– 26 –
FILE NO. SVM-02001
7-3. Hi POWER Mode
([Hi POWER] button on the remote
control is pressed.)
When [Hi POWER] button is pressed while the indoor
unit is in Auto, Cooling or Heating operation, Hi
POWER mark is indicated on the display of the remote
control and the unit operates as follows.
(1) Automatic operation
•
The indoor unit operates in according to the
current operation.
(2) Cooling operation
•
The preset temperature drops 3°C.
(The value of the preset temperature on the
remote control does not change.)
•
If the difference between the preset temperature
and the room temperature is big, the horizontal
louver moves to the Hi POWER position auto-
matically. Then when the difference between
them gets smaller, the horizontal louver returns
automatically.
•
FAN speed : [AUTO]
If the difference between the preset temperature
and room temperature is big, the air conditioner
operates at maximum airflow level. If the differ-
ence between the preset temperature and the
room temperature is small, the air conditioner
operates at normal airflow level.
•
FAN speed : One of 5 levels
The air conditioner operates at normal airflow
level.
(3) Heating operation *Heating and Cooling Model
only
•
The preset temperature increases 2°C,
(The value of the preset temperature on the
remote control does not change.)
•
The indoor unit operates in normal heating
mode except the preset temperature is higher
(+2°C).
(4) The Hi POWER mode can not be set in Dry or Fan
only operation.
Fig. 7-4-1
60
53
52
Compressor Outdoor fan
OFF
OFF
ON
ON
OFF
ON
Heat exchanger
temp.
7
5
Compressor
Heat exchanger
temperature
Outdoor fan
ON
Less than continues
for 5 minutes
OFF
6
2
Compressor Outdoor fan
ON
Less than continues
for 5 minutes
OFF
Heat exchanger
temperature
7-4. High-Temperature Limit Control
The microcontroller detects the indoor heat exchanger
temperature to prevent pressure of a refrigerating cycle
from increasing excessively.
The compressor and outdoor fan motor are controlled
as shown in Fig. 7-4-1.
7-5. Low-Temperature Limit Control
The microcontroller detects the indoor heat exchanger
temperature to prevent the indoor heat exchanger from
freezing.
The compressor and outdoor fan motor are controlled
as shown in Fig. 7-5-1 and 7-5-2.
RAS-10UKHP-E
;RAS-07UKHP-E
RAS-10UKP-E
;RAS-07UKP-E
RAS-10UKPX
;RAS-07UKPX
Fig. 7-5-1
RAS-13UKHP-E
RAS-13UKP-E
RAS-13UKPX
Fig. 7-5-2
