The closure module needs to have a supply from a permanently live source

(not the Door Pwr fuse as that is ignition controlled.

Colours on both motors are the same

+ve to Red,

-ve to green

[on the motor]

= window Up

+ve to Green,

-ve to Red

[on the motor]

= window Down

The module I used is marked like this

(number is on the module plug and colour is the module wire)
1-Blue- Door 2

(up

+ve for switch)
2-Green- Door 2

(up

+ve to motor)
3-Green/Yellow- Door 1

(up

+ve

to motor)
4-Red- Bat

(+12v)
5-White-Door Lock

(+ve)
6-Yellow-White- Door 1

(up

+ve for switch)
7-Orange-ACC(+12v)
8-Black-Ground

I installed the module in the drivers door and all the wiring was done in the door.

It was wired to my car like this

(number corresponds to module, colour is car wiring.

1-Red/blue

(from master switch)
2-Red/blue

(to passengers motor via passengers switch)
3-Red

(to the drivers motor)
4-

+12v from permanent live

(had to run this wire from the fusebox in drivers foot well
5-Black

(from the door lock solenoid in the drivers door this allows the module to activate when I lock the doors with the alarm key fob or lock the doors with the key)
6-Red

(from the Power Window relay for drivers window)
7-Blue

(from the Power window relay)
8-White/black

(from Power window relay

Whether the addition of the diodes for the drivers auto-up mod has an influence on the way this operates, I don't know, I'd done the auto-up mod before I added the closure module.
