Modèle de données du compresseur de compresseur : l’AYA25X
Application : LBP : fluide réfrigérant R-134a Type de conception : Con-Rod alternatif de fluide réfrigérant : Contrôle le tube capillaire : statique de refroidissement du compresseur de refroidissement : d’alimentation 115V 60 Hz Type de moteur :
capacité de performance nominale du compresseur RSIR : 66W COP : 1,2 W/W Le
test de condition() – L’ASHRAE. L’évaporation Temp : -23.3C ( -10 – F). La condensation Temp : 54,4 C () – 130F. Température ambiante : 32.2C ( 90F) -. Le gaz surchauffés à : 32.2C ( 90F) -. 32.2subcooled liquide : C ( 90F) Source : d’alimentation 220V~50Hz
partie Standard liste COMBO ASSY(SMC)
Accessoire de fixation du couvercle de terminal (oeillet, Washer-Plain Nut-Hex Bolt-Hex,,, la rondelle ressort, manchon)
Réfrigérateur compresseur, Huaguang compresseur, un réfrigérateur compresseur, le compresseur de réfrigération, compresseur, compresseur à piston alternatif, Huaguang réfrigérateur compresseur
test Conditions Evap. Temp.: -23.3º C Cond. Temp.: 54.4º C Amb. Temp.: 32.2º C Suction. Temp.: 32.2º C Subcooling Temp.: 32.2º C LBP ASHRAE Model: QD142 Power Supply: 220-240V/50Hz Displacement (cm³ ): 14.2 Cooling Capacity (W): 333 Rated Power (W): 280 Nominal power (HP): 1/3+ COP (W/W): 1.19 Rated Current (A): 2.1 Motor Type: CSIR Capacitor (μ F): 80(start) Starting Relay: QD142 Cooling Type: F Packing (PCS/pallet): 80 1× 20’FCL(PCS): 1600 Characteristics 1. Strong load capacity 2. High efficiency & reliability 3. Reliable starting performance 4. Low sound Application LBP, cabinet, freezer, display cabinet and other medium and large sized refrigeration machines.
R600a technical parameter
Model
Power Supply
Displacement
Cooling capacity
Rated Power
COP
Rated Current
Motor Type
Cooling Type
V/Hz
cm3
w
w
w/w
A
QD128Y
220-240V/50Hz
12.8
210
150
1.4
1.0
RSIR
F1
QD142Y
220-240V/50Hz
14.2
232
166
1.4
1.1
RSIR
F1
QD153Y
220-240V/50Hz
15.3
250
172
1.45
1.2
RSIR
F1
R134a technical parameter
Model
Power Supply
Displacement
Cooling capacity
Rated Power
COP
Rated Current
Motor Type
Cooling Type
V/Hz
cm3
w
w
w/w
A
QD110H
220-240V/50Hz
11.0
258
240
1.07
2.0
RSIR
F1
QD128H
220-240V/50Hz
12.8
280
265
1.05
2.35
RSIR
F1
QD142H
220-240V/50Hz
14.2
305
285
1.07
2.6
CSIR
F1
R406a technical parameter
Model
Power Supply
Displacement
Cooling capacity
Rated Power
COP
Rated Current
Motor Type
Cooling Type
V/Hz
cm3
w
w
w/w
A
QD110
220-240V/50Hz
11.0
271
232
1.17
1.6
RSIR
F
QD128
220-240V/50Hz
12.8
306
260
1.18
2.0
RSIR
F
QD142
220-240V/50Hz
14.2
333
280
1.19
2.1
CSIR
F
QD series Compressor For Refrigerator R134a
QD series LBP refrigerator compressor
The refrigeration is R134a, suitable for water dispenser or water cooler,small refrigerator and other small refrigeration appliances.The structure form is crank connection-rod reciprocating piston type,and employing indirect & semi-direct inlet.
The QD series compressor belongs to the hermetical piston rod type of electromotor driver. It adopts PTC starter or starting relay, and matches overload protection inside. Widely used for refrigerating show box and fin, for family and business refrigerator,freezing refrigeration,dehumidifier etc.
Compressor, NL7.3FT, SECOP, 105G6726, DANFOSS, 6726, 105G, 105 G 6726, 105G 6726, 1/5 HP, 180W, LBP, Zanussi, Kiriazi Electric Company, TGV 335L, NO FROST, TSV 320L, FC 83L , R134A, 125G, 220-240V 50Hz, CSIR
written by Lilianne | 13 April 2023
R134a is a low pressure refrigerant, very efficient for high temperature applications.
This makes it ideal in air conditioning applications that may leak refrigerant like car air conditioning.
Now it is being phased out because of its high global warming potential and replaced by R134
R404a is a high pressure refrigerant ideal for applications in low and medium temperature.
You want low pressure refrigerants in household applications like refrigerators that may be inside kitchens with (possible) high ambient temperature, so you make sure nothing will blow up. For the same reason you want R134a in your car air conditioning.
R404a instead has pressures slightly above atmospheric in low temperature applications where R134a would have negative pressures and its heat transmission coefficients would be much lower.