.png)
The mode selection button controls the direction of the air flow through the ventilation system.
Air can be directed to the floor, dashboard outlets, or windshield.
Face-Level (B, D)
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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)
.png)
Air flow is directed towards the face and the floor.
Floor-Level (A, C, D, E)
.png)
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.
Floor/Defrost-Level (A, C, D, E)
.png)
Most of the air flow is directed to the floor and the windshield with a small amount directed to the side window defrosters.
Defrost-Level (A, D)
.png)
Most of the air flow is directed to the windshield with a small amount of air directed to the side window defrosters.
A/C MAX-Level (B, D)
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To operate the A/C MAX, turn the temperature control knob to extreme left. Air flow is directed toward the upper body and face.
In this mode, the air conditioning and the recirculated air position will be selected automatically.
After the interior has cooled sufficiently, whenever possible, move the temperature knob away from A/C MAX and press the A/C button.
Instrument panel vents
.png)
The outlet vents can be opened or closed (
)
separately using the thumbwheel.
Also, you can adjust the direction of air delivery from these vents using the vent control lever as shown.
Heating and air conditioning
Temperature control (2)Hyundai Kona (OS) 2018-2026 Service Manual: DCT (Dual Clutch Transmission) Components and components location
Components (1)
1. Dual
clutch transmission assembly
2. Clutch actuator
3. Gear actuator
4. Roll rod support bracket
5. DCT(Dual
Clutch Transmission) support bracket
6. Roll rod bracket
7. Dust cover
8. Support bracket mounting bolt
...
Hyundai Kona (OS) 2018-2026 Owners Manual: Windshield defrosting and defogging
WARNING
Windshield heating Do not use the
or
position during cooling operation
in extremely humid weather. The difference between the temperature of the outside
air and that of the windshield could cause the outer surface of the windshield to
fog up, causing loss of visibility. In this case, ...