Operating manual for Chevrolet Lacetti - sedan and hatchback.
Chevrolet Lacetti: operating manual for sedan and hatchback
Chevrolet Lacetti manual: contents and important points
Section 1. Seats and passive safety systems Chevrolet Lacetti Manual
Important information for consumers on the use of seat belts, air bags, child safety seats and other safety features.
The Chevrolet Lacetti operating instructions warn against placing any objects on the side airbag modules near the doors of the front seats. In the event of a collision and the airbags are deployed, these items will be thrown off high speed and may result in injury to passengers.
While driving, do not lean any parts of your body on the door. The firing of the airbags in this case will be too traumatic due to the short distance.
If a side airbag is installed in your Chevrolet Lacetti car model, the instructions prohibit installing it on front seat baby car seat.
AutoInfo warns: The most dangerous place when deploying airbags - 5-8 cm from the cover. The airbags expand very quickly and it is at this distance that maximum acceleration occurs, which means the most significant level of injury. As you move away from the airbag cover, the impact force decreases, so the Chevrolet Lacetti operating manual recommends staying as far away from these places as possible.
The first section with safety information is one of the most important chapters of the Chevrolet Lacetti manual for sedans and hatchbacks.
Section 2. Instruments and controls of the Chevrolet Lacetti Operating manual
The section contains information on instruments, indicators and instructions on controls Chevrolet car Lacetti.
Location and description of beacons, indicators and signaling devices, instrument cluster and instructions for managing them.
Important: If the oil indicator appears while the machine is moving, diesel engine, the speed may drop sharply. This means that the car needs immediate replacement lubricants.
Do not turn on the seat heating if the driver or passengers are wearing thin fabrics. Heating may cause burns.
Section 3. Driving a Chevrolet Lacetti Instructions
Information on operating the machine in various conditions.
Chevrolet Lacetti instructions important rules management. Including:
- The starter should not operate continuously for more than 15 seconds; at least 10 seconds should pass between attempts to start the car, otherwise the starter will break.
- Do not allow the engine to idle at high speed for more than 5 minutes, this will damage the exhaust system.
- The diesel engine must be started after the spark plugs have warmed up and their indicator has disappeared from dashboard.
Adjusting the driver's seat devices, starting the engine, operating the most important nodes car designs.
Section 4. Microclimate and audio system Chevrolet Lacetti Operating instructions
Information on using air heating, ventilation, air conditioning systems, as well as an audio system.
Description of the dashboard, vehicle electronics controls, instructions for their operation and configuration principles.
Important: the radio equipped with a Chevrolet Lacetti has a receiver that, when traffic messages are broadcast on the radio, automatically switches the radio to the channel with this message. After the broadcast of the message ends, the radio station that was working before is turned on. This is a configurable feature and can be disabled.
Section 5. Damage repaired en route
In this chapter you will find all necessary information and instructions for resolving problems that arise during vehicle operation.
This section of the Manual for the Chevrolet Lacetti describes minor repairs that can be carried out by the driver himself: replacing a wheel, “lighting” external battery, towing a car, actions in case of overheating and actions to pull a stuck car out of the mud.
Autoinfo help: before starting the engine from an external battery, turn off the radio, otherwise it may be damaged. The charging wires must not touch the engine during this time.
Important: If your car is being towed, do not turn off the ignition. With the engine turned off, the steering wheel will lock, the brake pedal will also become hard, and control of the car will be lost.
Section 6. Service work and care of the Chevrolet Lacetti car Instructions and information on the procedure for car maintenance.
Information on fluids in vehicle systems and others consumables and parts, instructions for checking and replacing them.
Checking the oil level requires the following conditions:
- Before opening the hood, turn off the engine and remove the key from the ignition.
- Check the oil level when the car is parked on level ground. Otherwise, the test will be uninformative.
- After stopping the car, you need to wait a little while the oil drains into the crankcase, and then look at its level.
- If the engine is not warmed up enough, the oil will take longer to drain.
If the coolant is overheated, do not open the expansion tank when the engine is hot - antifreeze vapors are under high pressure and can burn.
If you need to open the brake fluid container, first remove any dirt from around the cap. If they accidentally get inside, they will disrupt the system and require expensive repairs.
