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(For 8.5.3. to 8.5.7. information applies only to Cooling and Soft Dry Operation)
8.5.3. 7 Minutes Time Save Control
•
The compressor will start automatically if it has stopped for 7 minutes and the intake air temperature falls between the
compressor ON temperature (A) and compressor OFF temperature (B) during the period.
•
This phenomenon is to reduce the built up humidity inside a room.
8.5.4. 60 Seconds Forced Operation
•
Once the air conditioner is turned on, the compressor will not stop within 60 seconds in a normal operation although the intake
air temperature has reached the thermo-off temperature. However, force stop by pressing the OFF/ON operation button at the
remote control is permitted.
•
The reason for the compressor to force operate at minimum 60 seconds is to allow the refrigerant oil run in a full cycle and
return back to the outdoor unit.
8.5.5. Starting Current Control
•
When the compressor, outdoor fan motor and indoor fan motor are simultaneously started, the indoor fan motor will start to
operate at 1.6 second later.
•
The reason of the difference is to reduce the starting current flow.
8.5.6. Anti-Freezing Control
•
If the temperature of the indoor heat exchanger falls below 2°C continuously for 4 minutes or more, the compressor turns off.
The fan speed setting remains the same.
•
This phenomenon is to protect the indoor heat exchanger from freezing and to prevent higher volume of refrigerant in liquid form
returning to the compressor.
•
Compressor will restart again when the indoor heat exchanger temperature rises to 10°C (Recovery).
•
Restart control (Time Delay Safety Control) will be applied in this Control if the recovery time is too short.
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CS-A18DKD CU-A18DKD / CS-A24DKD CU-A24DKD
Содержание CS-A18DKD
Страница 11: ...4 2 Outdoor Unit 4 2 1 CU A18DKD CU A24DKD 11 CS A18DKD CU A18DKD CS A24DKD CU A24DKD ...
Страница 12: ...5 Refrigeration Cycle Diagram 12 CS A18DKD CU A18DKD CS A24DKD CU A24DKD ...
Страница 13: ...6 Block Diagram 13 CS A18DKD CU A18DKD CS A24DKD CU A24DKD ...
Страница 14: ...7 Wiring Diagram CS A18DKD CU A18DKD CS A24DKD CU A24DKD 14 ...
Страница 25: ...Normal Deicing Time Diagram Overload Deicing Time Diagram 25 CS A18DKD CU A18DKD CS A24DKD CU A24DKD ...
Страница 35: ...9 Operating Instructions 35 CS A18DKD CU A18DKD CS A24DKD CU A24DKD ...
Страница 36: ...36 CS A18DKD CU A18DKD CS A24DKD CU A24DKD ...
Страница 37: ...37 CS A18DKD CU A18DKD CS A24DKD CU A24DKD ...
Страница 38: ...38 CS A18DKD CU A18DKD CS A24DKD CU A24DKD ...
Страница 39: ...39 CS A18DKD CU A18DKD CS A24DKD CU A24DKD ...
Страница 40: ...40 CS A18DKD CU A18DKD CS A24DKD CU A24DKD ...
Страница 45: ...3 For the embedded piping 45 CS A18DKD CU A18DKD CS A24DKD CU A24DKD ...
Страница 70: ...14 Technical Data 14 1 Thermostat characteristics 70 CS A18DKD CU A18DKD CS A24DKD CU A24DKD ...
Страница 71: ...14 2 Operation characteristics 71 CS A18DKD CU A18DKD CS A24DKD CU A24DKD ...
Страница 72: ...72 CS A18DKD CU A18DKD CS A24DKD CU A24DKD ...
Страница 81: ...81 CS A18DKD CU A18DKD CS A24DKD CU A24DKD ...
Страница 83: ...19 2 Remote Control 83 CS A18DKD CU A18DKD CS A24DKD CU A24DKD ...