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6 Capacity Table
6.1 Capacity table of Inverter Binary Eco type
Indoor units can be combined by
7000Btu/h+9000 Btu/h;
7000Btu/h+12000 Btu/h
9000Btu/h+9000 Btu/h
9000Btu/h+12000 Btu/h
12000Btu/h+12000 Btu/h
Cooling
Indoor unit a (W) Indoor unit b (W)
7000Btu/h 2800
9000Btu/h 3000
12000Btu/h 3400
7000Btu/h+7000 Btu/h 2300 2300
7000Btu/h+9000 Btu/h 2500 2500
7000Btu/h+12000 Btu/h 2200 2800
9000Btu/h+9000 Btu/h 2500 2500
9000Btu/h+12000 Btu/h 2400 3200
12000Btu/h+12000 Btu/h 3200 3200
Heating
Indoor unit a (W) Indoor unit b (W)
7000Btu/h 3400
9000Btu/h 3600
12000Btu/h 4000
7000Btu/h+7000 Btu/h 2800 2800
7000Btu/h+9000 Btu/h 3000 3000
7000Btu/h+12000 Btu/h 2600 3400
9000Btu/h+9000 Btu/h 3000 3000
9000Btu/h+12000 Btu/h 3000 3900
12000Btu/h+12000 Btu/h 3900 3900
6.2 Capacity table of Inverter Trinary Eco type
Indoor units can be combined by
7000Btu/h*2+9000 Btu/h;
7000Btu/h*2+12000 Btu/h
7000Btu/h*3
9000Btu/h*2+7000 Btu/h
9000Btu/h*2+12000 Btu/h
9000Btu/h*3
12000Btu/h*2+7000 Btu/h
12000Btu/h*2+9000 Btu/h
7000Btu/h+9000Btu/h+12000 Btu/h