Don't pour brake fluid higher required level. This may cause the engine to catch fire.
Section 7. Vehicle Maintenance
This section contains information about the regulations technical work depending on the complexity of the machine conditions.
Section 8. Technical information
Vehicle specifications, types of lubricants and other useful information
And now - the most interesting part. Let's start deciphering the combinations of numbers on the dashboard. There are actually a lot of codes and we won’t be able to consider them all, but we will give full information about errors encountered when diagnosing Chevrolet Aveo, Lacetti, Niva and Cruze. After reading the presented transcript, you will find out what the codes P0136, P1396, P0300, P0661, P1628 and many others mean. By the way, regarding the combinations P0136, P1396, P0300, P0661, P1628 from the owners Chevrolet Cruze, Lacetti and Aveo raise the most questions.
Sensors
Combination |
Decoding |
P0030, P0036, P0141 |
Indicates that the HO2S sensor is not working correctly. There are problems with the electrical wiring or the device needs to be replaced. |
The pressure control device in the manifold has failed or is not working correctly. |
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One of these combinations indicates a breakdown or malfunction control sensor absolute pressure in the collector. In particular, the on-board computer reports that the signal level from the device is too low or high. |
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The appearance of one of these combinations on the “tidy” indicates that the control sensor intake air The ECU receives an incorrect signal. The operation of the device itself may also be impaired. It is recommended to check the circuit and, if necessary, replace the sensor. The error is typical for the Lacetti and Cruze models. |
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The ECU receives an incorrect signal from the antifreeze control sensor in the cooling system. In this case, the car enthusiast may conclude that the coolant has boiled in the engine, but this is not the case. The wiring should be checked or the sensor replaced. |
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This combination indicates failure of the TPS (sensor provisions throttle valve ) or about an incorrect signal coming from the device to the control unit. It is advisable to check the circuit and determine whether the sensor is operational or not. Otherwise, problems may arise while the car is moving: from time to time the engine may stall on its own. |
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Errors in the operation of the HO2S sensor. The component needs to be replaced. |
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Problems have been detected in the operation of the heater sensor. The device should be replaced. |
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The control unit informs the car owner about problems with the operation of the second sensor. In this case, an incorrect signal from the device may be detected, or the element itself may not be working. |
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The ECU reports that communication with the position control device crankshaft disappeared. It is necessary to check the electrical wiring for breaks. |
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The ECU informs the driver that communication with the camshaft position control sensor has been lost. |
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There are problems with the operation of the gasoline level control device in the tank. It is necessary to more carefully check the functionality of the component. |
Engine
Combination |
Decoding |
P0013 |
The electronic unit management recorded the lack of relationship between the position of the crankshaft and camshafts. One of the devices needs adjustment. |
P0171 - P0172 |
On-board computer reports incorrect operation of the gasoline supply adjustment system. The fuel level in the engine is too low or too high. |
P0201, P0262 |
Problems were detected in the operation of the injector of the first cylinder. |
P0202, P0265 |
The ECU reports incorrect operation of the injectors of the second cylinder. |
P0203, P0268 |
The system recorded errors in the operation of the injectors of the third cylinder of the engine. |
P0204, P0271 |
The on-board computer reports incorrect operation of the injectors of the fourth cylinder. |
P0300 |
