1. Disconnect the negative battery cable..
2. Discharge the refrigerant..
3. Remove the front under cover No.1..
4. Drain the engine coolant..
5. Remove the following parts:
a. Plug hole plate.
b. Air cleaner, air hose and fresh air duct component.
c. Coolant reserve tank.
d. Cooling fan component.
e. Radiator.
6. Remove the bolts.

7. Disconnect the cooler hose (HI) and cooler pipe. Do not allow remaining compressor oil in the refrigerant line to spill..
CAUTION:
If moisture or foreign material enters the refrigeration cycle, cooling ability will be lowered and abnormal noise or other malfunction could occur. Always plug open fittings immediately after removing any refrigeration cycle parts.
8. Remove the condenser, being careful not to allow remaining compressor oil in the condenser to spill..

CAUTION:
If moisture or foreign material enters the refrigeration cycle, cooling ability will be lowered and abnormal noise or other malfunction could occur. Always plug open fittings immediately after removing any refrigeration cycle parts.
9. Install in the reverse order of removal.
10. Inspect for engine coolant leakage..
11. Perform the refrigerant system performance test..
Condenser Installation Note
1. After replacing the condenser, add compressor oil to the refrigeration cycle.
13 ml {13 cc, 0.44 fl oz}
Condenser Inspection
Condenser Removal/InstallationSeat Warmer Unit Inspection
WARNING:
Handling a side air bag improperly can accidentally operate (deploy) the
air bag, which may seriously injure you. Read the service warnings/cautions
in the Workshop Manual before handling the front seat (side air bag integrated)..
CAUTION:
If the slide bar is ope ...
Parking Mechanism [Fw6 A EL, Fw6 Ax EL]
Purpose/Function
The parking mechanism locks the output gear when the selector lever is shifted
to the P position which locks the driving wheels against rotation to prevent
coasting when parking the vehicle.
Construction/Operation
For component parts related to the parking ...
Miller Cycle Engine
Outline
The Miller cycle engine is a high-efficiency engine which achieves high fuel
economy performance by obtaining a high-expansion ratio.
The Miller cycle engine achieves a high-expansion ratio without increasing
its effective compression ratio by retarding the intake air va ...