Daikin FTX25JVEA9 Service Manual page 25

Specifications
Model
Cooling Capacity (19.0°CWB)
Power Consumption
Running Current
Casing Color
Type
Compressor Model
Motor Output
Model
Refrigerant
Oil
Charge
Type
Refrigerant
Charge
m³/min
Air Flow Rate
cfm
Type
Motor Output
Fan Running Current
Power Consumption
Power Factor
Starting Current
Dimensions (H×W×D)
Package Dimensions (W×D×H)
Weight
Gross Weight
Operation Sound
Liquid
Piping
Gas
Connection
Drain
Heat Insulation
No. of Wiring Connection
Max. Interunit Piping Length
Amount of Additional Charge
Max. Installation Height Difference
Drawing No.
Notes:
1.
2. The data are based on the conditions shows in the table below.
Indoor ; 27°CDB / 19.0°CWB
Outdoor ; 35°CDB
12
kW
kcal/h
W
A
W
kg
kg
H
L
H
L
W (Upper Side) H : 53 L : 38
A (Upper Side) H : 0.50 L : 0.45
W (Upper Side) H : 93.1 L : 78.8
%
A
mm
mm
kg
kg
dBA
mm
mm
mm
m
g/m R= (Total length of the liquid pipe-line of
∗
If the value of "R" is less than 0.5, additional charging of refrigerant is unnecessary.
m 15 (Between Indoor or BP Unit and Outdoor Unit), 10 (Both between Indoor Units and BP Units)
Refer to Engineering Data Book.
Cooling
Main Piping : 5m
Branch Piping : 3m (each indoor unit / 71 Class+60 Class)
Outdoor Unit
Main Piping
BP Unit
Branch Piping
50Hz 220-230-240V / 60Hz 220-230V
RMK140JAVM
14.5
12,470
4,650
20.4
Ivory White
Hermetically Sealed Scroll Type (Oval Discharge)
JT100FBVD
3,300
SUNISO 4GSD.I.
1.5
R22
4.5
114
104
4,024
3,671
Propeller
100
29.0
1,345×880×320
918×394×1,397
111
120
50
φ
9.5 (Flare Connection)
φ
19.1 (Flare Connection)
φ
18
Both Liquid and Gas Pipes
3 For Power Supply, 4 For Interunit Wiring
110 (Total Main Piping and Branch PIping)
30 (Total Main Piping), 60 (Total Branch Piping)
20 (Max. Length for Each Room)
Additional refrigerant to be charge : R (kg)
φ
9.5) ×0.05 + (Total length of the liquid pipe-line of
3D033202
Piping Length
Indoor Unit
(Q0143)
Si18-201
(Lower Side) H : 41 L : 30
(Lower Side) H : 0.47 L : 0.42
(Lower Side) H : 81.3 L : 68.8
φ
6.4) × 0.025
Conversion Formulae
kcal/h=kW×860
Btu/h=kW×3414
cfm=m³/min×35.3
Specifications