The P0300 combination is also often found when diagnosing Chevrolet. P0300 means that multiple misfires have been detected in the system. The ignition needs to be adjusted. |
P0400, P0401 |
The exhaust gas recirculation valve is faulty or blocked - the device needs to be replaced. |
P0601 |
The control unit informs the car owner about malfunctions ECM controller- the device provides incorrect data. |
P0602 |
The on-board computer has detected a controller malfunction - the device needs to be reprogrammed. |
P0604 |
Problems with the RAM were also detected in the operation of the ECM. |
P0605 |
The control unit reports incorrect operation of the motor control system controller. |
P0606 |
The control unit receives incorrect data from the processor in the engine control module. |
P0661 |
A malfunction or malfunction of the damper actuator solenoid is reported. intake manifold. |
P0700 |
This error is common for Lacetti and Cruze cars with automatic transmission. In particular, this combination means incorrect work power unit controller. |
P2118 |
The control unit has fixed mechanical failure charge drive to Idling. It is necessary to carefully diagnose the drive. |
P2610 |
The ignition switch-off timer in the engine control system has failed. |
Special cable for car diagnostics
Common mistakes
Combination |
Decoding |
P1396 |
As stated above, code P1396 is a common combination when diagnosing Chevrolet cars. P1396 means the receipt of incorrect data to the control unit from the ABS unit. In particular, when P1396 appears, the BC reports a malfunction of the rough road sensor. To eliminate error P1396, it is necessary to replace the sensor. |
P0661 |
Code 0661 indicates a solenoid malfunction or a broken wiring. |
P0404 |
The exhaust gas recirculation system is malfunctioning. P0404 may also indicate a failure of the system sensor. |
P1628 |
This code indicates a malfunction in immobilizer operation. Please note that if error P1628 is not corrected for a long time, the car may simply not start at one point, since the immobilizer will simply block it. |
DTC Description Type Warning Lamp fault indication lit
P0106 Manifold absolute pressure sensor, signal out of acceptable range E yes
P0107 Absolute pressure in the manifold, low level signal A yes
P0108 Absolute pressure in the manifold, high level signal. Oh yes
P0112 Intake air temperature, low signal level. Food
P0113 Intake air temperature, high signal level E yes
P0117 Coolant temperature, low signal level. Oh yes
P0118 Coolant temperature, high signal level A yes
P0122 Throttle position sensor, low signal level A yes
P0123 Throttle position sensor, high signal level A yes
P0131 Oxygen sensor before the converter (H02S1), low signal level A yes
P0132 Oxygen sensor before the converter (H02S1), high signal level A yes
P0133 Oxygen sensor before the converter (H02S1), slow response to changes in mixture composition E yes
P0134 Oxygen sensor to the converter (H02S1), circuit inactive or open A yes
P0135 Oxygen sensor before the converter (H02S1), heater circuit is faulty E yes
P0137 Oxygen sensor after the converter (H02S2), low signal level E yes
P0138 Oxygen sensor after the converter (H02S2), high signal level E yes
P0140 Oxygen sensor after the converter (H02S2), the circuit is inactive or open E yes
P0141 Oxygen sensor after the converter (H02S2), heater circuit is faulty E yes
P0171 Fuel trim system, mixture too lean B yes
P0172 Fuel trim system, mixture too rich B yes
P0201 Injector 1 circuit malfunction. Yes
P0202 Injector 2 circuit malfunction. Yes
P0203 Malfunction of circuit 4 yursunki 3. Yes
P0204 Injector 4 circuit malfunction. Yes
P0300 Multiple misfires detected B yes
P0301 Cylinder 1, misfire A yes
P0302 Cylinder 2, misfire A yes
P0303 Cylinder 3, misfire detected A yes
P0304 Cylinder 4, misfire detected A yes
ROZ 13 Low fuel level - misfire Sp1 No
ROZ 17 Rough road sensor, source Sp1 not detected No
P0325 Knock sensor, internal fault Sp1 No
P0327 Knock sensor, circuit malfunction Sp1 No
P0336 Crankshaft position sensor 58X, additional/missing pulses E yes P0337 Crankshaft position sensor 58X, no signal A yes
P0341 Position sensor camshaft, signal out of acceptable range E yes
P0342 Camshaft position sensor, no signal A yes
P0351 Ignition control circuit, type A malfunction (cylinder 2 and 3) A yes
P0352 Ignition control circuit, type B malfunction (cylinder 1 and 4) A yes
P0401 Exhaust gas recirculation, insufficient flow Sp1 No
P0402 Exhaust gas recirculation, excess flow E yes
P0404 Exhaust gas recirculation valve open position error E yes
