ME100/ME221 GEN1 Wire-In Pinout
ME100 GEN1/ME221 GEN1 Pin-out & Wiring Diagram
The below picture illustrates the pin-out orientation. Note that the ECU is shown, so the number represent the ‘back’ of the wiring harness connectors, or ‘wire-side’.
The wire connectors are TE Parts, available from electronics suppliers such as RS or mouser.com:
The 12-Way Plug is TE Part Number 175965-2
The 16 Way Plug is TE Part Number 175966-2
The Crimps (28 needed) are TE Part Number 175265-1

|
PIN |
Name / Function |
Our Loom Colour (Base/Stripe) |
|
1 |
Injector 4 |
GREEN/ORANGE |
|
2 |
Low Side Output 3 (LS7 on ME100)* |
BLUE/RED |
|
3 |
Low Side Output 2 (LS6 on ME100)* |
BLUE/BROWN |
|
4 |
Injector 2 (LS5 on ME100) |
GREEN/BROWN |
|
5 |
Injector 1 (LS4 on ME100) |
GREEN/BLACK |
|
6 |
Low Side Output 1 (LS5 on ME100)* |
BLUE/BLACK |
|
7 |
Injector 3 (LS6 on ME100) |
GREEN/RED |
|
8 |
Tachometer Output (12V) |
BROWN |
|
9 |
GROUND |
BLACK |
|
10 |
Coil A / 1 (Cylinders 1 & 4)** |
BLUE |
|
11 |
GROUND |
BLACK |
|
12 |
Coil B / 2(Cylinders 2 & 3)** |
GREEN |
|
13 |
12V Ignition Switched Power (5A Fused) |
RED |
|
14 |
5V Reference Output |
PURPLE |
|
15 |
CAM Sensor +ve |
WHITE in SHIELDED RED |
|
PIN |
Name / Function |
Loom Colour (Base/Stripe) |
|
16 |
CRANK Sensor -ve (leave unconnected for hall/opto) |
BLUE in SHIELDED BLACK |
|
17 |
HS_Digital_Input_2 |
RED/WHITE |
|
18 |
Intake Air Temperature Signal (Pulled up via 2K7 Ohms) |
ORANGE |
|
19 |
Coolant Temperature Signal (Pulled up via 2K7 Ohms) |
YELLOW |
|
20 |
O2 Sensor Signal (0-5v, Narrow or Wideband) |
RED/BLACK |
|
21 |
Knock -ve |
BLUE |
|
22 |
CAM Sensor -ve (leave unconnected for hall/opto) |
BLUE in SHIELDED RED |
|
23 |
CRANK Sensor +ve |
WHITE in SHIELDED BLACK |
|
24 |
Knock +ve |
White |
|
25 |
Spare Analog 1 (0-5v) |
RED/BLUE |
|
26 |
MAP Sensor Signal |
GREY |
|
27 |
TPS Sensor Signal |
PINK |
|
28 |
Analog/Sensor Ground |
BLACK |
*be sure to install flyback diodes if needed on LS lines.
**Please note DO NOT USE resistor-less or low resistance plugs/leads. These can damage both coils as well as ignition channels.
