-
313
-
Total power factor (%)
4.78 × 1000
(Cooling)
21.1 × 220
×
100
.
=. 99 %
4.58 × 1000
(Heating)
20.2× 220
×
100
.
=. 99 %
2) 3 Phase models
a) Total power consumption
Total power consumption (kW) = Power consumption of outdoor unit +
∑
(Power consumption of indoor unit)
b) Total running current
Total running current (A) = Running current of outdoor unit + [
∑
(Running current of indoor unit) × 1/3]
c) Total power factor
Total power factor (%) = [Total power consumption (W) / 3 × Total running current (A) × Power source] × 100
Total operation characteristics = Operation characteristic value of outdoor unit + Operation characteristic value of indoor unit
[Example]
(Conditions)
Operation Voltage ········ Indoor unit: 220 V, 50 Hz
Outdoor unit: 380 V, 50 Hz
Operation mode ··········· Cooling and Heating
Unit······························· Outdoor unit: FDCVA802HESAR × 1 unit
Indoor unit: FDTA301R × 1 unit, FDTA501R × 1 unit
Item
Model
FDCVA802HESAR
FDTA301R
FDTA501R
Operation characteristics of each unit
(Cooling/Heating)
Power consumption (kW)
Running current (A)
0.072/0.068
0.37/0.36
0.150/0.146
0.48/0.47
6.34/6.20
9.1/9.0
Total power consumption (kW)
(Cooling) 6.34 + 0.072 + 0.150 = 6.56 (kW)
(Heating) 6.20 + 0.068 + 0.146 = 6.41 (kW)
Total running current (A)
(Cooling)
9.1
+
[
(0.37 + 0.48) ×
3
1
)
]
.
=. 9.6 (A)
(Heating) 9.0 +
[
(0.36 + 0.47) ×
3
1
)
]
.
=. 9.5 (A)
Total power factor (%)
7.0
6.34
× 1000
(Cooling)
3 ×
9.1 × 380
×
100
.
=. 99 %
6.9
6.20
× 1000
(Heating)
3 ×
9.0 × 380
×
100
.
=. 99 %