P0405 Exhaust gas recirculation valve needle position sensor, low signal level E yes
P0406 Exhaust gas recirculation valve needle position sensor, high signal level E yes
P0420 Low efficiency catalytic converter Oh yes
P0443 Control circuit of the SUPB canister purge valve E yes
P0461 Fuel level Sp1 does not change No
P0462 Fuel level, low signal level Sp1 No
P0463 Fuel level, high signal level Sp1 No
P0502 There is no signal from the vehicle speed sensor (only with manual transmission) E yes
P0506 Idle speed is below the desired level E yes
P0507 Idle speed is higher than the desired idle speed E yes P0532 Pressure sensor signal in air conditioning system, low voltage Sp1 No P0533 Pressure sensor signal in the air conditioning system, high voltage Sp1 No P0562 On-board voltage (engine side), too low level Sp1 No P0563 Voltage on-board network(engine side), high level Sp1 No P0601 ECM checksum error (engine side) A yes P0602 ECM reprogramming error A yes P0607 Low power counter error Sp1 No P0700 Transmission controller malfunction A yes
P1106 Absolute pressure in the manifold, inconsistently high signal level. Sp1 No P1107 Absolute pressure in the manifold, signal level is not constantly low Sp1 No P1111 Intake air temperature, signal level is not constantly high Sp1 No P1112 Air temperature at the intake, signal level is not constantly low. Sp1 No P1114 Coolant temperature, signal level is not constantly low. Sp1 No P1115 Coolant temperature, not constantly high signal level Sp1 No P1121 Throttle position sensor, not constantly high signal level Sp1 No P1122 Throttle position sensor, not constantly low signal level Sp1 No P1133 Oxygen sensor before the converter (H02S1), too few state changes E yes P1134 Oxygen sensor before the converter (H02S1), state change coefficient E yes P1167 Oxygen sensor before the converter (H02S1) fuel supply cut-off A yes P1171 Lean mixture in full load mode B yes P1336 Crankshaft position sensor tooth 58X, error not recognized A yes P1380 Rough road sensor with ABS, incorrect signal Sp1 No
P1381 Rough road sensor with ABS, serial data transmission malfunction Sp1 No P1391 Rough road sensor G, signal out of acceptable range Sp1 No P1392 Rough road sensor G, low signal level Sp1 No P1393 Rough road sensor G, high signal level Sp1 No
P1404 Exhaust gas recirculation, error in the closed position of the recirculation valve E yes
P1601 Data exchange via the SPI interface between the ECM and the transmission controller (automatic transmission only)
P1607 Reset low power level counter Sp1 No
P1626 Immobilizer, no output signal Sp1 No
P1631 Incorrect immobilizer output signal Sp1 No
P1650 Error in data exchange via SPI interface with SIDM chip Sp1 No
P1655 Error in data exchange via SPI interface with PSVI chip E yes
Fault codes for Lanos (until 2008 - Euro2 - with KDAC control unit).
Error interpretation:
1. TCM error
2. TCM error
3,4,5,6. Carlson's error 7.8. EGR valve error
12. The engine is not started (No pulses from the sensor)
13. Oxygen sensor error (02 sensor not toggling)
14. Coolant temperature sensor. High signal level
15. Break in coolant temperature sensor
16. Knock sensor error (strange, Ukrainian Lanos before 2008 with 1.5 engines do not have it)
17. Injector disconn or shorted
18. DSNEF control error
19. Error in the shaft synchronization sensor, 58з6 (58Х (engine speed) signal)
21. Throttle position sensor. High signal level (TPS High)
22. Broken throttle position sensor
23. Air temperature sensor. High signal level (MAT sensor high)
24. Vehicle speed is too low/DS error (Vehicle speed sensor matf)
25. Break in air temperature sensor (MAT sensor tow)
27. Air conditioner high pressure (A/C pressure high)
28. Low air conditioner pressure (A/C pressure tow)
29. Fuel pump relay (short to ground)
32. Fuel pump relay (closed to power)
33. MAP sensor. High signal level
34. MAP sensor. Low signal level
35. IAC error (IAC malfunction)
41. Coil winding B (shorted to power) EST B shorted to battery
42. Coil winding A (shorted to power) EST A shorted to battery
44. Oxygen sensor. Lean mixture (02 sensor lean)
45. Oxygen sensor. Rich mixture(02 sensor rich)
49. On-board voltage too high
51. PROM error
53. Immobilizer malfunction (it seems that Chevrolet doesn’t have it either)
61. Canister purge valve (shorted to ground)
62. Canister purge valve (closed to power)
63. Coil winding B (shorted to ground) EST B shorted to ground
64. Coil winding A (shorted to ground) EST A shorted to ground 87.88. Air conditioner relay.
Fault codes for Lanos (since 2008 - EuroZ - with CAVUT ECU).
