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2.Mark the front and rear tyres for easy identification of tyre rotation. 3.Adjust the parking brake lever to the normal conditions. (Refer to GROUP 36 -
On-vehicle
Service, Parking Brake Pedal Travel Check and Adjustment .) 4.Pull the parking brake pedal by two notches.
note |
Activating the parking brake slightly prevents the drive force transferring to the rear
wheels by a friction in the electronic control coupling. If the following 2WD mode is checked
without the parking brake activation, the drive force is transferred to the rear wheels by a
friction in the electronic control coupling.
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5.Start the engine, and move the shift lever into the D position (1st speed). 6.Depress the accelerator pedal gradually, and maintain the vehicle speed at approximately
10 km/h. 7.Switch the drive mode selector to the 2WD mode, and check that the rear wheels are
under 2WD control. (At this time, the 4WD/LOCK indicators in the combination meter
do not illuminate.) 8.Stop the engine. 9.Start the engine again, and move the shift lever into the D position (1st speed). 10.Depress the accelerator pedal gradually, and maintain the vehicle speed at approximately
10 km/h. 11.
caution |
The following checks in the 4WD mode must be completed within
one minute in total to protect the 4WD drive system components and parking brake.
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Switch the drive mode selector to the 4WD mode, and check that the rear wheels are rotating.
(At this time, the 4WD indicator in the combination meter illuminates.) After the above checks are completed, if the rear wheel rotation satisfies the above conditions,
it is judged that the electronic control coupling operates correctly. If the rear wheel rotation does
not satisfy the above conditions, replace the electronic control coupling. (Refer to .)
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Disconnect the D-113 connector, and measure the resistance value between the connector
terminals on the electronic control coupling side. If the measured resistance value is out of
the standard value range, replace the electronic control coupling. (Refer to .) Standard value: 2.2 -
4.0 Ω
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