The double rear doors are fitted with a catch which stops the opening at an angle of approximately 90°.
The catch system is designed to ensure the best comfort in use. An accidental knock or gust of wind could release the doors and make them close.
It is possible to increase the opening angle of the two doors to facilitate loading and unloading operations. Force the doors open. This will allow opening the doors by approximately 180°.
When open to 180°, the doors are not blocked. Do not use this system when the vehicle is parts on a slope or when it is windy.
Opening the first door from the outside 1-fig. 114
Turn the key to position 2-fig. 115 and pull the door handle in the direction of the arrow.
Turn the key to position 2-fig. 115 and pull the door handle in the direction of the arrow.
Closing the first door from the outside 1-fig. 114
Turn the key to position 1-fig. 115.
Close the right-hand door 2-fig. 114 completely first and then close the left-hand door 1-fig. 114. Never close both doors at the same time.
Opening the first door from the inside 1-fig. 114
Lift lever A-fig. 116 in the direction of the arrow.
Opening the second door 2-fig. 114
After opening the first door, pull handle A-fig. 117 in the direction of the arrow.
IMPORTANT
Only use the handle A-fig. 117 in the direction shown in the figure.
The swing doors (where provided) are fitted with a device A-fig.117a that limits their opening.
Take care not to move the rod from its housing; if it is moved by accident fig. 117b, restore it to the correct position fig. 117b.
See also:
Glove compartment
Operate handle (A) as shown by the arrow to open the compartment. ...
Cooling System
WARNING!
• When working near the radiator cooling fan, disconnect the fan motor lead
or turn the ignition switch to the OFF position. The fan is temperature controlled
and can start at any time ...
Required Maintenance Intervals
Refer to the Maintenance Schedules on the following pages for the required maintenance
intervals.
WARNING!
• You can be badly injured working on or around a motor vehicle. D ...