Two-digit designation - codes in accordance with the SCAN-100 diagnostic device, four-digit (in brackets) - in accordance with error indication by the TOD lamp
Code 13 (0134) Oxygen sensor does not switch
Code 14 (0117) Heat coolant
Code 15 (0118) Low temperature coolant
Code 17 (0201, 0202, 0203, 0204, 0261, 0262, 0264, 0265, 0267, 0268, 0270, 0271)
Injector circuit shorted to ground battery Code 19 (0336) Error in signal 58X (A and B)
Code 21 (0123) Throttle Position Sensor Output High
Code 22 (0122) Low output signal of the throttle position sensor
Code 23 (0112) High intake manifold air temperature
Code 24 (0500) Vehicle speed sensor error manual transmission gears
Code 25 (0113) Low intake manifold air temperature
Code 27 (0447) Pressure sensor output high
In the air conditioning system
Code 28 (0446) Low output signal of the pressure sensor in the air conditioning system
Code 33 (0108) Intake manifold absolute pressure sensor output high
Code 34 (0107) Intake manifold absolute pressure sensor output low
Code 35 (1509, 1513, 1514, 0506, 0507) Error in idle air control
Code 36 (0444) Exhaust gas recirculation system malfunction
Code 41 (1304) Short circuit to battery, circuit "B" electronic adjustment
Ignition timing (ERMZ)
Code 42 (1303) Short circuit to battery of circuit “A” of electronic ignition timing control (ERMZ)
Code 44 (0131) Oxygen sensor malfunction (lean mixture signal)
Code 45 (0132) Oxygen sensor malfunction (over-rich mixture signal)
Code 51 (0604) BEC malfunction
Code 63 (1302) Short to ground circuit “B” of electronic ignition timing control (ERMZ)
Code 64 (1301) Short to ground in circuit “A” of electronic ignition timing control (ERMZ)
Pin assignment:
A- Mass
B- L-line for engine diagnostics (including the line for reading slow self-diagnosis codes), ABS (8192-Baud Serial Data) (not always wired)
C-AIR (not always divorced)
D- SES-Lamp - self-diagnosis lamp line (not always wired)
E-K-line diagnostics (160-Baud Serial Data)
F- TSS (not always divorced). On some models - +12V power supply G- Fuel pump control (not always wired)
J- K-line for airbag diagnostics (AirBag) (8192-Baud Serial Data)
M- K-line engine diagnostics, ABS
Error codes received by DMK "Arcadia"
Abnormal oxygen sensor signal. |
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Coolant Temperature Sensor Signal Abnormal (High Temperature) ( CTS sensor). |
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Coolant Temperature Sensor Signal Abnormal (Low Temperature) ( CTS sensor). |
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Knock sensor error ( Knock sensor). |
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The injector is shorted to ground/battery. |
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DSNEF control error - ignition timing correction systems |
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Crankshaft position sensor signal error ( CPS sensor). |
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High voltage throttle position sensor signal |
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Low voltage throttle position sensor signal |
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MAT sensor error - signal voltage indicates temperature in the intake manifold greater than or equal to 140 C |
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Vehicle speed sensor error ( VSS sensor). |
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MAT sensor error - the signal voltage indicates the temperature in the intake manifold is less than or equal to -38C. |
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The pressure sensor in the air conditioning system shows high pressure - more than 3115 kPa |
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Recirculator error |
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MAP sensor error - signal voltage indicates high pressure in the intake manifold - more than 95 kPa. |
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MAP sensor error - signal voltage indicates low pressure in the intake manifold - less 14 kPa. |
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Abnormal operation of the idle air valve. |
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Channel "B" of the ignition coil is shorted to the battery. |
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Channel "A" of the ignition coil is shorted to the battery. |
