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ECU TECHNICAL ENCYCLOPEDIA (WIKI LAYER 1) • HOWTO & TECHARTICLE

ECU Pinout VGS4-0-NAG2 Bench / Boot / GPT Pinout — Wiring Diagram

Step-by-step bench connection diagram for ECU VGS4-0-NAG2 (non-invasive Platform Bench & Boot Mode): T30/T15 power supply, twisted-pair CAN-H/CAN-L, and GPT0/GPT1 signal pinout.

OFFICIAL PINOUT DIAGRAM: CONTINENTAL VGS4-0-NAG2 BENCH_R5F72544R.png (Platform / Bench)767,481 bytes
CONTINENTAL VGS4-0-NAG2 BENCH_R5F72544R.png
OFFICIAL PINOUT DIAGRAM: CONTINENTAL VGS4-0-NAG2 R5F72544R.png (Platform / Bench)1,967,752 bytes
CONTINENTAL VGS4-0-NAG2 R5F72544R.png
OFFICIAL PINOUT DIAGRAM: CONTINENTAL VGS4-500-NAG2 BENCH_R5F72544R.png (Platform / Bench)634,917 bytes
CONTINENTAL VGS4-500-NAG2 BENCH_R5F72544R.png
STEP-BY-STEP BENCH CONNECTION PROCEDURE (HOWTO PROTOCOL)BENCH / BOOT
  1. Step 1 (Terminal 30 & Terminal 15 Power): Apply regulated bench power 13.5V — 13.8V to constant battery (T30), switched ignition (T15), and ground (GND) pins according to the harness color code above.
  2. Step 2 (CAN Bus & GPT0 / GPT1 Signals): Connect CAN-H & CAN-L, along with signal leads GPT0 (S1) & GPT1 (S2) to enter bench service mode without opening the ECU housing.
  3. Step 3 (Full PFLASH + DFLASH Backup Read): Before writing any calibration, read and archive a full backup of internal Program Flash (PFLASH) and Data Flash / EEPROM (DFLASH).
VEHICLES EQUIPPED WITH ECU VGS4-0-NAG2 (2)VEHICLE COMPATIBILITY
MakeModel & EngineECU & MCUAction
Universal ECU Protocol Bloki upravleniya AKPP / Robotov DSG / Variatorov (TCU Bench) (Direct Bench / Boot ECU Connector Pinout) MB_GETRAG_VGS4-0-NAG2 MB_GETRAG_VGS4-0-NAG2 R5F72544R (TriCore) Open Vehicle →
Universal ECU Protocol Protokol programmirovaniya so vskrytiem (Boot / BDM / JTAG / Renesas) (Direct Bench / Boot ECU Connector Pinout) MB_GETRAG_VGS4-0-NAG2 MB_GETRAG_VGS4-0-NAG2 R5F72544R (TriCore) Open Vehicle →