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513203001...E-FFU160HAX (L MBP)-datasheet

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MODEL
FFU160HAX
APPROVALS
ENGINEERING CODE
COOLING CAPACITY
513203001
259 W (LBP)
APPROVED REFRIGERANT
EFFICIENCY
R-134a
1.23 W/W (LBP)
POWER SUPPLY
MOTOR TYPE
220 V 60 Hz
CSIR
STANDARD CONDITIONS
STARTING TORQUE
EN12900
LST/HST
APPLICATION
L/MBP
DATA
General Data
Type
Hermetic reciprocating
Technology Type
On-Off
Displacement
12.92 cm³
Compressor Cooling
Fan/NotControled/220
Expansion Device
Capillary Tube / Expansion Valve
Horse Power
1/2 hp
Power Supply
220 V 60 Hz
Evaporating Temperature Range
-35 °C to 0 °C
Electrical Data
Motor type
CSIR
Starting Torque
LST/HST
Start Winding Resistance
11.8
Run Winding Resistance
4.9
Locked Rotor Amperage (LRA)
26.7 A
Rated Load Amperage (RLA) at 60 Hz
3A
at 25° C
at 25° C
Mechanical Data
Oil Charge
280 ml
Oil Type Configuration
ESTER
Oil Type Viscosity
ISO22
Weight
10.85 Kg
Electrical Components
Description
Starting Device
Relay | 213516584*
Start Capacitor
88-108 Uf / 330 V
Motor Protection
MSP30AMK-5590
External Characteristics
Tray Holder
No
Connector
Internal Diameter
Shape
Suction
6.5 mm
Straight/Copper
Discharge
6.5 mm
Straight/Copper
Process
8.2 mm
Straight/Copper
PERFORMANCE
Rated Points
Condensing
Evaporating
Cooling
Power
Gas Flow
Temperature
Temperature
Capacity
Consumption
Rate
40.00°C
-35.00°C
259 W
211 W
5.60 kg/h
Efficiency
1.23 W/W
Test Condition: EN12900LBP, Fan/NotControled/220, Return Gas 20°C, Evaporation -35.00°C, Condensing 40.00°C, Ambient 35°C , Liquid 40°C, Subcooling 0K. Data are an indication of performance
based simulation.
Performance Curve Data
Condensing Temperature 35°C
Evaporating
Cooling
Temperature °C
Capacity W
Gas Flow
Efficiency
Rate kg/h
W/W
-35
260
217
5.45
1.2
-30
331
248
6.96
1.33
-25
426
281
8.97
1.52
-20
549
316
11.58
1.74
-15
704
356
14.87
1.97
-10
893
402
18.96
2.22
-5
1120
456
23.93
2.46
0
1389
518
29.89
2.68
Power W
Test Condition: EN12900LBP, Fan/NotControled/220, Return Gas 20°C, Ambient 35°C , Subcooling 0K. Data are an indication of performance based simulation.
Condensing Temperature 45°C
Evaporating
Cooling
Temperature °C
Capacity W
Gas Flow
Efficiency
Rate kg/h
W/W
-35
233
212
5.31
1.1
-30
307
252
7.06
1.22
-25
399
292
9.21
1.36
-20
512
335
11.85
1.53
-15
649
381
15.08
1.71
-10
815
431
19.01
1.89
-5
1011
489
23.72
2.07
0
1242
554
29.32
2.24
Power W
Test Condition: EN12900LBP, Fan/NotControled/220, Return Gas 20°C, Ambient 35°C , Subcooling 0K. Data are an indication of performance based simulation.
Condensing Temperature 55°C
Evaporating
Cooling
Temperature °C
Capacity W
Gas Flow
Efficiency
Rate kg/h
W/W
-35
169
213
4.32
0.79
-30
251
259
6.39
0.97
-25
343
304
8.76
1.13
-20
450
350
11.53
1.28
-15
574
399
14.79
1.44
-10
719
451
18.65
1.59
-5
888
509
23.19
1.74
0
1085
575
28.52
1.89
Power W
Test Condition: EN12900LBP, Fan/NotControled/220, Return Gas 20°C, Ambient 35°C , Subcooling 0K. Data are an indication of performance based simulation.
Operating Envelope
External Dimensions
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