186003020 - E2510 COURTESY LIGHTS - DESCRIPTION

Description

The front courtesy light includes two courtesy lights with two control switches.

The left switch (A) can be used to select the following operating modes:

  • centre position: both lights switched on with a delay dependent on the opening of the doors;
  • left position: both lights permanently off;
  • right position: both lights permanently on.

The right switch (B) can be used to switch on one of the lights only (spot function):

  • left position: left light permanently on;
  • right position: right light permanently on;
  • centre position: both lights permanently off.

The two rear ceiling lights contain a courtesy light with different operating modes depending on the position of the actual lens cover which activates an internal switch:

  • neutral position: light on with a delay dependent on the opening of the doors;
  • position to one side: light always off;
  • position to the other side: light permanently on.

The ceiling lights delay is based on a logic managed by the integrated services control unit located under the dashboard and can be summed up as follows: when any of the four doors is unlocked, all the front and rear ceiling lights are activated with a delay:

  • a period lasting 6 seconds from the time the locks are unlocked using a key or remote control;
  • a period of 6 seconds lasting from when a door that was previously opened is closed again; this period is interrupted when the ignition is switched ON (this function makes it possible to enter the vehicle and place the key in the lock barrel)
  • a period of 3 minutes if one of the doors remains open (this function means that the battery is not run down if the vehicle is left with a door open)
When anoher of the doors is opened the calculation of the timed period in progress starts again from the beginning.The courtesy lights are switched on and off gradually (dimmer function) over a period lasting around 3 seconds.The courtesy lights circuit is protected by a special fuse in the junction unit.