Compresor EMB NE2130Z R-134a 3/8 B/F

COMPRESSOR TECHNICAL DATA
NE2130Z
ENGINEERING CODE REFRIGERANT
262DA50 R-134a
POWER SUPPLY APPLICATION
220-240 V 50 Hz LBP
MOTOR TYPE STANDARD
CSIR ASHRAE
COOLING CAPACITY EFFICIENCY
346 W 1.35 W/W
DATA
GENERAL DATA
NE2130Z
Model
Hermetic Reciprocating
Type
ON/OFF
Technology
LBP
Compressor Application
Capillary Tube or Expansion Valve
Expansion Device
Fan/220
Compressor Cooling
1/3
HP
HST
Starting Torque
SLOVAKIA
Plant
ELECTRICAL DATA
31.85 Ω at 25°C
Start Winding Resistance
6.25 Ω at 25°C
Run Winding Resistance
MECHANICAL DATA
Displacement 12.11 cm³
Oil Charge 350 ml
Oil Type ESTER
Oil Viscosity ISO22
Weight 10.9 Kg
ELECTRICAL COMPONENTS
Start Capacitor 43-53 μf/330 V
CSR CSIR BOX No
Starting Device Type RELAY
Starting Device Description MTRP-0027*
Overload Protection T0156/G5
EXTERNAL CHARACTERISTICS
SMALL
Base Plate
NO
Tray Holder
Connector Internal Diameter Shape Material
8.1 mm SLANTED 42° COPPER
Suction
6.1 mm STRAIGHT COPPER
Discharge
6.1 mm SLANTED 42° COPPER
Process
PERFORMANCE
TESTED CONDITIONS
R-134a
Tested Refrigerant
LBP
Tested Application
ASHRAE
Tested Standard
Fan
Tested Cooling
220 V
Tested Voltage
50 Hz
Tested Frequency
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
54.4 -23.3 346 1.35 256 2.07 6.72
Test Condition: Liquid 32.2 ºC, Return Gas 32.2 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
-30 269 1.32 204 2.03 5.21
-25 353 1.52 232 2.03 6.84
-20 453 1.72 264 2.05 8.81
-15 572 1.92 297 2.10 11.15
-10 710 2.15 330 2.19 13.89
-5 869 2.41 360 2.35 17.07
Test Condition: Liquid 32.2 ºC, Return Gas 32.2 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
-30 253 1.20 211 2.03 4.89
-25 334 1.39 241 2.05 6.47
-20 432 1.56 277 2.08 8.40
-15 549 1.73 317 2.14 10.71
-10 686 1.91 360 2.24 13.42
-5 845 2.10 403 2.41 16.59
Test Condition: Liquid 32.2 ºC, Return Gas 32.2 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
-25 315 1.29 244 2.06 6.11
-20 410 1.46 281 2.10 7.97
-15 525 1.61 326 2.18 10.22
-10 660 1.76 375 2.29 12.90
-5 816 1.91 428 2.47 16.03
Test Condition: Liquid 32.2 ºC, Return Gas 32.2 ºC. Data generated in accordance to EN 12900:2013 polynomial equation and tolerance guidelines.
ENVELOPE
EXTERNAL DIMENSIONS
Thu, Jun 26, 25, 09:07:46 +0000 GMT
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