KV16 Pinout Rev2

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Pin Descriptions 

Connector A: Lambda/Injection/Ignition  (15.0A Max continuous current - wire gauge dependant)     

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PinChannel Name
A1Injection Channel 9
A2Injection Channel 10
A3Injection Channel 11
A4Injection Channel 12
A5Injection Channel 13
A6Injection Channel 14
A7Injection Channel 15
A8Ignition Channel 9
A9Ignition Channel 10
A10Lambda 1 Heater -
A11Lambda 2 Heater -
A12Injection Channel 16
A13ECU Ground
A14Ignition Channel 11
A15Ignition Channel 12
A16Lambda 1 Heater +
A17Lambda 2 Heater +
A18Lambda 1 Nernst Cell (Vs)
A19ECU Ground
A20Lambda 2 Cal Resistor (CalR)
A21Lambda 2 Nernst Cell (Vs)
A22Lambda 2 Pump Cell (Ip)
A23Lambda 2 Virtual Ground (VGnd)
A24Lambda 1 Cal Resistor (CalR)
A25Lambda 1 Pump Cell (Ip)
A26Lambda 1 Virtual Ground (VGnd)
Connector B: Auxiliary Outputs /Fuel/Ignition/Ground (15.0A Max continuous current - wire gauge dependant) 

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PinChannel NamePinChannel Name
B1Injection Channel 1B18Auxiliary Output 9
B2Injection Channel 2B19Auxiliary Output 10
B3Injection Channel 3B20Auxiliary Output 11
B4Injection Channel 4B21Auxiliary Output 12
B5Injection Channel 5B22Auxiliary Output 13
B6Injection Channel 6B23Auxiliary Output 14
B7Injection Channel 7B24Auxiliary Output 15
B8Injection Channel 8B25Auxiliary Output 16
B9ECU GroundB26Ignition Channel 1
B10Auxiliary Output 1B27Ignition Channel 2
B11Auxiliary Output 2B28Ignition Channel 3
B12Auxiliary Output 3B29Ignition Channel 4
B13Auxiliary Output 4B30Ignition Channel 5
B14Auxiliary Output 5B31Ignition Channel 6
B15Auxiliary Output 6B32Ignition Channel 7
B16Auxiliary Output 7B33Ignition Channel 8
B17Auxiliary Output 8B34ECU Ground
Connector C: Signal (15.0A Max continuous current - wire gauge dependant) 

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PinChannel NamePinChannel Name
C1ECU GroundC18Digital Input 9
C2Analog Input Channel 1 C19Digital Input 10
C3Analog Input Channel 2C20Digital Input 11
C4Analog Input Channel 3C21Digital Input 12
C5Analog Input Channel 4C22Digital Input 13
C6Analog Input Channel 5C23Digital Input 14
C7Analog Input Channel 6C24Analog Input Channel 16
C8Analog Input Channel 7C25Analog Sensor 0V Reference
C9Analog Input Channel 8C26ECU Ground
C10Analog Input Channel 9C27Digital Input 1
C11Analog Input Channel 10C28Digital Input 2
C12Analog Input Channel 11C29Digital Input 3
C13Analog Input Channel 12C30Digital Input 4
C14Analog Input Channel 13C31Digital Input 5
C15Analog Input Channel 14C32Digital Input 6
C16Analog Input Channel 15C33Digital Input 7
C17Analog Sensor 0V ReferenceC34Digital Input 8
Connector D: Power/Communications/Triggers/Knock (15.0A Max continuous current - wire gauge dependant) 

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Looking into ECU connector

PinChannel Name
D1ECU 14V Supply
D2Auxiliary Output 13-16 14V Supply
D3Sensor Supply 8V
D4Crank Index Sensor +
D5Crank Index Sensor -
D6Sync Sensor +
D7Sync Sensor -
D8CAN 1H
D9EFI Relay Output (Low Side 200mA)
D10CAN 2H
D11Knock 1 +
D12Knock 1 -
D13Shield (Crank/Cam/ Knock)
D14CAN 1L
D15Ignition Switch Input
D16CAN 2L
D17Knock 2 +
D18Knock 2 -
D19Analog Output (0.0 - 5.0V)
D20Auxiliary Output 9-12 14V Supply
D21Sensor Supply Vref1: 5.0V
D22Sensor Supply Vref2: 5.0V
D23Ethernet Tx +
D24Ethernet Tx -
D25Ethernet Rx +
D26Ethernet Rx -

Important Notes

Auxiliary Output Channels 13-16

These are high current Half bridge drivers which switch either to ground or 14V i.e.  they do not have a high impedance or OFF state.  When the ECU is powered OFF these Auxiliary Channels by default will be switching to ground. This means:

  1. Solenoids or relays connected to these outputs should not use a constant or hot battery feed.
  2. During the ECU powerup sequence, any solenoid or relay connected to these outputs should have a managed power feed to avoid momentary switching during powerup.

Analog Sensor 0V Reference (Pin C17, C25)

These pins should be connected directly to the 0V (Ground) pin on any low current analog sensor, for example Pressure or Temperature.

  • DO NOT connect the ECU pins C17, C25 directly to the Engine Block or ECU Ground. These are dedicated and specialised ground outputs for all analog channels and should be connected directly to the sensor.
  • DO NOT connect frequency-based sensors to these pins; for example, an Ethanol content sensor. The sensor 0V pin should be connected to the ECU ground. 

Half Bridge Driver Power Supply Inputs (Pin D20, D2)

Pin D20 is a dedicated power supply for Auxiliary Channels 9-12. Power must be supplied to this pin for these channels to operate correctly. In non-DBW (Drive by Wire) applications the ECU Supply power can be shared, assuming the wire gauge has a sufficient rating for the current demand. In DBW applications power to this pin MUST come from an ECU controlled DBW Relay.

Pin D2 is a dedicated power supply for Auxiliary Channels 13-16. Power must be supplied to this pin for these Auxiliary channels to operate correctly.