Iveco error codes
0111
Vehicle speed sensor circuit malfunction | |
0112 | Acceleration pedal position sensor 1 circuit malfunction |
0113 | Inconsistency between signals from brake switches and acceleration pedal sensors |
0116 | Clutch pedal switch circuit malfunction |
0117 | Incorrect signal from the brake pedal switches |
0119 | Loss of on-board network voltage on the controller from terminal “15” |
0122 | MIL (Check Engine) Lamp Control Circuit Malfunction |
0126 | On-board voltage is outside the operating range of the controller |
0131 | Coolant temperature sensor circuit malfunction |
0132 | Incorrect coolant temperature sensor circuit signal |
0133 | Intake air temperature sensor circuit malfunction |
0134 | Charge air pressure sensor circuit malfunction |
0135 | Fuel temperature sensor circuit malfunction |
0136 | Fuel pressure sensor circuit malfunction |
013A | Oil temperature sensor circuit malfunction |
013E | Low signal level in the coolant pressure sensor circuit |
013F | Incorrect signal in the coolant pressure circuit |
0141 | Malfunction or open circuit of the crankshaft position sensor (frequency) |
0143 | Malfunction of the camshaft position sensor (phase) circuit |
0144 | Mismatch of signals from synchronization sensors (frequency and phase) |
0145 | Fan 1 relay control circuit malfunction |
0149 | Fuel heater circuit malfunction |
014D | Maximum permissible engine speed |
0151 | High signal level of the fuel pressure sensor circuit in the rail |
0152 | Increased fuel pressure in the rail |
0153 | Reduced fuel pressure in the rail |
0154 | Fuel pressure in the rail is higher than the maximum permissible |
0155 | Fuel pressure in the rail is below the minimum permissible |
0159 | Malfunction of the high pressure fuel pump (HPFP) circuit |
015C | Incorrect fuel injection time for cylinder 1 injector |
015D | Incorrect fuel injection time for cylinder 3 injector |
015E | Incorrect fuel injection time for cylinder 5 injector |
015F | Fuel system malfunction affecting toxic emissions |
0161 | Injector 1 control circuit malfunction |
0162 | Injector 2 control circuit malfunction |
0163 | Injector 3 control circuit malfunction |
0164 | Injector 4 control circuit malfunction |
0165 | Injector 5 control circuit malfunction |
0166 | Injector 6 control circuit malfunction |
0167 | Open or short circuit to ground in injector control circuit 4 |
0168 | Injector 1 control circuit malfunction |
0169 | Injector 1 control circuit malfunction |
016A | Injector 1 control circuit malfunction |
016B | Injector 1 control circuit malfunction |
016C | Maximum torque drop in cylinder 1 |
016E | The minimum required number of injections has not been completed |
0171 | Malfunction of channel 1 injector control |
0173 | Malfunction of channel 2 injector control |
017C | Controller: Malfunction of channel (driver) 1 injector control |
017D | General malfunction of the air-fuel mixture combustion system |
017F | Controller: incorrect recording or lack of recording of injector IMA codes |
0182 | Malfunction of the intake air temperature sensor (IAF) circuit |
0183 | Low signal level in the mass air flow sensor circuit |
0185 | High signal level in the mass air flow sensor circuit |
0187 | Increased air flow through the exhaust gas recirculation valve |
0188 | Reduced air flow through the exhaust gas recirculation valve |
0189 | Short circuit to the on-board network of the recirculation valve control circuit |
018B | Short circuit to the on-board network of the exhaust gas recirculation valve throttle control circuit |
018C | The fuel supply system is too “lean” when it is maximally enriched |
018D | Toxic nitrogen oxide (NOx) emissions above the first threshold |
0192 | Short circuit to the on-board network of the turbocharger control circuit |
0194 | Increased performance (power) of the turbocharger |
0195 | Reduced performance (power) of the turbocharger |
019E | Torque limitation caused by internal combustion engine system malfunctions |
01A8 | Maximum permissible temperature of the urea dosing valve |
01B1 | Broken CAN information line “H” |
01B3 | Broken CAN information line “L” |
01B7 | Information CAN bus is busy |
01BA | CAN bus: no response from vehicle instrument cluster |
01C3 | CAN bus: no response from tachograph |
01D1 | Controller: SPI channel fault |
01D2 | Controller: EEPROM fault |
01D3 | Controller: locked to start engine |
01D4 | Controller: Reboot firmware fault |
01D5 | Controller: initialization program error |
01D6 | Controller: internal clock error |
01D7 | Controller: incorrect motor control calibration option |
01D8 | Controller: Reboot firmware fault |
01D9 | Controller: A/D converter malfunction |
01DA | Controller: Flash ROM fault (checksum error) |
03D3 | Controller: initialization program error |
01E2 | Immobilizer: malfunction of the unit or its circuits (fuel supply blocked) |
