38
(Heating Operation condition)
• When the piping air temperature reaches 38
°
C, the louver is
changed from upper to lower limit. When the piping air
temperature falls to 35
°
C, the louver is changed from lower
to upper limit.
Heating Operation
12.7.2.
Manual Control
• When the vertical airflow direction is set to Manual using the remote control, the automatic airflow is released and the airflow
direction louver move up and down in the range shown in the diagram.
• The louver can be adjusted by pressing the button to the desired louver position.
• When stop operation using the remote control, the discharge vent is reset, and stop at the closing position.
• During Anti-dew condensation prevention, Airflow Direction Manual control angle change from 10
°
, 15
°
, 20
°
, 26
°
, 32
°
to 22
°
, 24
°
,
26
°
, 28
°
, 30
°
under Cooling and Soft Dry operation mode.
Cooling and Soft Dry Operation
Heating Operation
12.8. Horizontal Airflow Direction Control
• The horizontal airflow direction louvers can be adjusted manually by hand.
12.9. Powerful Operation
•
To achieve the setting temperature quickly.
(Cooling and Soft Dry Operation condition)
• When Powerful operation is set, the setting temperature will be automatically decreased 3
°
C internally against the present
setting temperature (Lower temperature limit: 16
°
C).
• This operation automatically will be running under SHi fan Speed (Cooling).
• Vertical Airflow Direction:-
- In “Manual” setting, the vane will automatically shift down 10
°
lower than previous setting.
- In “Auto” setting, the vane will automatically swing up and down. However the lower limit will be shifted 10
°
downward.
(Heating Operation condition)
• When Powerful operation is set, the setting temperature will be automatically increased 3
°
C against the present setting
temperature (Higher temperature: 30
°
C).
Summary of Contents for CS-A12HKD
Page 12: ...12 4 Location of Controls and Components 4 1 Indoor Unit 4 2 Outdoor Unit 4 3 Outdoor Unit ...
Page 13: ...13 5 Dimensions 5 1 Indoor Unit Remote Control 5 1 1 CS A7HKD CS A9HKD CS A12HKD ...
Page 14: ...14 5 2 Outdoor Unit 5 2 1 CU A7HKD CU A9HKD 5 2 2 CU A12HKD ...
Page 15: ...15 6 Refrigeration Cycle Diagram ...
Page 16: ...16 7 Block Diagram 7 1 CS A7HKD CU A7HKD CS A9HKD CU A9HKD ...
Page 17: ...17 7 2 CS A12HKD CU A12HKD ...
Page 20: ...20 9 Electronic Circuit Diagram ...
Page 21: ...21 10 Printed Circuit Board 10 1 Main Printed Circuit Board ...
Page 22: ...22 10 2 Power Printed Circuit Board TOP VIEW BOTTOM VIEW ...
Page 23: ...23 10 3 Indicator Printed Circuit Board 10 4 Patrol Printed Circuit Board ...
Page 51: ...51 Normal Deice Time Diagram Overload Deice Time Diagram ...
Page 57: ...57 ...
Page 58: ...58 16 2 Indoor Fan Motor and Cross Flow Fan Removal Procedures ...
Page 59: ...59 ...
Page 60: ...60 17 Technical Data 17 1 Thermostat Characteristics Cooling Soft Dry Heating ...
Page 61: ...61 17 2 Operation Characteristics 17 2 1 CS A7HKD CU A7HKD ...
Page 62: ...62 ...
Page 63: ...63 ...
Page 64: ...64 ...
Page 65: ...65 17 2 2 CS A9HKD CU A9HKD ...
Page 66: ...66 ...
Page 67: ...67 ...
Page 68: ...68 ...
Page 69: ...69 17 2 3 CS A12HKD CU A12HKD ...
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