Compresor EMB NT2180GK R-404A 1CV B/F

COMPRESSOR TECHNICAL DATA
NT2180GK
ENGINEERING CODE REFRIGERANT
922HA04 R-404A
POWER SUPPLY APPLICATION
220-240 V 50 Hz LBP
MOTOR TYPE STANDARD
CSCR EN12900
COOLING CAPACITY EFFICIENCY
523 W 1.05 W/W
DATA
GENERAL DATA
NT2180GK
Model
Hermetic Reciprocating
Type
ON/OFF
Technology
LBP
Compressor Application
Capillary Tube or Expansion Valve
Expansion Device
Fan/220
Compressor Cooling
1
HP
HST
Starting Torque
SLOVAKIA
Plant
ELECTRICAL DATA
9.24 Ω at 25°C
Start Winding Resistance
2.35 Ω at 25°C
Run Winding Resistance
MECHANICAL DATA
Displacement 20.44 cm³
Oil Charge 450 ml
Oil Type ESTER
Oil Viscosity ISO22
Weight 18 Kg
ELECTRICAL COMPONENTS
Start Capacitor 88-108 μf/330 V
Run Capacitor 15.0 μf/440 V
CSR CSIR BOX Yes
Starting Device Description RVA2L3C-112
Overload Protection T0743/G9
EXTERNAL CHARACTERISTICS
UNI
Base Plate
NO
Tray Holder
Connector Internal Diameter Shape Material
9.6 mm VERTICAL COPPER
Suction
6.42 mm VERTICAL COPPER
Discharge
6.42 mm VERTICAL COPPER
Process
PERFORMANCE
TESTED CONDITIONS
R-404A
Tested Refrigerant
LBP
Tested Application
EN12900
Tested Standard
Fan
Tested Cooling
220 V
Tested Voltage
50 Hz
Tested Frequency
800 g
Max Refrigerant Charge
Dew
Refrigerant Temperature
RATED POINTS
Condensing Evaporating Power
Cooling Efficiency Gas Flow
Temperature Temperature Consumption Current A
Capacity W W/W Rate kg/h
°C °C W
40 -35 523 1.05 496 2.66 14.17
Test Condition: Subcooling 0 K, Return Gas 20 ºC. Data generated in accordance to EN 12900:2013 polynomial equation and tolerance guidelines.
PERFORMANCE CURVE Condensing Temperature 35ºC
Evaporating Power
Cooling Efficiency Gas Flow
Temperature Consumption Current A
Capacity W W/W Rate kg/h
°C W
-40 428 1.02 419 2.45 10.88
-35 576 1.19 483 2.67 14.71
-30 762 1.38 551 2.91 19.53
-25 987 1.60 618 3.18 25.41
-20 1252 1.83 683 3.48 32.44
-15 1558 2.10 743 3.79 40.70
-10 1907 2.40 795 4.11 50.27
Test Condition: Subcooling 0 K, Return Gas 20 ºC. Data generated in accordance to EN 12900:2013 polynomial equation and tolerance guidelines.
PERFORMANCE CURVE Condensing Temperature 45ºC
Evaporating Power
Cooling Efficiency Gas Flow
Temperature Consumption Current A
Capacity W W/W Rate kg/h
°C W
-40 334 0.78 429 2.42 9.62
-35 464 0.92 503 2.70 13.44
-30 624 1.07 583 3.01 18.17
-25 816 1.23 665 3.34 23.87
-20 1039 1.39 747 3.68 30.64
-15 1297 1.57 826 4.03 38.55
-10 1588 1.77 899 4.39 47.69
Test Condition: Subcooling 0 K, Return Gas 20 ºC. Data generated in accordance to EN 12900:2013 polynomial equation and tolerance guidelines.
PERFORMANCE CURVE Condensing Temperature 55ºC
Evaporating Power
Cooling Efficiency Gas Flow
Temperature Consumption Current A
Capacity W W/W Rate kg/h
°C W
-30 470 0.80 587 3.12 16.02
-25 628 0.92 684 3.52 21.58
-20 811 1.04 783 3.92 28.13
-15 1020 1.16 881 4.32 35.73
-10 1255 1.29 976 4.73 44.48
Test Condition: Subcooling 0 K, Return Gas 20 ºC. Data generated in accordance to EN 12900:2013 polynomial equation and tolerance guidelines.
ENVELOPE
EXTERNAL DIMENSIONS
Fri, Jun 27, 25, 04:27:46 +0000 GMT
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