01E3 | Engine system monitoring program error |
01E4 | Increased engine speed |
01E6 | Controller: Type 1 voltage to power out-of-range sensors |
01E7 | Controller: Type 2 voltage to power out-of-range sensors |
01E8 | Controller: Type 3 voltage to power out-of-range sensors |
01E9 | Controller: supply voltage is higher than permissible |
01EA | Controller: supply voltage below acceptable |
01EB | Malfunction of the atmospheric (absolute) air pressure sensor circuit |
01F1 | Particulate filter sensor circuit malfunction |
01F2 | Incorrect signal in the particulate filter clogging sensor circuit |
01F3 | DPF sensor circuit malfunction |
01F4 | Low signal level in the diesel particulate filter sensor circuit |
01F5 | Particulate filter sensor circuit high signal level |
01F6 | Malfunction of the exhaust gas temperature sensor before the converter |
01F7 | Exhaust gas temperature sensor circuit malfunction |
01F8 | Incorrect signal in the exhaust gas temperature sensor circuit |
01F9 | High level of diesel particulate filter regeneration |
01FA | Low level of diesel particulate filter regeneration |
01FB | The efficiency of the neutralizer is below the permissible standard |
01FC | Slow response to changes in temperature of the sensor to the converter |
0212 | Acceleration pedal position sensor 2 circuit malfunction |
0215 | Fatal failure of the automatic on-board control system |
0225 | Main relay control circuit malfunction |
022B | Malfunction of the glow plug power circuit |
022E | Malfunction of the electric fuel pump relay control circuit |
0232 | Coolant temperature sensor signal out of range |
0236 | Incorrect signal in the circuit of the fuel pressure sensor in the rail when stopping the internal combustion engine |
023A | High signal level in the oil temperature sensor circuit |
0251 | Increased fuel pressure in the rail |
0259 | Short circuit to the on-board network of the injection pump control circuit |
025C | Incorrect fuel injection time for cylinder 2 injector |
025D | Incorrect fuel injection time for cylinder 4 injector |
025E | Incorrect fuel injection time for cylinder 6 injector |
025F | Fuel injection system malfunction affecting NOx emissions |
0275 | Poor combustion of the air-fuel mixture in cylinder 1 |
0276 | Poor combustion of the air-fuel mixture in cylinder 2 |
0277 | Poor combustion of the air-fuel mixture in cylinder 3 |
0278 | Poor combustion of the air-fuel mixture in cylinder 4 |
0279 | Poor combustion of the air-fuel mixture in cylinder 5 |
027A | Poor combustion of the air-fuel mixture in cylinder 6 |
027C | Controller: Malfunction of channel (driver) 2 injector control |
0281 | Inaccurate air flow through the exhaust gas recirculation valve |
0283 | Maximum permissible deviation of air flow in operating mode |
0285 | Maximum permissible deviation of air flow at idle |
0286 | Mass air flow sensor signal is out of range |
0287 | Increased air flow through the exhaust gas recirculation valve |
0288 | Reduced air flow through the exhaust gas recirculation valve |
0289 | Short circuit to ground in the EGR valve control circuit |
028B | Short circuit to ground of the EGR valve throttle control circuit |
0292 | Open circuit or short circuit to ground of the turbocharger control circuit |
02B4 | CAN bus: no response from trip computer or test equipment |
02C9 | CAN bus: incorrect data from instrument cluster or tachograph |
02F8 | Incorrect signal in the exhaust gas temperature sensor circuit |
02FF | Critical injection time for dissolving oil in the engine cylinder |
0315 | Recoverable failure of the automatic on-board control system |
032B | Glow plug relay control circuit malfunction |
0359 | Short circuit to ground in the injection pump control circuit |
035F | Air supply system malfunction affecting toxic emissions |
0385 | Maximum permissible deviation of air flow at load mode |
0386 | Mass air flow sensor signal is out of range |
0389 | Open state of the recirculation valve or increased exhaust temperature |
038B | Open state of the throttle control valve or increased exhaust temperature |
0392 | Short circuit on the on-board network of the turbocharger control circuit and high temperature |
039D | Possible Exceedance of OBD - Rich Mixture |
039E | Limiting engine torque to protect the turbocharger |
03C9 | CAN bus: high channel load |
03F3 | Incorrect signal in the particulate filter clogging sensor circuit |
03F8 | Malfunction of the exhaust gas temperature sensor circuit after the filter |
03FA | Low level 2 diesel particulate filter regeneration |
045F | Lambda regulator malfunction affecting toxic emissions |
0486 | Invalid signal in the intake air temperature sensor circuit |
04FA | Low level 3 diesel particulate filter regeneration |
055F | EGR system malfunction affecting toxic emissions |
