handle or on the liftgate lock release handle is
turned ON, it transmits the exterior data from the
exterior transmitter antenna assembly on the
operation side. At the same time, KOS-ECU
transmits the interfering radio wave (reversal code)
from the exterior transmitter antenna assembly on
the other side (The interfering radio wave will be
transmitted from the front passenger-side antenna
assembly when the driver-side door outside handle
is operated, and vice versa. It will not be transmitted
when the liftgate lock release handle is operated).
After the exterior data are transmitted from the
exterior transmitter antenna assembly, the interior
data are transmitted from the interior transmitter
antenna assembly (front).
After the specified time period (varies with the
number of the keyless operation keys registered in
KOS-ECU) has passed, confirm that there is no
keyless operation key in the interior.
When KOS-ECU receives the response from the
keyless operation keys that received the interior
data, KOS-ECU cancels without the locking
operation.
The interior data are transmitted from the interior
transmitter assembly (front).
After the specified time period (varies with the
number of the keyless operation keys registered in
KOS-ECU) has passed, confirm that the lock
conditions are met.
When KOS-ECU receives the response from the
keyless operation keys that received the interior
data, KOS-ECU cancels without the locking
operation.
When all the responding keyless operation keys
receive the exterior data only, KOS-ECU
transmits the lock request to ETACS-ECU.
If there is no response from the keyless operation
keys, perform Step 6 once.
KOS-ECU transmits the exterior data from the
exterior transmitter antenna assembly on the
operation side. At the same time, KOS-ECU
transmits the interfering radio wave (reversal code)
from the exterior transmitter antenna assembly on
the other side. (The interfering radio wave will be
transmitted from the front passenger-side antenna
assembly when the driver-side door outside handle
is operated, and vice versa. It will not be transmitted
when the liftgate lock release handle is operated.)
After the specified time period (varies with the
number of the keyless operation keys registered in
KOS-ECU) has passed, confirm that the lock
conditions are met.
When the responded keyless operation keys after
the retry receives the exterior data only, KOS-
ECU transmits the lock request (request to lock
the actuated position) to ETACS-ECU.
LOCKING OPERATION INHIBITION CONDITIONS
In the following cases, the door locking operation is
inhibited.
Any door or the liftgate is open/ajar (door switch is
ON). (including door ajar)
The emergency key is in the ignition switch.
The push switch in the steering lock is ON.
AUTO LOCK FUNCTION
The auto lock function locks the doors automatically
when a driver carrying the keyless operation key left
the car with all the doors closed and unlocked. This
function prevents the doors from being unlocked
accidentally. Using a customization function, the auto
lock function can be selected between "Auto lock" and
"No auto lock". (Refer to P.42B-29.) The initial
setting is "No auto lock".
$
-';.'5512'4#6+105;56'/-15
5;56'/12'4#6+10
Summary of Contents for Outlander 2007
Page 16: ... 4172 0 0 106 065 0 4 5 4 26 10 5 0 0 ...
Page 33: ... 4172 0 0 7 4 6 10 106 065 0 4 0 14 6 10 1 2 55 1 27 2 1 6 4 1 2 0 ...
Page 40: ...Control System Diagram 7 6 2146 7 5 56 0 4 0 14 6 10 ...
Page 99: ... 4172 7 5722 106 065 0 4 0 14 6 10 7 6 0 ...
Page 104: ...MEMO 7 5722 ...
Page 105: ... 4172 0 0 11 0 106 065 0 4 0 14 6 10 9 6 4 2 55 9 6 4 27 2 ...
Page 108: ...MEMO 0 0 11 0 ...
Page 109: ... 4172 06 0 756 106 065 4 06 5 56 4 7 6 0 4 0 4 06 0 1 756 5 56 756 0 1 756 2 2 0 7 4 ...
Page 114: ...MEMO 06 0 756 ...
Page 115: ... 4172 C 56 46 0 5 56 106 065 56 46 4 1614 C C ...
Page 117: ... 4172 D 4 0 5 56 106 065 6 40 614 D D ...
Page 119: ... 4172 E 0 6 10 5 56 106 065 0 6 10 1 E 52 4 2 7 E E ...
Page 121: ... 4172 C 0 0 10641 106 065 0 4 0 14 6 10 C C ...
Page 123: ... 4172 D 761 47 5 10641 5 56 106 065 0 4 0 14 6 10 D 105647 6 10 0 12 4 6 10 D D ...
Page 140: ...MEMO E 55 10 10641 ...
Page 181: ... 4172 2412 4 5 6 106 065 0 4 0 14 6 10 ...
Page 183: ... 4172 4106 106 065 0 4 0 14 6 10 ...
Page 186: ...MEMO 4106 ...
Page 207: ... 4172 9 0 6 4 106 065 0 4 0 14 6 10 6 4 24 5574 10 614 0 5 56 62 5 ...
Page 209: ... 4172 219 4 2 06 1706 106 065 0 4 0 14 6 10 ...
Page 212: ... 4172 4106 5752 05 10 106 065 0 4 0 14 6 10 ...
Page 215: ...MEMO 4106 5752 05 10 ...
Page 216: ... 4172 4 4 5752 05 10 106 065 0 4 0 14 6 10 ...
Page 220: ... 4172 5 4 5 56 106 065 0 4 105647 6 10 5 4 26 10 56 4 0 4 4 1156 4 4 2 5 4 ...
Page 227: ...N o Item Contents Rounded integral value 5 4 5 56 105647 6 10 5 4 26 10 ...
Page 228: ... 4172 174 9 06 1 4 5 56 5 106 065 0 4 0 14 6 10 105647 6 10 5 4 26 10 5 0514 EVWCVQT 5 7 ...
Page 266: ... 4172 2 4 0 4 5 106 065 0 4 0 14 6 10 ...
Page 276: ...13 1 GROUP 13 FUEL CONTENTS MULTIPORT FUEL INJECTION MFI 13A FUEL SUPPLY 13B ...
Page 300: ...MEMO 1 ...
Page 372: ...MEMO 06 4 14 ...
Page 396: ...MEMO 5722 06 4 564 06 5 56 545 ...
Page 432: ...MEMO 55 5 64 ...
Page 443: ... 4172 1 06 4 100 6 0 6914 0 106 065 0 4 0 14 6 10 5647 674 5 56 12 4 6 10 ...
Page 448: ...MEMO 1 06 4 100 6 0 6914 0 ...
Page 450: ... 4172 10641 4 4 0 6914 0 106 065 0 4 0 14 6 10 5647 674 5 56 12 4 6 10 5 015 5 0 75 0156 5 ...
Page 457: ...MEMO 10641 4 4 0 6914 0 ...
Page 469: ...MEMO 6 4 4 10 6 10 0 0 8 06 6 10 ...