×

FDF140VNAPVD1

13.6 ( 5.0 ~ 14.5 ) Floor Standing Multi Split PAC

FDF140VNAPVD1

Floor Standing : 13.6 ( 5.0 ~ 14.5 )

Indoor Unit - FDF71VD1 x 2 / Outdoor Unit - FDC140VNA
Nominal cooling capacity of 14.0kW

R410A
  • FDF71VD1 x 2
  • FDF71VD1 x 2

    Indoor Unit : FDF71VD1 x 2

    FDC140VNA

    Outdoor Unit : FDC140VNA

  • FDC140VNA
Indoor unitFDF71VD1 x 2
Outdoor unitFDC140VNA
Power source1 Phase 220-240V, 50Hz / 220V, 60Hz
Nominal cooling capacity (Min-Max)kW13.6 ( 5.0 ~ 14.5 )
Nominal heating capacity (Min-Max)kW15.5 ( 4.0 ~ 16.5 )
Power ConsumptionCooling/HeatingkW5.15 / 4.35
EER/COPCooling/HeatingkW2.64 / 3.56
Inrush currentA5
Max. currentA24
Sound power level*1Indoor*3Cooling/HeatingdB(A)61 / 61
OutdoorCooling/Heating73 / 73
Sound pressure
level*1
Indoor*3Cooling (P-Hi/Hi/Me/Lo)42 / 39 / 35 / 33
Heating (P-Hi/Hi/Me/Lo)42 / 39 / 35 / 33
OutdoorCooling/Heating57 / 59
Air flowIndoor*3Cooling (P-Hi/Hi/Me/Lo)m3/min18 / 16 / 14 / 12
Heating (P-Hi/Hi/Me/Lo)18 / 16 / 14 / 12
OutdoorCooling/Heating75 / 73
Exterior
dimensions
IndoorHeightxWidthxDepthmm1,850 x 600 x 320
Outdoormm845 x 970 x 370
Net weightIndoor/Outdoorkg49 / 80
Refrigerant Type GWPR410A/2088
Ref.piping sizeLiquid/Gasømm9.52(3/8") / 15.88(5/8")
Refrigerant line (one way) lengthmMax.50
Vertical height differencesOutdoor is higher/lowermMax.50 / Max.15
Outdoor operating temperature rangeCooling*2°C-15~50
Heating°C-20~20
Air filter, Q'tyPlastic net x 1(washable)
Remote control (option)wired:RC-E5 (installed) wireless:RCN-KIT4-E2
The data is measured under the following conditions (ISO-T1, -H1).
Cooling: Indoor temp. of 27°CDB, 19°CWB, and outdoor temp. of 35°CDB. Heating: Indoor temp. of 20°CDB, and outdoor temp. of 7°CDB, 6°CWB.
  1. : Indicates the value in an anechoic chamber. During operation these values are somewhat higher due to ambient conditions
  2. : If a cooling operation is conducted when the outdoor air temperature is —5°C or lower, the outdoor unit should be installed at a place where it is not influenced by natural wind, if wind blows, the low pressure will drop and compressor frequency will increase, this will cause the capacity to drop and may cause the unit to break down