3022540 - 7005M front electric windows

COMPOSITION

COMPOSITION

The driver's door node (NPG) houses the following controls:
1 - Door mirror positioning knob 2 - L driver's side R passenger side electric mirror selector 3 - L window control button 4 - R window control button 5 - REAR window selection button 6 - Rear window LOCK button 7 - Panel

OPERATION

The Driver's Door Node performs the following functions:

  • supports the functions described in the table;
  • receives and sends information on the B-CAN line (e.g. diagnosis, warning lights, commands, data);
  • interconnects with the driver's front door wiring
No.FunctionMode
F3power supply from key 2 discharge relayD
F40download +15 signalC
F89front puddle light shared power supply and timer L/RC, D
F91download front door open signalC
F99download boot opening control signal from remote control or facia switch and relay positive control for boot opening electromagnet (predisposition)C, D
F104power supply for front window motors with manual and automatic up/down and signal download from anticrush seals; transmit button status for roger-beep and to maintain key 2 discharge relay power supplyC, D
F105control rear windows from driver's seat, transmit button status for roger-beep and to maintain key 2 discharge relay power supplyC
F107inhibition of rear window control from driver's side from buttons on rear doors transmit button status for roger-beepC
F109download front window closure signal from recirculation control and iimplement raiseC, D
F110download front window closure signal from pollution sensor and implement raiseC, D
F111download front window closure signal from remote control and implement raiseC, D
F112download front window closure signal from rain sensorC, D
F119manage door mirror deflector adjustmentD
F122transmit outdoor temperature signal to activate automatic rear window demist, door mirrors and windscreen/rear window nozzlesC
F181transmit outdoor temperature signal for climate control functionC
F187transmit outdoor temperature signal signal for supplementary heater functionC
F192download signal from outdoor temperature sensor and send value for displayC
F218self-diagnosis on B-CAN lineC
Procedure for communication of subfunctions carried out by nodes is: C= via CAN; D = direct communication.
Rear view of connectors.
A - H44A 16 way B - H44B 26 way

Pin-out

CONNECTOR A
Conn. PinOperation
H44A1Control passenger side window from button
H44A2Driver's side anticrush seal (S)
H44A3Driver's side anticrush seal (-)
H44A4Outdoor temperature sensor (S)
H44A5Outdoor temperature sensor (-)
H44A6Tail-gate release electromagnet relay positive control
H44A7Free earth (connection with SB26)
H44A8Passenger side anticrush seal (S)
H44A9Passenger side anticrush seal (-)
H44A10B-CAN B
H44A11B-CAN A
H44A12driver's door lock motor reduction unit control
H44A13driver's door release motor reduction unit control
H44A14earth for motor bar shunt (connection with SB25)
H44A15NA (lock) motor bar signal Driver's door
H44A16NC (release) motor bar signal Driver's door
CONNECTOR B
Conn. PinFunction
H44B1Lift guide window motor
H44B2Lower guide window motor
H44B3boot release control negative signal from button on PCC
H44B4 n.c.
H44B5n.c.
H44B6Passenger side electric mirror
H44B7Passenger side L/R mirror actuation
H44B8Passenger side high/low mirror actuation
H44B9Shared - driver's electric mirror
H44B10Driver's side L/R mirror actuation
H44B11. n.c.
H44B12.Passenger window motor lift
H44B13Passenger window motor lower
H44B14Power supply for services on driver's door from F-47
H44B15Driver's side power earth
H44B16n.c.
H44B17n.c.
H44B18Earth for driver's side puddle light (connection with SB15)
H44B19Driver's side puddle light timed power source positive (connection with SB20)
H44B20Passenger side puddle lightt timed power source positive (connection with SB19)
H44B21Driver's side electric mirror demister earth (connection with SB26)
H44B22n.c.
H44B23Driver's side high/low mirror actuation
H44B24+30 from F-39 (electronic, puddle lights, boot release relay driver, door release)
H44B25Power supply for services on passenger door from
F-48

Electric front windows

Front windows with manual and automatic up, down controls and anticrush functionThe system consists of driver and passenger side window controls on the doors; anticrush sheaths on the right front window and left front window plus two R and L window motors.The control unit (NPG) controls operation of the driver and passenger side window motors.The driver and passenger side window motors are controlled manually or automatically in accordance with a specific strategy.Movement takes place with the ignition key ON and also with the key OFF.(a) key on (k-on)Movement takes place as described in the table
Driver's Side Front WindowPassenger Side Front Window
UP controlMANUAL movementAUTOMATIC movementMANUAL movement
DOWN controlMANUAL movementAUTOMATIC movementMANUAL movementAUTOMATIC movement
(b) key off (k-off)Movement is only manual and timed by the NBC, which controls service relay 2 supplying the NPG and NVB nodes. Note that service relay 2 is located on the facia control unit (CPL) - T13 - is active with the ignition key ON and deactivated temporarily during start-up.If an INT signal is not received from the ignition, the (NBC) maintains service relay 2 supplying the windows and sun roof active and changes the timing for 3 minutes ± 10% but deactivates it immediately when one of the two front doors is opened.If a window control (front or rear) is pressed within three minutes of controlling service relay 2, the NBC resets the timer for a further 3 minutes.Control buttonsRight window up/down (front and rear window control), unstable rocking typeLeft window up/down (front and rear window control), unstable rocking type Each time the window function control buttons are pressed, the buzzer in the NQS goes off as confirmation: changes of status from depressed/released (rocker buttons) must be supplied via the CAN network. The NQS is responsible for managing duration and tone and then implementing indications in the presence of simultaneous controls.Manual systemMode is manual when the user starts and stops the system by hand by means of the control buttons. The motor stops when the buttons are released.Automatic system

Mode is automatic when movement is started by pressing the control button for a period in excess of a preset value. In automatic mode, window arrest (electric power to window motor cut off) is brought about by:

  • the window reaching the upper or lower end of its travel
  • the safety system (anticrush)
  • once a new raise or lower control has been pressed.
This is regulated by controlling motor current, which must be self-adaptive, and by managing the anticrush sensor.Disablement

Glass movement is disabled by:

  • Vbatt = 16 V (re-enabled for Vbatt = 15.5 V)
  • Vbatt = 10 V (re-enabled for Vbatt = 10.5 V)
The battery voltage level is supplied to the network by means of a specific message.Activation with remote control1) SUPERCLOSURE (only if the anticrush seal is present)Door closure takes place when the lock button is pressed. When the button is depressed for more than 4 seconds, the windows begin to raise, the sunroof closes and the alarm (if present) is activated When the button is released, movement is suspended. The button must be pressed again for 4 seconds to resume movement.2) SUPEROPENINGWhen the release button is pressed, the doors are opened and the courtesy light comes on simultaneously When the button is depressed for more than 4 seconds, the windows descent, the sun roof opens and the alarm (if present) is deactivated. When the button is released, movement is suspended. The button must be pressed again for 4 seconds to resume movement.Driver's side windowThe control unit should not operate when the control buttons are pressed for less than 60 ms.Manual movement is activated if the control key is pressed for time: Ta = Activation time > 60 ms and < 300 ms (short control)Automatic operation is activated if the control button is pressed for longer than: Ta > 300 ms (long control)The window power supply is enabled with the key on and the battery supplying the control unit.

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