0601 | Signal circuit failure or loss of activity of oxygen sensor 1 |
0602 | Oxygen sensor 1 heater circuit malfunction |
0603 | Oxygen sensor 1 signal out of range |
0604 | Oxygen sensor 1 heater circuit malfunction |
0605 | Oxygen sensor 1 signal out of range |
0606 | Signal circuit failure or loss of activity of oxygen sensor 1 |
0607 | Oxygen sensor 1 signal out of range |
0609 | Controller: unreliable signal from oxygen sensor 1 |
060A | Controller: open or short to ground in the oxygen sensor 1 heater circuit |
060C | Open or short circuit to ground in the oxygen sensor 1 heater circuit |
060D | Oxygen sensor 1 signal out of range (full load) |
060E | Oxygen sensor 1 signal out of range (partial load) |
060F | Oxygen sensor 1 signal out of range (engine shutdown) |
069E | Limitation of engine torque due to injection faults |
Possible causes of the EDC error and methods for eliminating them
One of the reasons for the EDC error indication on the Mercedes Sprinter
If the EDC light is on on the dashboard of your car, then diagnostics must be done using computer tools. If you have a scanner, you can do it yourself. Otherwise, go to the service station. Try to carry out computer diagnostics at official dealership centers or service stations of your automaker. Its specialists use licensed programs. At other stations there is a risk that diagnostics will be carried out using “hacked” software, which may not detect errors. Therefore, we recommend that you contact the “officials”.
The main reasons why the EDC lights up and troubleshooting methods:
Dirty fuel filter
After eliminating the cause of the error, do not forget to reset it to the ECU. If you are repairing your car at a service station, the technicians will do it for you. If you carry out repairs yourself, remove the negative terminal of the battery for 10.15 minutes so that the information disappears from memory.
We advise owners of an IVECO DAILY car to check the integrity of the negative wire and its insulation, which goes to the pressure control valve (MPROP). The solution is to buy a new chip for the valve and a harness (often, at high currents, the wires and pins burn out). The fact is that this element is a “childhood disease” of this model. Owners often encounter it.
Video
Thanks to the improvements, the weight of the engine was significantly reduced, and the number of components was reduced by 15%. Iveco Eurotech, in comparison with the older Iveco 8640, has become 6% more economical and 8% more powerful. In the fall of 1999, the engine line underwent minor changes.
One of the features of the car was the ability to restore keys. The unique shape made it possible to make an additional set in the shortest possible time.
Iveco Eurotech is far from the last model in the line of the Italian manufacturer. Nevertheless, this car remains very popular today. Its inherent qualities (safety, efficiency and high performance) are especially valued by Russian consumers. Compared to new Iveco models, the cost of the truck is more affordable. For the domestic market, this indicator is usually decisive.
TOPIC: MAN TGA 480
If the fuel filter is fresh, look for fuel leaks.
3779 – main pressure, leak due to volume compensation 3778 – main pressure, leak under forced idle conditions
Modified 14.2.14 17:07.
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The EDC (Electronic Diesel Control) error has already become well known to owners of diesel Mercedes - here it serves as an analogue of the generally accepted Check Engine "jack". The functioning of the indicator is similar: it lights up when the ignition is turned on and goes out when the engine starts, provided that the self-diagnosis of the injection system does not find any problems.
Electronic control of diesel engines, although close to the injection systems of gasoline engines, has become more complex.
Is it possible to continue driving a car?
If the light is constantly on, you should immediately go to the nearest car service center, especially if you are on the road. It is quite possible that the malfunction is not that problematic and it will be possible to eliminate the malfunction without much financial expense.
You just need high-quality computer diagnostics. If it reveals nothing, you need to check the catalysts: it is quite possible that they are clogged with dirt. Intermittent blinking gives some chance to get home, if it is not far and if the car does not stall periodically.
But it’s better not to wait until the signal becomes constant.
Engine
The modifications included in the Iveco Eurotech series have unique properties. Due to the wide variation in vehicle weights, the brand manufacturer had to use several power plant options. The Iveco Eurotech engine line is represented by 6-cylinder 4-stroke in-line diesel units of the “8210” and “8460” families with intercooling and turbocharging.
