Mitsubishi Eclipse. Technical Information Manual (1994) — part 73
(2) Door Unlocking Operation by Door Lock Switch
When the unlock side of the door lock switch
is turned ON, the unlock side coil of the door
lock power relay is energized to operate the door
lock actuators and unlock the doors.
DOOR LOCKING PREVENTED WITH KEY IN
IGNITION SWITCH
(1) When any of the doors is opened with the key
inserted in the ignition switch (key reminder
switch), the signals from the key reminder switch
and door switch are input to the ETACS.
(2) In this state, when the driver’s door inside lock
knob is placed on the lock side (the OFF signal
from the actuator switch input to the ETACS),
an unlock output is supplied from the ETACS
for 5 seconds.
(3) This moves the door lock actuator to the unlock
side. Therefore, the door cannot be locked unless
the key is removed from the ignition switch (key
reminder switch) or the door is closed.
BODY Doors
WINDOW GLASS REGULATOR
Since the
doors have been adopted, highly
rigid X type window glass regulators have been
adopted.
The door glass is supported by a whole length of
hollow lip provided in the door belt line molding.
The structure, compared with the localized support
of the conventional outer stabilizers, places less
with power window>
Door glass stabilizer
Power window regulator
Inner stabilizer
load on the glass. Therefore, the outside of glass
is less vulnerable to damage.
On power window equipped vehicles, the power
window switch has been changed to lower the door
glass when the knob is pressed in, and raise the
door glass when the knob is pulled up.
<Vehicles without power window>
Door glass stabilizer
Door belt
line molding
Inner stabilizer
Manual window regulator
HOLDING OF DOOR GLASS
When fully raised, stabilizer hook on the door glass
catches the inner stabilizer cushion to hold the door
glass securely and draw it inward. In addition, from
outside the door glass, the door glass stabilizer pres-
ses glass striker and the door glass inward.
WHEN DOOR GLASS BEGINS TO OPEN
The glass striker moves down with the door glass,
but the hollow lip provided over the full length of
the door belt line molding provides a proper pressure
against the glass. Therefore, the outside of glass
is less vulnerable to damage.
NOTE
The stabilizer hook also moves down with the glass.
BODY
Doors
OPERATION OF POWER WINDOWS
Operation of Power Windows When Controlled by Main Switch
When the ignition switch is placed at
current
is supplied from the ETACS-ECU to the coil
(3) Even after the ignition switch has been placed
at OFF, the power window can be operated
of the power window relay. This causes the
power window relay to be ON.
for a period of 30 seconds. During this period,
(2) Current is supplied from the power window relay
however, the output is interrupted the moment
through the main switch to the power window
the door is opened.
motor to operate the power window.
Power
Fusible link
I
OFF
window
Power window
main switch
Ignition switch
Fusible link
Power window ON
Constant
voltage
Constant
voltage
I
I
switch
Door switch
Power window
Power
window
motor
Power
windou
motor
Doors
2. Operation of Power Windows When Controlled by Sub Switches
(1) When the ignition switch is placed at
current
(3) Even after the ignition switch has been placed
is supplied from the ETACS-ECU to the coil
at OFF, the power window can be operated
of the power window relay. This causes the
for a period of 30 seconds. During this period,
power window relay to be ON.
however, the output is interrupted the moment
(2) Current is supplied from the power window relay
the door is opened.
through the sub switch to the power window
motor to operate the power window.
Power window
relay
Power
main switch
Fusible link
Ignition switch
Fuse
ETACS-ECU
Fusible link
Ignition switch
Door switch
P o w e r w i n d o w
output
Power
window
motor
Power window
sub-switch
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