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For CS-A18KKD-2 and CS-A24KKD-2
For CS-A28KKD-2
12.8 Horizontal Airflow Direction Control
For CS-A9KKD-2 and CS-A12KKD-2, the horizontal airflow direction louver can be adjusted manually by hand.
For CS-A18KKD-2, CS-A24KKD-2 and CS-A28KKD-2, the horizontal airflow direction louver are as following.
12.8.1 Auto Control
•
When the horizontal airflow direction is set to Auto using the remote control, the vanes swings left and right for
Cooling and Soft Dry (0°-44°), Heating (8°-36°) as shown in the diagram.
•
When stopped with remote control, the discharge vane is reset, and stop at the reset position.
•
During Cooling operation or Soft Dry operation, indoor fan motor may stop to rotate at certain periods. At that
condition, the vane will stop swinging and rest at 22° angle.
•
During Heating operation, the piping air temperature reaches 38°C, the vanes swings left and right. When the
piping air temperature falls to 35°C, the vanes will stop swing and rest at 22°.
12.8.2 Manual
Control
•
When the horizontal airflow direction is set to Manual using the remote control, the automatic airflow is released
and the airflow direction vane move left and right in the range shown in the diagram.
•
The louver can be adjusted by pressing the button to the desired vane position.
•
When stopped with remote control, the vanes is reset and stopped at reset position.
Closing
position
/ 148°
Lower limit for heating mode
Horizontal
17°
24°
43°
34°
52°
Upper limit for
heating mode
Upper limit / 0°
Closing
position
/ 133°
Lower limit for heating mode
Horizontal
17°
24°
43°
34°
52°
Upper limit for
heating mode
Upper limit / 0°
Summary of Contents for CS-A9KKD-2
Page 3: ...3 18 Exploded View and Replacement Parts List 125 18 1 Indoor Unit 125 18 2 Outdoor Unit 131 ...
Page 16: ...16 4 Location of Controls and Components 4 1 Indoor Unit 4 2 Outdoor Unit 4 3 Remote Control ...
Page 17: ...17 5 Dimensions 5 1 Indoor Unit 5 1 1 CS A9KKD 2 CS A12KKD 2 ...
Page 18: ...18 5 1 2 CS A18KKD 2 CS A24KKD 2 CS A28KKD 2 ...
Page 19: ...19 5 2 Outdoor Unit 5 2 1 CU A9KKD 2 5 2 2 CU A12KKD 2 ...
Page 20: ...20 5 2 3 CU A18KKD 2 CU A24KKD 2 CU A28KKD 2 ...
Page 21: ...21 6 Refrigeration Cycle Diagram 6 1 CS A9KKD 2 CU A9KKD 2 CS A12KKD 2 CU A12KKD 2 ...
Page 22: ...22 6 2 CS A18KKD 2 CU A18KKD 2 CS A24KKD 2 CU A24KKD 2 CS A28KKD 2 CU A28KKD 2 ...
Page 23: ...23 7 Block Diagram 7 1 CS A9KKD 2 CU A9KKD 2 ...
Page 24: ...24 7 2 CS A12KKD 2 CU A12KKD 2 ...
Page 25: ...25 7 3 CS A18KKD 2 CU A18KKD 2 CS A24KKD 2 CU A24KKD 2 ...
Page 26: ...26 7 4 CS A28KKD 2 CU A28KKD 2 ...
Page 31: ...31 9 Electronic Circuit Diagram 9 1 CS A9KKD 2 CU A9KKD 2 ...
Page 32: ...32 9 2 CS A12KKD 2 CU A12KKD 2 ...
Page 33: ...33 9 3 CS A18KKD 2 CU A18KKD 2 CS A24KKD 2 CU A24KKD 2 ...
Page 34: ...34 9 4 CS A28KKD 2 CU A28KKD 2 ...
Page 36: ...36 10 1 1 2 CS A28KKD 2 ...
Page 39: ...39 10 1 7 Eco Patrol Printed Circuit Board ...
Page 86: ...86 Normal Deice Time Diagram Overload Deice Time Diagram ...
Page 91: ...91 a Normal Deice Time Diagram b Overload Deice Time Diagram ...
Page 97: ...97 Figure 3 Figure 4 Figure 5 16 1 1 3 To remove discharge grille Figure 6 ...
Page 99: ...99 Figure 10 Figure 11 ...
Page 101: ...101 16 2 1 3 To remove power electronic controller Figure 14 Figure 15 Figure 16 Figure 17 ...
Page 103: ...103 Figure 21 Figure 22 Figure 23 ...
Page 104: ...104 17 Technical Data 17 1 Thermostat Characteristics ...