DTC Identification
DTC IDENTIFICATION
| CODE | DISPLAY ON DRB-II | FAULT CONDITION |
|---|---|---|
| 11 | IGN REFERENCE SIGNAL | No Distributor Referencesignal Picked Up During Cranking. |
| 12 | Number of key-ons since last fault or since faults were erased. | Direct Battery Input To SMEC Was Disconnected Within Last 50-100 Ignition Key-Ons. |
| 13 | MAP PNEUMATIC SIGNAL | No Difference In MAP Sensorsignal Is Detected. |
| 13 | MAP PNEUMATIC CHANGE | No Difference Is Detected Between Map Reading And Stored Barometric Pressure Reading |
| 14 | MAP VOLTAGE TOO LOW | MAP Sensor Input Less Than Minimum Acceptable Voltage. |
| 14 | MAP VOLTAGE TOO HIGH | MAP Sensor Input More Than Maximum Acceptable Voltage. |
| 15 | VEHICLE SPEED SIGNAL | No Distance Sensor Signal Detected With Road Load. Conditions |
| 16 | BATTERY INPUT SENSE | Battery Voltage Sense Input Not Detected With Engine Running. |
| 17 | LOW ENGINE TEMP | Coolant Temperature Stays Below Normal Operating Temperature During Vehicle Operation. |
| 21 | OXYGEN SENSOR SIGNAL | No Rich Or Lean Signal Is Detected From O2 Sensor Input. |
| 22 | COOLANT VOLTAGE LOW | Coolant Temp. Sensor Input Below Minimum Acceptable Voltage. Coolant Temp. |
| 22 | COOLANT VOLTAGE HIGH | Coolant Temp. Sensor Input Above Maximum Acceptable Voltage. |
| 23 | T/B TEMP VOLTAGE LOW | Throttle Body Temperature Sensor Input Less Than Minimum Acceptable Voltage. |
| 23 | T/B TEMP VOLTAGE HI | Throttle Body Temperature Sensor Input More Than Maximum Acceptable Voltage. |
| 24 | TPS VOLTAGE LOW | TPS Sensor Output Less Than Minimum Acceptable Voltage. |
| 24 | TPS VOLTAGE HIGH | TPS Sensor Output More Than Maximum Acceptable Voltage. |
| 25 | AIS MOTOR CIRCUITS | Shorted Condition Detected Inone Or More AIS Control Circuits. |
| 26 | INJ 1 PEAK CURRENT | High resistance detected in injector output circuit. |
| 27 | INJ 1 CONTROL CIRCUIT | Injector Output Driver Stage Does Not Respond Correctly To SMEC Control Signal. |
| 31 | PURGE SOLENOID CKT | Open Or Shorted Condition Is Detected In Purge Solenoid. Circuit |
| 32 | EGR SOLENOID CIRCUIT | Open Or Short Is Detected In EGR Solenoid Circuit (CA Only). |
| 32 | EGR SYSTEM FAILURE | SMEC Did Not Detect Required Air/Fuel Change During Diagnostic Test (CA Only). |
| 33 | A/C CLUTCH RELAY CKT | Open Or Shorted Condition Detected In A/C Clutch Relay Circuit. |
| 34 | S/C SERVO SOLENOIDS | Open Or Shorted Condition Detected In Speed Control Vacum Or Vent Solenoid Circuits. |
| 35 | RADIATOR FAN RELAY | Open Or Shorted Condition Detected In Radiator Fan Relay Circuit. |
| 37 | PTU SOLENOID CIRCUIT | Open Or Shorted Condition Detected In Torque Converter Part Throttle Unlock Solenoid Circuit. |
| 41 | CHARGING SYSTEM CKT | Output Driver Stage Does Not Respond Correctly To Voltage Regulator Control Signal. |
| 42 | ASD RELAY CIRCUIT | Open Or Shorted Condition Detected In Asd Relay Circuit. |
| 43 | IGNITION CONTROL CIRCUIT | Output Driver Stage For Ignition Coil Does Not Respond Properly To Dwell Control Signal. |
| 44 | FJ2 VOLTAGE SENSE | No FJ2 Voltage Present At Logic Board During SMEC Operation. |
| 46 | BATTERY VOLTAGE HIGH | Battery Voltage Sense Input More Than Target Charging Voltage During Engine Operation. |
| 47 | BATTERY VOLTAGE LOW | Battery Voltage Sense Input Less Than Target Charging Voltage During Engine Operation. |
| 51 | LEAN F/A CONDITION | Oxygen Sensor Input Indicates Lean Air/Fuel Ratio During Engine Operation. |
| 52 | RICH F/A CONDITION or EXCESSIVE LEANING | Oxygen Sensor Input Indicates Rich Air/Fuel Ratio During Engine Operation. Adaptive Fuel Value Leaned Excessively From A Sustained Rich Condition. |
| 53 | INTERNAL SELF-TEST | SMEC Detects Internal Failure. |
| 55 | ..... | Completion Of Fault Code Display By Check Engine Light. |
| 62 | EMR MILEAGE ACCUM | Attempt Is Unsuccessful To Update EMR Mileage In Smec Eeprom. |
| N/A | FAULT CODE ERROR | DRB-II Does Not Recognize Fault Identification. |
NOTE:
The following trouble shooting charts and illustrations are courtesy of Chrysler Motors.