- P0457 — Loose Fuel Cap
- P0461 — Fuel Level Sensor 1 Performance
- P0462 — Fuel Level Sensor 1 Circuit Low
- P0463 — Fuel Level Sensor 1 Circuit High
- P0480 — Cooling Fan 1 Control Circuit
- P0481 — Cooling Fan 2 Control Circuit
- P0501 — Vehicle Speed Sensor 1 Performance
- P0503 — Vehicle Speed Sensor 1 Erratic
- P0506 — Idle Speed Performance Lower Than Expected
- P0507 — Idle Speed Performance Higher Than Expected
- P050b — Cold Start Ignition Timing Performance
- P050d — Cold Start Rough Idle
- P0513 — Invalid Skim Key
- P0522 — Engine Oil Pressure Too Low
- P0532 — A/c Pressure Sensor Circuit Low
- P0533 — A/c Pressure Sensor Circuit High
- P0562 — Battery Voltage Low
- P0562 — Battery Voltage Low
- P0563 — Battery Voltage High
- P0571 — Brake Switch 1 Performance
- P0572 — Brake Switch 1 Stuck On
- P0573 — Brake Switch 1 Stuck Off
- P0579 — Speed Control Switch 1 Performance
- P0580 — Speed Control Switch 1 Circuit Low
- P0581 — Speed Control Switch 1 Circuit High
- P0585 — Speed Control Switch 1/2 Correlation
- P0591 — Speed Control Switch 2 Performance
- P0592 — Speed Control Switch 2 Circuit Low
- P0593 — Speed Control Switch 2 Circuit High
- P0600 — Serial Communication Link
- P0601 — Internal Memory Checksum Invalid
- P0602 — Control Module Programming Error/not Programmed
- P0602 — Control Module Programming Error/not Programmed
- P0604 — Internal Control Module Ram
- P0605 — Internal Control Module Rom
- P0606 — Internal Ecm Processor
- P060b — Etc A/d Ground Performance
- P060d — Etc Level 2 App Performance
- P060e — Etc Level 2 Tps Performance
- P060f — Etc Level 2 Ect Performance
- P0613 — Internal Transmission Processor
- P061a — Etc Level 2 Torque Performance
- P061c — Etc Level 2 Rpm Performance
- P0622 — Generator Field Control Circuit
- P0627 — Fuel Pump Control Circuit
- P062c — Etc Level 2 Mph Performance
- P0630 — Vin Not Programmed In Pcm
- P0632 — Odometer Not Programmed In Pcm
- P0633 — Skim Secret Key Not Stored In Pcm
- P063a — Generator Voltage Sense Circuit
- P0642 — Sensor Reference Voltage 1 Circuit Low
- P0643 — Sensor Reference Voltage 1 Circuit High
- P0645 — A/c Clutch Control Circuit
- P0652 — Sensor Reference Voltage 2 Circuit Low
- P0653 — Sensor Reference Voltage 2 Circuit High
- P0685 — Auto Shutdown Control Circuit
- P0688 — Auto Shutdown Sense Circuit Low
- P0691 — Cooling Fan 1 Control Circuit Low
- P0692 — Cooling Fan 1 Control Circuit High
- P0693 — Cooling Fan 2 Control Circuit Low
- P0694 — Cooling Fan 2 Control Circuit High
- P0700 — Transmission Control System (mil Request)
- P0703 — Brake Switch 2 Performance
- P0706 — Transmission Range Sensor Rationality
- P0711 — Transmission Temperature Sensor Performance
- P0712 — Transmission Temperature Sensor Low
- P0713 — Transmission Temperature Sensor High
- P0714 — Transmission Temperature Sensor Intermittent
- P0716 — Input Speed Sensor 1 Circuit Performance
- P0721 — Output Speed Sensor Circuit Performance
- P0726 — Engine Speed Input Circuit Range/performance
- P0731 — Gear Ratio Error In 1st
- P0732 — Gear Ratio Error In 2nd
- P0733 — Gear Ratio Error In 3rd
- P0734 — Gear Ratio Error In 4th
- P0736 — Gear Ratio Error In Reverse
- P0740 — Tcc Out Of Range
- P0750 — Lr Solenoid Circuit
- P0755 — 2/4 Solenoid Circuit
- P0760 — Od Solenoid Circuit
- P0765 — Ud Solenoid Circuit
- P0841 — Lr Pressure Switch Rationality
- P0845 — 2/4 Hydraulic Pressure Test
- P0846 — 2/4 Pressure Switch Rationality
- P0850 — Park/neutral Switch Performance
- P0853 — Overdrive/tow Switch Input Circuit Stuck
- P0868 — Line Pressure Low
- P0869 — Line Pressure High
- P0870 — Od Hydraulic Pressure Test
- P0871 — Od Pressure Switch Rationality
- P0882 — Tcm Power Input Low
- P0883 — Tcm Power Input High
- P0884 — Power Up At Speed
