Applications Nissan VG30DETT

Draft VG V6 twin-turbo 1989–2002 6 cyl 2960 cc Race Core F7

Draft. Trigger offset has not been confirmed on a running Race Core install. Pins marked TBD are unknown — do not guess them. A wrong decoder or firing order can destroy the engine.

Nissan VG30DETT

Z32 300ZX twin turbo. Optical CAS, two banks, two AFM from factory, COP. Standalone path is crank trigger + MAP + COP on Race Core F7.

Recommended: Race Core F7. Six sequential, six COP, two knock, no dual-AFM.

  • Cylinders: 6
  • Displacement: 2960 cc
  • Firing order: 1-2-3-4-5-6
  • Orientation: Z32 300ZX. Bank 1 passenger side (RHD: driver’s side — confirm on the inlet). Cylinder 1 front of bank 1.

Variants

VariantYearsTriggerNotes
VG30DETT Z321989–2000Optical CAS 360+nTT and NA DE share the architecture. TT has two turbos and two AFM.
PinTunerStudioFunction
B10Digital 1Crank Hall
B1Digital 2Cam Hall
A3Lowside 1Injector cylinder 1
A15Lowside 2Injector cylinder 2
A4Lowside 3Injector cylinder 3
A16Lowside 4Injector cylinder 4
A5Lowside 5Injector cylinder 5
A6Lowside 6Injector cylinder 6
A35Ign 1Cyl 1 logic coil
A34Ign 2Cyl 2 logic coil
A22Ign 3Cyl 3 logic coil
A33Ign 4Cyl 4 logic coil
A32Ign 5Cyl 5 logic coil
A31Ign 6Cyl 6 logic coil
C20Analog Temp 3CLT
C30Analog Temp 2IAT
C13Analog Volt 1MAP 0–5 V
C24Analog Volt 2TPS 1
C34Knock 1Knock bank 1
C35Knock 2Knock bank 2
A20Lowside 10Fuel-pump relay coil
A21Lowside 12Main-relay coil
A12Lowside 15Radiator-fan relay coil
A14Highside 4VVT 4 / boost solenoid
B18Battery SenseIgnition-switched 12 V (5 A fuse)
B23+12 V MRMain-relay 12 V into ECU
A17 A18 A24 B14 B19 B20Power GNDEngine block → battery −

Trigger

360 CAS not supported. 36-1 crank + cam Hall.

Crank

Recommended36-1 Hall/VR.

Cam

SyncDigital 2.

TunerStudio

SettingValue
Trigger / wheel type36-1 + cam
Use only rising edgeHall: as logged. VR: typically yes on MAX992x
Invert primaryNo — swap VR wires first
Firing order1-2-3-4-5-6

Offset: Light on cylinder 1.

Injection

High-Z, sequential six. Dual AFM deleted.

FuelReturn. The OEM TT fueling is two-bank AFM — ignore it.

Ignition

Factory COP, logic, Ign 1–6.

Dwell2.5 ms.

Idle

AAC PWM low-side.

First start

  1. Load the matching variant configuration in TunerStudio before the harness is live — injectors and coils stay disconnected until the decoder is confirmed.
  2. Fuel pump fuse out. Coils unplugged or spark outputs disabled. Crank. Open Diagnostics → composite / high-speed logger.
  3. Confirm crank teeth are even, the missing-tooth (or named pattern) is a single clean gap, and cam is one pulse per two crank revolutions for sequential four-stroke.
  4. RPM during cranking should sit in the 150–350 rpm band. 0 rpm or 12,000 rpm means the decoder is lost — polarity or wheel type, not offset.
  5. Lock timing to a fixed 10° (idle control off). Timing light on cylinder 1. Change trigger offset until the damper agrees with 10°.
  6. Recheck at ~3,000 rpm. If timing walks with RPM, it is VR polarity, a delayed Hall, or the wrong decoder — not offset.
  7. Enable spark. Confirm a healthy burn (timing light or plug colour) with fuel still disabled.
  8. Enable fuel. Prime, then crank. Catch the first idle on a rich-safe VE, then lean toward stoich at idle.
  9. Only then enable closed-loop idle, VVT, boost and traction. A base map is a starting point, not a dyno tune.

A base map is a starting point, not a dyno tune.