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Oxygen sensor indicates a lean air-fuel mixture. |
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The oxygen sensor shows a rich air-fuel mixture. |
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ECM ROM error. |
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Immobilizer error. |
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CO data error (CO potentiometer circuit). |
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ECM memory error. |
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Channel "B" of the ignition coil is shorted to ground. |
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Channel "A" of the ignition coil is shorted to ground. |
Error codes Lacetti (1.4 L / 1.6 L DOHC)
DTC | PURPOSE |
P0030 | H02S (sensor 1) Heater circuit not working |
P0036 | H02S (sensor 2) Heater circuit not working |
P0107 | Manifold absolute pressure sensor low signal |
P0108 | Manifold absolute pressure sensor, high signal |
P0112 | Intake air temperature sensor, low signal |
P0113 | Intake air temperature sensor, high signal level |
P0117 | Coolant temperature sensor, low signal |
P0118 | Coolant temperature sensor, high signal level |
P0122 | Throttle Position Sensor Low Signal |
P0123 | Throttle Position Sensor High Signal |
P0131 | HO2S (sensor 1) Low signal |
P0132 | HO2S (sensor 1) High signal level |
P0133 | HO2S (sensor 1) Poor performance |
P0137 | HO2S (sensor 2) Low signal |
P0138 | HO2S (sensor 2) High signal level |
P0140 | HO2S (sensor 2) Circuit or signal failure |
P0171 | Fuel trim system, mixture too lean |
P0172 | Fuel trim system, mixture too rich |
P0222 | Idle Speed Control Actuator Circuit Low Voltage |
P0223 | Idle Speed Control Actuator Circuit High Voltage |
P0261 | Cylinder 1 Injector Control Circuit Low |
P0262 | Cylinder 1 Injector Control Circuit High |
P0264 | Cylinder 2 Injector Control Circuit Low |
P0265 | Cylinder 2 Injector Control Circuit High |
P0267 | Cylinder 3 Injector Control Circuit Low |
P0268 | Cylinder 3 Injector Control Circuit High |
P0270 | Cylinder 4 Injector Control Circuit Low |
P0271 | Cylinder 4 Injector Control Circuit High |
P0300 | Multiple misfires detected |
P0327 | Knock sensor circuit fault |
P0335 | Crankshaft position sensor circuit fault |
P0336 | Crankshaft position sensor pulse error |
P0337 | Crankshaft position sensor, no signal |
P0341 | Camshaft position sensor, signal out of acceptable range |
P0342 | Camshaft position sensor, no signal |
P0351 | Ignition control circuit 1 and 4 malfunction |
P0352 | Ignition control circuit 2 and 3 malfunction |
P0400 | Exhaust gas recirculation, overshooting regulation limits |
P0401 | Exhaust gas recirculation, EGR valve blocked |
P0403 | Exhaust gas recirculation valve circuit malfunction |
P0404 | Exhaust gas recirculation, EGR valve faulty |
P0405 | Low signal level or open circuit feedback exhaust gas recirculation systems |
P0406 | High signal level or broken wires in the exhaust gas recirculation system feedback circuit |
P0420 | Low efficiency of the neutralizer |
P0444 | Canister purge valve circuit, no signal |
P0445 | Canister purge valve circuit malfunction |
P0462 | Fuel level sensor, low voltage |
P0463 | Fuel level sensor, high voltage |
P0480 | Relay circuit failure low revs cooling fan |
P0481 | Relay signal high high speed cooling fan |
P0501 | There is no vehicle speed signal (only with manual transmission) |
P0510 | Throttle Position Switch Circuit Malfunction |
P0562 | System undervoltage |
P0563 | System overvoltage |
P0601 | ECM, checksum error |
P0604 | ECM RAM error |
P0605 | Controller write error electronic system engine control |
P0628 | Fuel pump relay circuit low voltage |
P0629 | Fuel pump relay circuit high voltage |
P0646 | A/C Compressor Relay Circuit Low Voltage |
P0647 | A/C Compressor Relay Circuit High Voltage |
P0650 | Malfunction indicator lamp, circuit low voltage |
P0656 | Fuel level output circuit malfunction |
P0661 | Variable Length Intake Manifold Actuator Solenoid Circuit Low Voltage |
P0662 | Variable Length Intake Manifold Actuator Solenoid Circuit High Voltage |
P0700 | General malfunction of the gearbox controller, malfunction of the gearbox (automatic only) |
P1390 | Rough Road Sensor Circuit Malfunction (0.8S only) |
P1396 | Sensor is uneven road ABS, wrong data |