- P0888 — Transmission Relay Always Off
- P0890 — Switched Battery
- P0891 — Transmission Relay Always On
- P0897 — Transmission Fluid Deteriorated
- P0933 — Line Pressure Sensor Circuit Performance
- P0934 — Line Pressure Sensor Circuit Low
- P0935 — Line Pressure Sensor Circuit High
- P0944 — Loss Of Hydraulic Pump Prime
- P0992 — 2/4/od Hydraulic Pressure Test
- P1115 — General Temperature Rationality
- P1128 — Closed Loop Fueling Not Achieved — Bank 1
- P1129 — Closed Loop Fueling Not Achieved — Bank 2
- P1273 — A/c Clutch Control Circuit 2 High (tipm)
- P1275 — A/c Clutch Control Circuit 2 Overcurrent (tipm)
- P128b — Tcm Power Control Circuit 2 Low — Tipm
- P128c — Tcm Power Control Circuit 2 High — Tipm
- P128d — Tcm Power Control Circuit 2 Open — Tipm
- P128e — Tcm Power Control Circuit 2 Overcurrent — Tipm
- P129c — Inverter Control Circuit High (tipm)
- P129e — Inverter Control Circuit Overcurrent (tipm)
- P1404 — Egr Position Sensor Rationality Closed
- P1501 — Vehicle Speed Sensor 1/2 Correlation — Drive Wheels
- P1502 — Vehicle Speed Sensor 1/2 Correlation — Non Drive Wheels
- P1572 — Brake Pedal Stuck On
- P1573 — Brake Pedal Stuck Off
- P1593 — Speed Control Switch 1/2 Stuck
- P1602 — Pcm Not Programmed
- P1607 — Pcm Internal Shutdown Timer Rationality Too Slow
- P1618 — Sensor Reference Voltage 1 Circuit Erratic
- P1628 — Sensor Reference Voltage 2 Circuit Erratic
- P1684 — Battery Was Disconnected
- P1696 — Eeprom Memory Write Denied/invalid
- P1697 — Emr (sri) Mileage Not Stored
- P1713 — Restricted Manual Valve In T2 Range
- P1745 — Transmission Line Pressure Too High For Too Long
- P1775 — Solenoid Switch Valve Latched In Tcc Position
- P1776 — Solenoid Switch Valve Latched In Lr Position
- P1790 — Fault Immediately After Shift
- P1794 — Speed Sensor Ground Error
- P1797 — Manual Shift Overheat
- P1897 — Level 1 Rpm Bus Unlock
- P2072 — Electronic Throttle Control System — Ice Blockage
- P2096 — Downstream Fuel Trim System 1 Lean
- P2097 — Downstream Fuel Trim System 1 Rich
- P2098 — Downstream Fuel Trim System 2 Lean
- P2099 — Downstream Fuel Trim System 2 Rich
- P2100 — Electronic Throttle Control Motor Circuit
- P2101 — Electronic Throttle Control Motor Performance
- P2107 — Electronic Throttle Control Module Processor
- P2110 — Electronic Throttle Control — Forced Limited Rpm
- P2111 — Electronic Throttle Control — Unable To Close
- P2112 — Electronic Throttle Control — Unable To Open
- P2115 — Accelerator Pedal Position Sensor 1 Minimum Stop Performance
- P2116 — Accelerator Pedal Position Sensor 2 Minimum Stop Performance
- P2118 — Electronic Throttle Control Motor Current Performance
- P2122 — Accelerator Pedal Position Sensor 1 Circuit Low
- P2123 — Accelerator Pedal Position Sensor 1 Circuit High
- P2127 — Accelerator Pedal Position Sensor 2 Circuit Low
- P2128 — Accelerator Pedal Position Sensor 2 Circuit High
- P2135 — Throttle Position Sensor 1/2 Correlation
- P2138 — Accelerator Pedal Position Sensor 1/2 Correlation
- P2161 — Vehicle Speed Sensor 2 Erratic
- P2166 — Accelerator Pedal Position Sensor 1 Maximum Stop Performance
- P2167 — Accelerator Pedal Position Sensor 2 Maximum Stop Performance
- P2172 — High Airflow / Vacuum Leak Detected (instantaneous Accumulation)
- P2173 — High Airflow / Vacuum Leak Detected (slow Accumulation)
- P2174 — Low Airflow / Restriction Detected (instantaneous Accumulation)
- P2175 — Low Airflow / Restriction Detected (slow Accumulation)
- P2181 — Cooling System Performance
- P2271 — O2 Sensor 1/2 Signal Stuck Rich
- P2273 — O2 Sensor 2/2 Signal Stuck Rich
- P2299 — Brake Pedal Position / Accelerator Pedal Position Incompatible
- P2302 — Ignition Coil 1 Secondary Circuit- Insufficient Ionization
- P2305 — Ignition Coil 2 Secondary Circuit- Insufficient Ionization
