The diagnostic connector is located on the fuse and relay mounting block in the passenger compartment
To diagnose the Cummins ISF2.8 electronic engine control system, it is recommended to use the Cummins INELINE 5 or INELINE 6 diagnostic adapter with a set of connecting wires and a personal computer with INELINE version 7.3 and higher installed.
Minimum computer requirements:
- - Intel Pentium 4 processor - at least 2 GHz;
- —at least 1 GB of RAM;
- — hard drive of at least 40 GB;
- — free hard disk space of at least 6 GB;
- — display SVGA (1024x768 pixel) color;
- —Windows XP operating system is installed;
- — INELINE software version 7.3 and higher is installed;
- — I/O ports for USB 2.0 port, COM port (RS-232 serial);
- —DVD RUM drive (for software installation);
- — keyboard, mouse.
When diagnosing engines, you must use the instruction manual for INELINE 5 diagnostic equipment, the user manual for the INELINE program.
Error Code - Code Explanation
- 111 - Critical internal engine control unit failure - logic unit failure
- 115 - No speed and crankshaft position sensor signal
- 122 - Intake pipe pressure sensor circuit - voltage above normal or short circuit to high voltage circuit
- 123 - Intake pipe pressure sensor circuit - voltage below normal or short circuit to low voltage circuit
- 133 - Accelerator pedal position sensor circuit - voltage above normal or short to high voltage circuit
- 134 - Accelerator pedal position sensor circuit - voltage below normal or short to low voltage circuit
- 135 - Oil pressure sensor circuit - voltage above normal or short to high voltage circuit
- 141 - Oil pressure sensor circuit - voltage below normal or short circuit to low voltage circuit
- 143 - Oil pressure sensor - data is accurate, but below normal (critical condition of the engine protection system)
- 144 - Coolant temperature sensor circuit - voltage above normal or short to high voltage circuit
- 145 - Coolant temperature sensor circuit - voltage below normal or short circuit to low voltage circuit
- 146 - Coolant temperature sensor circuit - data is accurate, but above normal
- 151 - Coolant temperature sensor circuit - data is accurate, but above normal (critical condition of the engine protection system)
- 153 - Intake pipe temperature sensor circuit - voltage above normal or short circuit to high voltage circuit
- 154 - Intake pipe temperature sensor circuit - voltage below normal or short circuit to low voltage circuit
- 155 - The temperature in the intake pipe - the data is accurate, but above the norm (critical condition of the engine protection system)
- 187 - Sensor supply circuit - voltage below normal or short circuit to low voltage circuit
- 221 - Atmospheric pressure sensor circuit - voltage above normal or short circuit to high voltage circuit
- 222 - Atmospheric pressure sensor circuit - voltage below normal or short circuit to low voltage circuit
- 234 - Engine speed - the data is accurate, but exceeds the norm (critical condition of the engine protection system)
- 238 - Crankshaft speed sensor supply circuit - voltage below normal or short circuit to low voltage circuit
- 239 - Crankshaft speed sensor supply circuit - voltage above normal or short circuit to high voltage circuit
- 295 - Atmospheric pressure sensor signal is erratic or missing
- 311 - 1st cylinder injector solenoid valve relay circuit - current is above normal or short to ground
- 313 - 3rd cylinder injector solenoid valve relay circuit - current is above normal or short to ground
- 315 - 2nd cylinder injector solenoid valve relay circuit - current is above normal or short to ground
- 321 - 4th cylinder injector solenoid valve relay circuit - current is above normal or short to ground
- 322 - 1st cylinder injector solenoid valve relay circuit - current below normal or open circuit
- 324 - No. 3 injector solenoid valve relay circuit - current below normal or open circuit
- 331 - 2nd cylinder injector solenoid valve relay circuit - current below normal or open circuit
- 332 - No. 4 injector solenoid valve relay circuit - current below normal or open circuit
- 334 - The coolant temperature sensor signal is erratic or does not change depending on engine operating conditions
- 343 - ECM internal failure warning due to logic unit failure caused by module power supply failure
- 346 - ECM Calibration Software - Logic Fault. The ECM detects an invalid probe configuration setting using custom parameters
- 351 - Injector supply circuit - low injector turn-on voltage
- 352 - Sensor supply circuit - voltage below normal or short circuit to low voltage circuit
- 356 - Intake Air Flow Sensor Circuit - Voltage Above Normal or Short to High Voltage
- 357 - Intake Air Flow Sensor Circuit - Voltage Below Normal or Short to Low Voltage
- 358 - The mass air flow sensor signal is erratic and does not correspond to engine operating conditions
- 386 - Sensor supply circuit - voltage above normal or short circuit to high voltage circuit
- 415 - No oil pressure (critical condition of the engine protection system)
- 418 - Water in fuel
- 428 - The purpose of the water in fuel sensor is voltage above normal or short circuit to high voltage circuit
- 429 - Water in fuel sensor circuit - voltage below normal or short circuit to low voltage circuit
- 435 - Oil pressure sensor signal error - erratic or incorrect data
- 436 - The chaotic nature of the temperature sensor signal in the intake pipe when the switch (lock) is first turned to the “ON” position or when the engine is running
- 441 - Battery voltage below normal
- 442 - Battery voltage too high
- 449 - Rail pressure exceeds normal operating pressure
- 451 - Rail pressure sensor circuit - voltage above normal or short circuit to high voltage circuit
- 452 - Rail pressure sensor circuit - voltage below normal or short circuit to low voltage circuit
- 465 - Turbocharger bypass valve control circuit - voltage above normal or short circuit to high voltage
- 466 - Turbocharger bypass valve control circuit - voltage below normal or short circuit to low voltage
- 545 - Turbocharger bypass valve control circuit - mechanical system response is abnormal or out of adjustment.
- 553 - Rail pressure sensor circuit - fuel pressure higher than specified
- 554 - Rail pressure sensor circuit - chaotic nature of the fuel pressure sensor signal or it does not change
- 559 - Rail Pressure Sensor Circuit - Fuel Pressure Below Specified
- 584 - Starter relay control circuit - voltage above normal or short circuit to high voltage
- 585 - Starter relay control circuit - voltage below normal or short circuit to low voltage
- 596 - Charging system voltage above normal
- 597 - Charging system voltage below normal
- 598 - Charging system voltage missing
- 686 - Turbocharger shaft speed changes randomly
- 687 - Turbocharger shaft speed below normal
- 689 - The crankshaft speed changes randomly
- 691 - Turbocharger compressor inlet temperature sensor circuit - voltage above normal or short circuit to high voltage circuit
- 692 - Turbocharger compressor inlet temperature sensor target - voltage below normal or short circuit to low voltage circuit
- 693 - Turbocharger compressor inlet temperature fluctuates erratically
- 778 - Camshaft position sensor signal changes erratically or disappears
- 2345 - Turbocharger shaft speed has an unnatural rate of change
- 3151 - No catalytic converter in the exhaust gas cleaning system
