Daikin FXFSQ-AVM, Engineering Data

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FXFSQ-AVM EDFMT391769A
7
Model FXFSQ140AVM
Power supply 1 phase, 220-240/220-230 V, 50/60 Hz

1

3 Cooling capacity
kcal/h 13,800
Btu/h 54,600
kW 16.0

2

3 Heating capacity
kcal/h 13,800
Btu/h 54,600
kW 16.0
Power input
Cooling
50 Hz kW 0.194
60 Hz kW 0.194
Heating
50 Hz kW 0.183
60 Hz kW 0.183
Casing / Colour Galvanised steel plate
Dimensions: (H×W×D) mm 298×840×840
Fan
Model QTS48G15M
Type Turbo fan
Motor output ×
Number of units
W 106×1
Airflow rate
(H/HM/M/ML/L)
m
3
/min 35.5/32.5/29.5/26.5/23
l/s 592/542/492/442/383
cfm 1,253/1,147/1,041/935/812
Drive Direct drive
Temperature control Microprocessor thermostat for cooling and heating
Sound absorbing thermal insulation material Polyurethane form
Piping
connections
Liquid pipes mm φ 9.5
Gas pipes mm φ 15.9
Drain pipe mm
φ
26 (hole)
Mass kg 26

4 Sound pressure level (H/HM/M/ML/L) dB(A) 46.0/43.5/40.5/38.0/35.0
Safety devices Fuse
Refrigerant control Electronic expansion valve
Decoration
panel
(option)
Model BYCQ125EAF
Colour Fresh white
Dimensions: (H×W×D) mm 50×950×950
Air filter Resin net (with mould resistance)
Mass kg 5.5
Standard accessories
Operation manual, Installation manual, Pattern for installation, Drain hose, Clamp metal, Washer
fixing plate, Sealing pads, Clamps, Screws, Washer for hanging bracket, Insulation for fitting,
Installation guide
Drawing No.
Specification C: 3D112945B
Sound level C: 4D509731A
Notes:

1. Indoor temp.: 27°CDB, 19°CWB / outdoor temp.: 35°CDB, 24°CWB / equivalent piping length: 7.5 m,
level difference: 0 m.

2. Indoor temp.: 20°CDB, 15°CWB / outdoor temp.: 7°CDB, 6°CWB / equivalent piping length: 7.5 m,
level difference: 0 m.

3. Capacities are net, including a deduction for cooling (an addition for heating) for indoor fan motor heat.

4. Anechoic chamber conversion value, measured at a point 1.5 m downward from the unit centre. During actual
operation, these values are normally somewhat higher as a result of ambient conditions.
Conversion formulae
kcal/h=kW×860
Btu/h=kW×3412
cfm=m
3
/min×35.3
l/s=m
3
/min×1000/60