- P2308 — Ignition Coil 3 Secondary Circuit- Insufficient Ionization
- P2503 — Charging System Output Low
- P2504 — Charging System Output High
- P2610 — Pcm Internal Shutdown Timer Rationality Too Fast
- U0001 — Can C Bus
- U0001 — Can C Bus
- U0001 — Can C Bus Circuit
- U0002 — Can C Bus Off Performance
- U0010 — Can Interior Bus
- U0010 — Can Interior Bus
- U0011 — Can Interior Bus Off Performance
- U0019 — Can Interior Bus(+)/(-) Circuit
- U0020 — Can Interior Bus Off Performance
- U0100 — Lost Communication With Ecm/pcm
- U0100 — Lost Communication With Ecm/pcm
- U0100 — Lost Communication With Ecm/pcm
- U0100 — Lost Communication With Ecm/pcm
- U0101 — Lost Communication With Tcm
- U0101 — Lost Communication With Tcm
- U0101 — Lost Communication With Tcm
- U0114 — Lost Communication With Final Drive Control Module
- U0114 — Lost Communication With Final Drive Control Module
- U0121 — Lost Communication With Abs
- U0121 — Lost Communication With Anti-lock Brake Module
- U0121 — Lost Communication With Anti-lock Brake System (abs) Control Module
- U0121 — Lost Communication With Anti-lock Brake Module
- U0121 — Lost Communication With Anti-lock Brake Module
- U0121 — Lost Communication With Anti-lock Brake Module
- U0126 — Lost Communication With Sas — Can C (steering Angle Sensor)
- U0141 — Lost Communication With Fcm
- U0141 — Lost Communication With Front Control Module (tipm)
- U0141 — Lost Communication With Front Control Module
- U0141 — Lost Communication With Front Control Module
- U0141 — Lost Communication With Front Control Module (tipm)
- U0141 — Lost Communication With Front Control Module (tipm)
- U0141 — Lost Communication With Front Control Module
- U0146 — Lost Communication With Central Gateway
- U0151 — Lost Communication With Occupant Restraint Controller (orc)
- U0151 — Lost Communication With Occupant Restraint Controller
- U0151 — Lost Communication With Occupant Restraint Controller (orc)
- U0151 — Lost Communication With Occupant Restraint Controller
- U0154 — Lost Communication With Occupant Classification Module
- U0154 — Lost Communication With Occupant Classification Module
- U0154 — Lost Communication With Occupant Classification Module
- U0154 — Lost Communication With Occupant Classification Module
- U0155 — Lost Communication With Cluster/ccn
- U0155 — Lost Communication With Cluster/ccn (skreem)
- U0155 — Lost Communication With Cluster/ccn
- U0155 — Lost Communication With Cluster/ccn
- U0155 — Lost Communication With Cluster/ccn
- U0161 — Lost Communication With Compass Module
- U0164 — Lost Communication With Hvac Control Module
- U0164 — Lost Communication With Hvac Control Module
- U0167 — Lost Communication With Intrusion Transceiver Control Module
- U0167 — Lost Communication With Intrusion Transceiver Control Module
- U0168 — Lost Communication With Vehicle Security Control Module (skreem-wcm)
- U0168 — Lost Communication With Vehicle Security Control Module (skreem/wcm)
- U0168 — Lost Communication With Vehicle Security Control Module (skreem/wcm)
- U0168 — Lost Communication With Vehicle Security Control Module (skreem/wcm)
- U0170 — Lost Communication W/up-front Left Satellite Acceleration Sensor
- U0171 — Lost Communication W/up-front Right Satellite Acceleration Sensor
- U0172 — Lost Communication W/left Side Satellite Acceleration Sensor 1
- U0175 — Communication W/right Side Satellite Acceleration Sensor 1
- U0184 — Lost Communication With Radio
- U0184 — Lost Communication With Radio
- U0184 — Lost Communication With Radio
- U0184 — Lost Communication With Radio
- U0184 — Lost Communication With Radio
- U0186 — Lost Communication With Audio Amplifier
- U0186 — Lost Communication With Audio Amplifier
- U0186 — Lost Communication With Audio Amplifier
