landrover Workshop Repair Guides

Land Rover Workshop Service and Repair Manuals

Description And Operation|Page 2871 > < Description And Operation|Page 2869
Page 8
background image

 

 

 
The rear window regulator and motor is supplied as an assembly and is handed. Each assembly comprises a runner, a 
continuous cable and a motor. 
 
The runner is secured in the door frame with four bolts. The door glass is located in a carrier located in a track in the 
runner. The glass is retained in friction pads in the carrier and secured with a clamp screw. 
 
The carrier is attached to the cable which, in turn, is attached to a drum driven by the motor. When the motor is operated, 
the drum pulls the cable in the required direction to raise or lower the glass. 
 

ANTI-TRAP 

The anti-trap function is enabled for the drivers window closing in both the inching and one-shot modes. If the anti-trap 
feature is activated while a window is closing, the window motor is reversed for 0.5 second. 
 
A Hall sensor, located in the drivers window regulator, monitors the speed of the motor and if the speed decreases below 
a set threshold, indicating an obstruction, the power feed to the motor is reversed so the window goes back down. 
 
In an emergency the anti-trap function can be overridden by holding the window switch in the one-shot closed position. 
 
After the battery has been disconnected it is necessary to initialize the drivers door window motor to be able to operate 
the one-shot up function. 
 

Driver's Door Window Motor Initialisation 

Operate the drivers window switch until the window glass is in the fully closed position, continue to operate the 
window switch for a further two seconds  
Release the window control switch  
Operate the drivers window switch in the closed position and continue to operate the window switch for a further 

Item  Part Number 

Description 

1

 -

Window Glass

2

 -

Fixing points

3

 -

Window motor

4

 -

Mounting frame

5

 -

Glass carrier

Description And Operation|Page 2871 > < Description And Operation|Page 2869