O-UC12-FEB23-3
Page 2
Specification
General
Model
LFSLHS0200AXV1
LFSLHS0300AXV1
Nominal Capacity
kW
2.0
3.0
Sound Pressure Level dB(A)
60
60
General
Power supply
(V/Ph/Hz)
220-240/1/50
220-240/1/50
Size L/W/H (mm/mm/mm)
1381 x 510 x 238
1981 x 510 x 238
Weight (kg)
27.0
35.0
Room Temperature (
o
C)
-13 to -28
-13 to -28
Refrigerant
R404A/R410A/R507A/
R448A/R449A
R404A/R410A/R507A/
R448A/R449A
Max operating pressure (Bar)
25
25
Fan
Fan Size (mm x Qty)
300 x 2
300 x 3
Air Flow (m
3
/h)
1350
2025
Fan Speed (rpm)
1250
1250
Running current (A)
0.54
0.81
Power Consumptions (W)
70
105
Air Throw
Distance (m)
7
7
Heater
Power Consumptions (W)
1300
2000
Qty
1
1
Finishing
Casing
Galvanized & Powder Coated
Galvanized & Powder Coated
Color
White
White
Connection Pipe Size
(OD)
Outlet (mm)
15.88
19.05
Inlet (mm)
12.7
12.7
*
Nominal capacities are rated in accordance with EN 328, SC3 (wet coil condition) for R404A with TD = 7K.
* Sound Pressure Level is measured at 1m away from every side of the unit and 1m below fan center line, inside the anechoic
sound room.
* Air throw distance is declared based on a final air velocity of 0.4m/s.
Capacity, R404A
Refrigerant
Nominal Cooling Capacity, Qw for R404A (kW), TD =7K
Te
Model
-35
-30
-25
-20
LFSLHS0200AXV1
1.57
1.74
2.0
2.4
LFSLHS0300AXV1
2.34
2.67
3.0
3.33
TD = Air inlet temperature - Evaporating temperature at the outlet (Te)
Above table nominal capacities refer to wet coil cooling capacity, Qw
According to EN 328 standard condition refer dry coil condition denoted with Qstd
Standard
Condition
Air Inlet Temperature, t
A1
(
0
C)
Evaporating Temperature
(dew point), Te (
0
C)
Relative Humidity Air
Inlet, %
Wet Coil
Factor
SC2
0
-8
85
1.15
SC3
-18
-25
95
1.05
Example: Model:
LFSLHS0200AXV1
and Te -25
0
C
Dry coil capacity, Qstd = Qw/wet coil factor = 2.0/1.05 = 1.90kW
