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• Type: Reciprocating compressor
• Frequency: 50Hz
• Voltage: 220-240V
• Displacement: 5.7 cm³/rev
• Cooling Capacity: 147 kcal/h
• Input Power: 171 W
• COP: 0.229
• EER: 106
• HP: 1/5 hp

This compressor is known for its reliable performance, energy efficiency, and quiet operation. It’s a popular choice for replacement in various refrigeration appliances.

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NE2134Z Compressor Specifications

Applications: Refrigerators, small freezers, and small refrigeration units

Brand: Often manufactured by Embraco (Aspera).

Type: Hermetic

Refrigerant: R134a

Voltage: 220-240V

Frequency: 50 Hz

Displacement: 14.3 cm³

Temperature Range: -35°C to -5°C

Compressor Embraco Aspera NE2134Z, LBP – R134a, 220 – 240V/1/50Hz, 1,/2 HP, discharge 14.28 cm3, LRA 17.00 A, motor type CSIR, lubricant type POE 22, lubricant charge 350 ml, 364 W at -23.3 / 54.4 °, expansion device: capillary or valve, cooling: fan cooling, weight 11.65 kg

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KK R134a and R404a Commercial Refrigeration Compressors

SECOP Hermetic Piston Compressors

Model：SC21G

Refrigerant：R134A

Power：220-240V/50/60HZ

Back Pressure:Low/High

Power Source: AC Power

Voltage range[V]:187- 254

Evaporating temperature [°F]：-25 to -5

Transport Package: Wood Package

Product feature

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#Mbsm-pro, #Mbsmdotpro, #mbsmpro

Hermetic compressor for refrigerators model VMH1113Y (LBP).

Compressor technical specifications:

• Model:  VMH1113Y .
• Inverter model:  JXPR-AS01 .
• Power supply: 220-240V/50Hz .
• Refrigerant: R600a .
• Applications: LBP .
• Engine: PMSM .
• Weight: 4.8Kg .
• Capacity: 8.9cc .
• Condensation temperature: 60ºC .
• Evaporation temperature range:  -35ºC / -10ºC .
• Motor speed: 1320-4500rpm .
• Replacement refrigerator compressor 600a inverter VMH1113Y compatible with various brands and models: 1/6 hp r600 , 1/5 hp r134a

Original codes:

• Indesit: C00674341 and C00860064 .
• Whirlpool: 488000674341 and 488000860064 .

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r134a LBP Series

Test Conditions ( ASHRAE )

Evaporating Temperature     -23.3°C                      Condensing Temperature 54.4°C

Subcooling   Temperature     32.2°C                       Suction       Temperature  32.2°C

Ambient       Temperature     32.2°C

Specifications
1) Running voltage: 110V, 127V, 220V, 240V, AC50HZ or AC60HZ
2) Capacity: 80W
3) Motor Input: 70W
4) Current: 0.70A
5) Cop: 0.91(W/W)
6) Regrigerant: R134a

Outer packing:
1pc/ctn or 120 pcs/pallet
Carton dimensions: 20 x 13 x 16cm
GW: 6.40KGS

Conveyance:
Qty/20′ FCL: 6, 000pcs
Qty/40′ FCL: 13, 000pcs
Qty/40′ HQ: 16, 000pcs

We are professional r134a cmpressor manufacturer.
OEM brand production is warmly welcome!
100% products for export
Major market Europe,Middle East,South africa,South America
We have 80 workers,daily production ability 1X40HQ r134a compressors
Just send an inquiry or call us,we’ll let you know the best solution of r134a compressors

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Air Conditioner Capacities and Run Capacitors with +/- 5% Variations for Technicians

This comprehensive table presents the recommended run capacitor capacities for various air conditioner cooling capacities, catering specifically to technicians and HVAC professionals. It’s crucial to note that these values are estimates, and the actual run capacitor capacity may vary depending on the specific brand, model, and specifications of your air conditioner. Always consult the air conditioner’s owner’s manual to determine the exact run capacitor capacity required. Using an incorrect run capacitor can damage your air conditioner and pose safety risks.

Key:

• BTU/h: British Thermal Units per hour (measure of cooling capacity)
• µF: Microfarad (unit of capacitance)

Understanding External Fan Run Capacitor:

The values in this column are provided for informational purposes only and should not be used as a direct replacement for the recommended run capacitor capacity. Technicians should exercise caution when selecting a run capacitor that is slightly larger or smaller than the recommended value. In such cases, it’s highly recommended to consult with a qualified HVAC specialist for specific guidance based on the particular air conditioner unit.

Additional Considerations for Technicians:

• The size of the run capacitor is typically determined by the motor power of the air conditioner.
• A run capacitor that is too small can prevent the motor from starting properly, leading to potential malfunctions.
• Conversely, a run capacitor that is too large can overheat and cause damage to the motor.

Always exercise caution and consult a qualified HVAC professional if you have any doubts about the appropriate run capacitor for a specific air conditioner.

Technical Explanations and Guidance:

1. Capacitor Tolerance:The +/- 5% variations in the table represent the tolerance range for the recommended run capacitor values. This means that the actual capacitance of the selected capacitor may be slightly higher or lower than the recommended value within this range. However, it’s crucial to stay within this tolerance range to ensure optimal performance and prevent potential issues.
2. Selecting the Right Run Capacitor:When selecting a run capacitor for an air conditioner, it’s essential to consider the following factors:

   • Air Conditioner Cooling Capacity (BTU/h): Match the run capacitor capacity to the corresponding BTU/h rating of the air conditioner.
   • Motor Power: Ensure the run capacitor’s voltage rating matches the motor’s voltage requirement.
   • Physical Size: Verify that the run capacitor’s physical dimensions fit the available space within the air conditioner unit.
   • Brand Reputation: Opt for run capacitors from reputable brands known for their reliability and quality.

3. Replacing Run Capacitors:Replacing a run capacitor should be done with caution and proper electrical safety procedures. Here’s a general guideline:

   • Disconnect Power: Before attempting any work, ensure the air conditioner is completely disconnected from the power source.
   • Discharge Existing Capacitor: Use an appropriate discharging tool to safely discharge the existing capacitor.
   • Identify Replacement Capacitor: Carefully remove the old capacitor and note its specifications (capacitance, voltage, terminal type). Select a new capacitor with matching specifications.
   • Install New Capacitor: Install the new capacitor, ensuring proper polarity and terminal connections.
   • Reconnect Power: Once the new capacitor is securely installed, reconnect the power supply to the air conditioner.

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