P1504 | There is no vehicle speed signal (only with automatic transmission) |
P1610 | Main relay, circuit high voltage |
P1611 | Main Relay Circuit Low Voltage |
P1628 | Communication with the immobilizer is not established |
P1629 | Incorrect immobilizer calculation |
P1650 | Malfunction indicator lamp, circuit high voltage |
P2101 | Idle charge drive circuit malfunction |
P2118 | Mechanical error of charge drive at idle speed |
P2119 | Functional error of the idle speed controller |
U0101 | Transmission controller message missing (automatic only) |
Lacetti error codes (1.8D-FAM I)
DTC | Description |
P0016 | The relationship between the crankshaft position (CSP) and the camshaft position (CMP) |
P0106 | Manifold absolute pressure (MAP) sensor performance |
P0107 | Manifold absolute pressure (MAP) sensor circuit low |
P0108 | Manifold absolute pressure (MAP) sensor circuit high |
P0112 | Intake Air Temperature Sensor Circuit Low Signal |
P0113 | Intake Air Temperature Sensor Circuit High Signal |
P0117 | Coolant temperature sensor circuit engine fluid, low signal level |
P0118 | Engine Coolant Temperature Sensor Circuit High Signal |
P0122 | Throttle Position Sensor Circuit Low Signal |
P0123 | Throttle Position Sensor Circuit High |
P0131 | HO2S Sensor Circuit Low, Sensor 1 |
P0132 | HO2S Sensor Circuit High, Sensor 1 |
P0133 | HO2S Slow Response Sensor 1 |
P0134 | HO2S Circuit Weak Sensor 1 |
P0135 | HO2S heater performance sensor 1 |
P0137 | HO2S Circuit Low, Sensor 2 |
P0138 | HO2S Sensor Circuit High, Sensor 2 |
P0140 | HO2S Circuit Weak Sensor 2 |
P0141 | HO2S heater performance sensor 2 |
P0171 | Lean mixture in the fuel trim system |
P0172 | Rich mixture in the fuel trim system |
P0201 | Injector 1 control circuit |
P0202 | Injector 2 control circuit |
P0203 | Injector 3 control circuit |
P0204 | Injector 4 control circuit |
P0300 | Misfire detected |
P0315 | No change detected in the crankshaft angle changing system |
P0317 | No input signal from rough road detection system |
P0324 | Knock sensor module performance |
P0325 | Knock sensor circuit |
P0335 | Crankshaft Position (CKP) Sensor Circuit |
P0336 | Crankshaft Position (CKP) Sensor Performance |
P0340 | Camshaft Position Sensor (CMP) Circuit |
P0351 | Ignition coil 1 and 4 control circuit |
P0352 | Ignition coil 2 and 3 control circuit |
P0401 | Exhaust gas recirculation, insufficient flow |
P0402 | Exhaust gas recirculation, excess flow |
P0404 | Exhaust gas recirculation system, operability in open position |
P0405 | Exhaust Gas Recirculation Position Sensor Circuit Low Signal |
P0406 | Exhaust Gas Recirculation Position Sensor Circuit High Signal |
P0420 | Poor catalytic converter performance |
P042E | Exhaust gas recirculation system, operability in closed position |
P0443 | SUPB canister purge valve control circuit |
P0461 | Fuel level sensor performance |
P0462 | Low voltage in the fuel level sensor circuit |
P0463 | Fuel level sensor circuit high voltage |
P0502 | Vehicle Speed Sensor (VSS) Circuit Low Signal |
P0506 | Low idle speed |
P0507 | High frequency idle rotation |
P0532 | A/C Coolant Pressure Sensor Circuit Low Signal |
P0533 | A/C Coolant Pressure Sensor Circuit High Signal |
P0562 | Low system voltage |
P0563 | System high voltage |
P0601 | Read-only memory (ROM) of the controller |
P0602 | The controller is not programmed |
P0606 | Controller performance |
P0660 | Valve solenoid control circuit in the intake manifold adjustment assembly |
P0700 | Inclusion warning lamp malfunction indication requested by the gearbox controller |
P1133 | Sensor 1 insufficient switching efficiency of the HO2S sensor |
P1134 | HO2S, transition time ratio sensor 1 |
P1166 | Lean mixture at full load |
P1391 | Rough road sensor performance |
P1392 | Rough Road Sensor Circuit Low Signal |
P1393 | Rough Road Sensor Circuit High Signal |
P1396 | ABS wheel speed sensor signal deviation |
P1397 | No signal from ABS wheel speed sensor |
P1631 | Incorrect anti-theft fuel switch signal |
P2297 | HO2S, sensor 1 performance at the moment of turning off the fuel supply in engine braking mode |
P2610 | Operation of the ignition off timer in the controller |
U0101 | Lost connection with the gearbox controller |
U0167 | Immobilizer message ID is missing |
If you know how to hold a tool in your hands, then you will be quite capable of repairing the Lacetti with your own hands.
