GF91.29-P-2011S Calling Up Stored Positions, Function
GF91.29-P-2011S Calling Up Stored Positions, Function
- with CODE (275a) Memory package (driver's seat, steering column, mirrors)
In this document the door control module is designated as follows on the models
215 - Left/right left door control module
220 - Left/right front door control module
as left front door control module (N69/1), right front (N69/2).
Function requirements:
- No overvoltage or undervoltage
- Term.15R or 15 ON
- Driver's door/front passenger's door open
- No button for manual seat adjustment, mirror adjustment or steering column adjustment pressed
- Normalization carried out properly
Calling up memory and Ergo positions (driver) up to 31.5.01 When calling up the memory function or Ergo function by pressing the memory 1 switch (N69/1s6), memory 2 switch (N69/1s7) or ERGONOMICS switch (N69/1s8) in the left door control module (N69/1) the positions stored in the relevant control modules are actuated:
- Inside rearview mirror
- Front passenger's exterior mirror
- Steering column
- Driver seat
The left front door control module (N69/1) recognizes that a switch is pressed and sends the following message via the CAN: "Left front memory - Assume position 1/2/Ergo". Memory 3 (N69/1s15), in the left front door control module (N69/1).
This message is received from the left front SAM control module (N10/6), from the overhead control panel control module (N70), from the right front door control module (N69/2) and from the left front seat adjustment control module with memory (N32/1).
Consequently these control modules, and also the left front door control module (N69/1), actuate the respective motors (see Figure), when the button is pressed further, until it is recognized via the local position recognitions that the stored positions are reached.
As of 1.6.01 the Ergo position is not used anymore, it is replaced by a further memory button
This memory location is called up by pressing the switch for memory 3 N69/1s9) in the left front door control module (N69/1).
Calling up memory/Ergo positions (front passenger) up to 31.5.01
When the memory feature is called up by pressing the memory 1 switch (N69/2s6), memory 2 switch (N69/2s7) ERGONOMY switch (N69/2s9) in the right front door control module (N69/2), the positions of the front passenger's seat stored in the right front seat adjustment control module with memory (N32/2) are approached. The right front door control module (N69/2) recognizes that a switch is pressed and places the following message on the CAN: "Right front memory - Assume position 1/2/Ergo". This message is received from right front seat adjustment control module with memory (N32/2) which then, when the button is pressed further, actuates the motors of the right front seat adjustment motor group with memory (M28) until it is recognized via local position recognitions that the stored positions are reached.
As of 1.6.01 the Ergo position is not used anymore, it is replaced by a further memory button.
This memory location is called up by pressing the memory 3 switch (N69/2s15) in the right front control module (N69/2).
Calling up memory positions (rear)
(On model 220 with electrically adjustable individual rear seats with memory)
left rear side
When the memory feature is called up by pressing the memory 1 switch (N69/3s3) or memory 2 switch (N69/4s4) or memory 3 switch(N69/3s5) in the driver's side door control module (N69/3) the positions of the left rear seat stored in the rear seats control module (N25/6) are approached.
The following are used for the right rear side
memory 1 switch (N69/4s3) or memory 2 switch (N69/3s4) or memory 3 switch (N69/4s5) in the right rear door control module (N69/4).
The respective door control module recognizes that a switch is pressed and places the following message on the CAN "Left and right rear memory - Assume position 1/2/3".
This message is received by the rear seats control module (N25/6) which then, if the button is pressed further, actuates the respective adjustment motors until it is recognized via local position recognitions that the stored positions are reached.