3. HEATING OPERATION
01-03
F
Table 2
ig 2. Outdoor temperature zone
A zone
12°C
B zone
14°C
C zone
Indoor fan mode
Me Lo Quiet
87 rps 58 rps 46 rps 39 rps
58 rps 46 rps 32 rps
58 rps 46 rps 26 rps
AOYG09KMCBN
-10°C
-12°C
Outdoor
temperature rises
Outdoor
temperature drops
Limit of maximum speed based on outdoor temperature
Outdoor
temp. zone
H
87 rps
87 rps87 rps
87 rps87 rps
Auto i
A zone
B zone
C zone
Indoor fan mode
Me Lo Quiet
AOYG14KMCBN
Outdoor
temp. zone
HAuto i
A zone
B zone
C zone
Indoor fan mode
Me Lo Quiet
AOYG12KMCBN
Outdoor
temp. zone
HAuto i
A zone
B zone
C zone
102 rps 102 rps 63 rps 54 rps
102 rps 102 rps 63 rps 54 rps
102 rps 102 rps 63 rps 54 rps
68 rps 54 rps 46 rps
68 rps 54 rps 36 rps
58 rps 46 rps 32 rps
87 rps87 rps
87 rps87 rps
87 rps87 rps
102 rps
102 rps
102 rps
A sensor (room temperature thermistor) built in the indoor unit body will usually perceive
difference or variation between set temperature and present room temperature, and
controls the operation frequency of the compressor.
Minimum
frequency
Maximum
frequency
AOYG09KMCBN
AOYG12KMCBN
AOYG14KMCBN
10 rps 87 rps
10 rps
87 rps
When the room temperature is between +2.5°C to -3°C of the set temperature,
the compressor frequency is controlled within the range shown in Table 2.
However, the maximum frequency is limited in the range shown in Fig.2 based on
the indoor fan mode and the outdoor temperature.
If the room temperature is some degrees higher than set temperature,
the compressor will be stopped.
If the room temperature is 3°C lower than set temperature,
the compressor operation frequency will attain to maximum performance.
10 rps
102 rps