- U0186 — Lost Communication With Audio Amplifier
- U0193 — Lost Communication With Traffic Information Receiver Module
- U0195 — Lost Communication With Sdars
- U0195 — Lost Communication With Sdar
- U0197 — Lost Communication With Hands Free Phone Module
- U0197 — Lost Communication With Hands Free Module
- U0199 — Lost Communication With Drivers Door Module
- U0200 — Lost Communication With Passenger Door Module
- U0415 — Implausible Data Received From Abs
- U0447 — Implausible Data Received From Central
- U1008 — Lin 1 Bus
- U1008 — Lin 1 Bus
- U110a — Lost Communication With Scm
- U110c — Lost Fuel Level Message
- U110d — Lost Communication With Security Siren
- U110e — Lost Ambient Temperature Message
- U110f — Lost Fuel Volume Message
- U1110 — Lost Vehicle Speed Message
- U1113 — Lost A/c Pressure Message
- U1120 — Lost Wheel Distance Message
- U113b — Lost Communication With Switch Bank Module
- U1149 — Lost Communication With Multifunction
- U1159 — Lost Communication With Asbs
- U1169 — Lost Communication With Intrusion Sensor 1
- U1170 — Lost Communication With Intrusion Sensor 2
- U1179 — Lost Communication With Intrusion Sensor 3
- U1403 — Implausible Fuel Level Signal Received
- U1411 — Implausible Fuel Volume Signal Received
- U1412 — Implausible Vehicle Speed Signal Received
- U1414 — Implausible/missing Ecu Network Configuration Data
- U1415 — Implausible/missing Vehicle Configuration Data
- U1416 — Implausible Security Siren Signal Received
- U1417 — Implausible Left Wheel Distance Signal Received
- U1418 — Implausible Right Wheel Distance Signal
- U1419 — Implausible Data Received From Ocs Sensor 3 — Left Front
- U141a — Implausible Data Received From Ocs Sensor 2 — Right Front
- U141b — Implausible Data Received From Ocs Sensor 4 — Left Rear
- U141c — Implausible Data Received From Ocs Sensor 1 — Right Rear
Принимая во внимание тот факт, что OBD2 ошибки работы электронных систем автомобиля не всегда на прямую указывают на неработающий элемент, а чаще дают всего лишь общую информацию о неисправности, мы пришли к следующему выводу:
В разных марках и моделях автомобилей одна и также ошибка может возникать как следствие неисправности абсолютно разных элементов.
Стало понятно, что просто необходим ресурс в котором можно найти не только общую информацию об OBD2 ошибке, а практические данные по конкретному автомобилю.
Опыт автоэлектриков показал, что если рассматривать определенную марка-модель автомобиля, то в подавляющем большинстве случаев причина возникновения какой либо ошибки одна и также.
Мы создаем, не без вашей помощи, справочник причинно-следственной связи возникновения той или иной OBD2 ошибки у конкретного автомобиля (марка и модель). Если на Ваш автомобиль не найдено описание (причинно-следственной связи) ошибки, то не стесняйтесь задавайте вопрос.
Если у вас есть опыт в устранении той или иной ошибки — делитесь опытом с другими пользователями. Так мы сможем сформировать полезный ресурс. По капле от каждого и всем будет полезно.
Возможно будет интересно:
Если ошибка указывает на неверные параметры (высокие или низкие значения) какого нибудь из датчиков или анализаторов, то вероятней всего этот элемент исправен, а проблему надо искать так сказать «выше по течению», в элементах работу которых анализирует датчик или зонд.
Если ошибка указывает на постоянно открытый или закрытый клапан, то тут надо подойти к решению вопроса с умом, а не менять бездумно этот элемент. Причин может быть несколько: клапан засорен, клапан заклинил, на клапан приходит неверный сигнал от других неисправных узлов.
Автомобили с каждым днем становятся все более сложными, но и более диагностируемыми. Наш форум создан для всех, от простых автолюбителей до профессиональных автоэлектриков.