The lightest modifications are equipped with a 7.7-liter diesel engine with a rated power of 266 hp. With. and rotation speed 2500 rpm. More productive versions are equipped with units with a volume of 9.5 liters (rated power - 300-375 hp, rotation speed - 2000 rpm) and 13.8 liters (rated power - 470 hp, rotation speed - 1750 rpm ).
All power plants are equipped with an electronic EDS system. They are painted not in the classic red color for European brands, but in gray. The location of the “brains” (the computer that controls the motor) is also quite unusual. It is mounted on the cylinder block under the intake manifold on the “cold” side. The solution looks unexpected, but makes bolts and connectors more accessible.
Possible consequences of ignoring
The list can get quite extensive. It all depends on how quickly you began to diagnose the condition of the car after the EDC light came on. The occurrence of one malfunction can cause a chain reaction, and if the problem is not resolved in time, the repair will cost much more. The most common consequences:
The conclusion is clear: the first step when an EDC light comes on is to carry out computer diagnostics. Only with its help can you determine the algorithm for further actions and at least roughly understand how much the repair will cost.
If you have any questions, leave them in the comments below the article. We or our visitors will be happy to answer them
Device
The Iveco Eurotech suspension is available in several modifications, depending on your needs. The car is equipped with pneumatic or mechanical suspension with parabolic and semi-elliptical springs. The first option ensures the safety of goods for which careful handling is important. Iveco Eurotech has disc brakes with pneumatic drive.
The appearance of the car makes a very pleasant impression. A large cabin with massive mirrors, a fuel tank made of stainless steel and occupying almost the entire length of the wheelbase, and beautiful fairings will interest any client. In this case, the tank is located on the right side, like in Russian cars. Closer inspection reveals other interesting features.
Changing gears in the car is very free. Iveco Eurotech is equipped with improved ZF gearboxes, complemented by a pneumatic Servoshift shift mechanism. The transmission travel distance has been significantly reduced. The driver does not need much effort to shift the lever. However, due to improvements, the transmission becomes very sensitive, so it is necessary to monitor hand movements.
At the same time, modifications with less powerful engines are equipped with a 9-speed gearbox. For the rest, 12- and 16-speed gearboxes are available. Optionally, a 6-speed Allison automatic transmission and a 12-speed electronically controlled EuroTronic gearbox, which is a joint product of ZF and Iveco, are offered.
cabin of a car produced in the 90s
You will also be pleased with the insides of the Iveco Eurotech cabin, which fully meets European standards. The seats in the cabin are equipped with air suspension, and the steering wheel has many adjustments. The main instruments are readable quite well, and the steering column switch levers resemble those found in the Volga, so they will be familiar to Russian drivers. Rearview mirrors allow you to fully capture the size of the truck, and glazing provides excellent visibility. The car listens to the steering wheel at high speed, and the level of noise insulation is such that it allows you to talk in the cabin while driving. True, in areas with uneven surfaces the cabin is filled with vibration and roar.
The highlight of Iveco Eurotech is the turbocharging system, which has variable geometry. The car starts rather sluggishly, but soon picks up speed and after 800 rpm the electronics begin to limit the fuel supply. However, the speed is growing very quickly.
The anti-lock braking system of Iveco Eurotech works perfectly. A loaded truck obediently stops even in slippery areas and follows the specified trajectory.
Overall, the Iveco Eurotech tractor is a very reliable vehicle, ready to withstand heavy loads, remaining stable despite the kilometers traveled.
General recommendations
If the EDC error lights up, computer diagnostics are necessary in any case. A modern diesel fuel injection system consists of more than a dozen sensors and actuators that determine the performance of the engine. At a minimum, the diagnostician will immediately set the direction for troubleshooting and, in a successful case, will immediately determine the cause of the problem.
The main thing is that competent computer diagnostics will allow you to immediately insure yourself against the most serious problems - for example, you definitely won’t like being stuck in the middle of the road due to a faulty high-pressure regulator. The diagnostician will evaluate its operation both according to scanner readings at various speeds, and using an instrumental method - using a pressure gauge, in order to eliminate the possibility of a malfunction of the standard pressure sensor in the injection system.
You can evaluate the work of a diagnostician with diesel injection systems at home from your computer: the Russian representative office of Bosch has posted a flash simulator on its website that allows you to feel “in the shoes” of a professional. By the way, you can also try the recommendations described above in a virtual car. (Spoiler: the correct answer in this simulator can be found by an experienced person in just a minute.)