Daikin VRV FXDQ-PDVE, Engineering Data

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FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749
8
With a drain pump
Model FXDQ63NDVE
Power supply 1 phase, 220-240/220 V, 50/60 Hz

1

3 Cooling capacity
kcal/h 6,100
Btu/h 24,200
kW 7.1

2

3 Heating capacity
kcal/h 6,900
Btu/h 27,300
kW 8.0
Power input
Cooling
50 Hz kW 0.181
60 Hz kW 0.192
Heating
50 Hz kW 0.168
60 Hz kW 0.179
Casing / Colour Galvanized steel plate
Dimensions: (H×W×D) mm 200×1,100×620
Fan
Model —
Type Sirocco fan
Motor output ×
Number of units
W 130×1
Airflow rate
(HH/H/L)
m³/min 16.5/14.5/13.0
l/s 275/241/216
cfm 583/512/459

4 External static pressure Pa 44-15
Drive Direct drive
Temperature control Microprocessor thermostat for cooling and heating
Sound absorbing thermal insulation material Foamed polyethylene
Air filter Removal / Washable / Mildew proof
Piping
connections
Liquid pipes mm
φ 9.5 (Flare connection)
Gas pipes mm
φ
15.9 (Flare connection)
Drain pipe mm VP20 (External dia. 26, Internal dia. 20)
Mass kg 31

5 Sound pressure level (HH/H/L) dB(A) 33/31/29
Sound power level (HH/H/L) dB(A) 61/59/57
Safety devices Fuse, Thermal protector for fan motor
Refrigerant control Electronic expansion valve
Standard accessories
Operation manual, Installation manual, Drain hose, Sealing pads, Clamps, Washers, Insulation
for fitting, Clamp metal, Washer fixing plate, Screws for duct flanges, Air filter
Drawing No.
Specifications C: 3D109082B
Sound level C: 4D112295
Notes:

1. Indoor temp.: 27°CDB, 19°CWB / outdoor temp.: 35°CDB / Equivalent piping length: 7.5 m, level difference: 0 m.

2. Indoor temp.: 20°CDB / 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. External static pressure is changeable to set by the remote controller. This pressure means “High static
pressure - Standard static pressure”. (Factory setting is 10 Pa for FXDQ-PD models and 15 Pa for FXDQ-ND
models.)

5. The operation sound levels are the conversion values in anechoic chamber.
In practice, the sound tend to be larger than the specified values due to ambient noise or reflections.
When the place of suction is changed to the bottom suction, the sound level will increase by approx, 5dBA.
Conversion formulae
kcal/h=kW×860
Btu/h=kW×3412
cfm=m³/min×35.3
l/s=m³/min×1000/60