
The mode selection button controls the direction of the air flow through the ventilation system.
The air flow outlet direction is cycled as follows:
â– MODE DOWN (
)

â– MODE UP (
)

Face-Level (B, D, F)

Air flow is directed toward the upper body and face. Additionally, each outlet can be controlled to direct the air discharged from the outlet.
Bi-Level (B, C, D, E, F)

Air flow is directed towards the face and the floor.
Floor & Defrost (A, C, E, F)

Most of the air flow is directed to the floor and the windshield with a small amount directed to the side window defrosters.
Floor-Level (A, C, E, F)

Most of the air flow is directed to the floor, with a small amount of the air being directed to the windshield and side window defrosters.
Defrost-Level (A)

Most of the air flow is directed to the windshield with a small amount of air directed to the side window defrosters.
Interior panel vents

â– Front

â– Rear
The outlet vents can be opened or closed (
)
using the vent control lever.
Also, you can adjust the direction of air delivered from these vents using the vent control lever as shown.
The heating and cooling system can be controlled manually by pushing buttons other than the AUTO button. In this case, the system works sequentially according to the order of buttons selected.
Turn the knob to the right to increase the temperature. Turn the knob to the left to decrease temperature. The temperature will increase or decrease by 1°F/0.
DescriptionThe evaporator temperature sensor will detect the evaporator core temperature and interrupt compressor relay power in order to prevent evaporator from freezing by excessive cooling. The evaporator temperature sensor has the Negative Temperature Coefficient (NTC).
Replacement1.Remove the battery (-) terminal.2.Remove the engine room under cover.(Refer to Engine Mechanical System - "Engine Room Under Cover")3.Remove the heater hose (A) and AEWP hose (B).4.Disconnect the lock pin to remove the heater hose pump connector (A).