The Chevrolet Lacetti began its history more than ten years ago. During this considerable time, weak and problem areas Lacetti. Many questions have also been raised regarding the repair of the Lacetti, both on the Internet and in printed maintenance and repair manuals. Therefore, if you know how to hold a tool in your hands, then you will be quite capable of repairing a Chevrolet Lacetti with your own hands.
Is it possible to repair the Lacetti yourself?
It is also worth noting that all the tools that I have left over from the Lada are quite suitable for repairing the Lacetti with my own hands. The only thing I purchased additionally is This thing is inexpensive, but very useful and necessary.
Table possible malfunctions Chevrolet Lacetti described.
As for the repair of other components and assemblies (not related to electronics), I have not encountered any unusual difficulties here. If you know how to turn the nuts, then you won’t have any problems repairing the Lacetti yourself.
The only thing I do not with my own hands, but at the station Maintenance- this is wheel alignment, I “change shoes” and balance the wheels, .
I am sure that most Lacetti owners who have a garage, tools and “hands on :)” do the repairs themselves. But, if you are still new to this issue and have a little fear of the unknown, but want to test your strength, then go for it. The main thing is to first carefully study the required article on repairs - and you will certainly succeed!
A detailed repair manual for the Chevrolet Lacetti will allow you to understand the algorithm of actions during repair work. His the content will help you quickly understand the essence of the process, correctly diagnose and replace the damaged part if necessary.
Thanks to the user-friendly interface, the visitor can easily find the related Chevrolet Lacetti or another car model. If some information is not enough to understand, Lacetti owners can turn to experts for help before repairing the Chevrolet Lacetti with their own hands.
In order not only to correct the problem that has arisen, but also to be able to prevent other malfunctions in the future, we advise you to familiarize yourself with the most common procedures necessary to repair a car or correct operation. Proper engine care will be ensured by timely maintenance. From time to time, the owner of a Lacetti may need to replace the lamps. Not rare cases is a breakdown requiring timely replacement clutch.
Many information materials are presented not only in the form of text, but also video. Viewing such content will allow beginners to quickly understand the algorithm and gain confidence in their actions during repair work.
What do we know about Chevrolet Lacetti?
The model first appeared in Seoul in 2002, limiting the choice of body styles to one “sedan”. In 2003, the hatchback was introduced, and the station wagon appeared another year later. All varieties are prepared for driving 5 passengers and are front-wheel drive models.
Vehicle equipment may differ in engine size(1.4 l, 1.6 l, 1.8 l), power (94 hp, 109 hp, 122 hp, respectively), as well as gearbox type. Automatic transmission The transmission has only 4 stages, while the mechanical one has five.
Despite the fact that the repair and operation of the Chevrolet Lacetti was quite simple, in 2013 the production of the model was completely stopped. In Russia it was replaced Daewoo Gentra. Updated version former Lacetti.
Chevrolet Lacetti in Russia
Sales of the car in Russia started only 2 years after its first appearance. Not only sedans, but also two other body types equipped with gasoline engine with 4 cylinders (all types of volumes). I wonder what The 2-liter model never appeared in the Russian Federation unlike the European Union and the USA.
Chevrolet Lacetti in Europe and the USA
The European Union first saw Lacetti under Daewoo brand. Only in 2004, Lacetti began to be sold under the name Chevrolet with any type of gasoline engine. It is worth paying attention to the fact that in some European countries only sedans have the name Chevrolet Lacetti, hatchback and station wagon are sold under the Nubira brand.
IN USA Chevrolet Lacetti is known as Suzuki Forenza and Suzuki Reno. These are the names given to the model with a 2-liter gasoline engine. The power of this unit was 126 hp. at a speed of 5600 rpm.