While starting
ECM adds various compensations to the target
opening angle that are set based on the engine
coolant temperature, so that the air volume is
optimum for starting.
While idling
ECM controls the throttle valve to achieve the target
opening angle that are set based on the engine
coolant temperature. In this way best idle operation is
achieved when engine is cold and when it is hot. Also,
the following compensations ensure optimum control.
While driving
Compensations are made to the target opening angle
set according to the accelerator pedal opening angle
and engine speed to control the throttle valve opening
angle.
List of main compensations for throttle valve opening angle and idle speed control
Compensations
Content
Stable idle compensation (immediately after start)
In order to stabilize idle speed immediately after
start, target opening angle is kept big and then
gradually reduced. Compensation values are set
based on the engine coolant temperature.
Rotation speed feedback compensation (while
idling)
In case there is a difference between the target idle
speed and actual engine speed, ECM compensates
the throttle valve opening angle based on that
difference.
Atmospheric pressure compensation
At high altitudes atmospheric pressure is less and
the intake air density is low. So, the target opening
angle is compensated based on atmospheric
pressure.
Engine coolant temperature compensation
Compensation is made according to the engine
coolant temperature. The lower the engine coolant
temperature the greater the throttle valve opening
angle.
Electric load compensation
Throttle opening angle is compensated according to
electric load. The greater the electric load, the
greater the throttle valve opening angle.
Compensation when shift is in D range
When transmission is changed from P or N range to
some other range, throttle valve opening angle is
increased to prevent reduction in engine speed.
Compensation when A/C is functioning
Throttle opening angle is compensated according to
functioning of A/C compressor. While A/C
compressor is being driven, the throttle valve
opening angle is increased.
Power steering fluid pressure compensation
Throttle opening angle is compensated according to
power steering fluid pressure. The higher the power
steering fluid pressure the greater the throttle valve
opening angle.
Initialize control
After ignition switch turns OFF, ECM drives the throttle
valve from fully closed position to fully open position
and records the fully closed/open studied value of the
throttle position sensor (main and sub) output signals.
The recorded studied values are used as studied
value compensation for compensating basic target
opening angle when the engine is started next.
#
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Summary of Contents for Outlander 2007
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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 ...