DTC P1361 Or P1362: TDC Sensor
NOTE:
DTC P1361 = TDC Sensor Intermittent Interruption DTC P1362 = TDC Sensor No Signal
- Perform PCM reset procedure. See PCM RESET PROCEDURE/CLEARING CODES under SELF-DIAGNOSTIC SYSTEM. Start engine. If DTC P1361 and/or P1362 resets, go to next step. If DTC P1361 and/or P1362 does not reset, problem is intermittent. System is functioning properly at this time. Check for poor connections or loose wires at TDC sensor 4-pin connector and PCM 31-pin connector. See WIRING DIAGRAMS article. Repair as necessary.
- Turn ignition off. Disconnect TDC sensor 4-pin connector. Measure resistance between specified TDC sensor 4-pin connector terminals (sensor side). See TDC SENSOR TERMINAL IDENTIFICATION . If resistance is 1850-2450 ohms, go to next step. If resistance is not as specified, replace TDC sensor.TDC SENSOR TERMINAL IDENTIFICATION
Sensor (DTC) Sensor Terminals No. PCM 31-Pin Connector Terminals No. TDC-1 (P1361/P1362) 1 & 2 3 & 13 - Check for continuity between ground and individual TDC sensor 4-pin connector terminals No. 1 (Green wire), No. 2 (Red wire), No. 3 (Yellow wire) and No. 4 (Black wire). If continuity does not exist between ground and any terminal, go to next step. If continuity exists between ground and any terminal, replace TDC sensor.
- Reconnect TDC sensor 4-pin connector. Disconnect PCM 31-pin connector. Measure resistance between specified PCM 31-pin harness connector terminals. See TDC SENSOR TERMINAL IDENTIFICATION . If resistance is 1850-2450 ohms, go to next step. If resistance is not as specified, repair open in suspect wires between PCM and TDC sensor.
- Check for continuity between ground and individual PCM 31-pin harness connector terminals No. 3 (Green wire) and/or No. 4 (Yellow wire). If continuity exists, repair short in suspect wire between PCM 31-pin connector and TDC sensor. If continuity does not exist, substitute a known-good PCM and recheck. If DTCs do not reset, replace original PCM.