CSBO30LHMG, CSB035LHMG, CMA042LHEG, CMAOSOLHEG, CMAOSTLMEG, CMAGEOLHEM, CMA07SLAEM, LX95LMBM, LX110LAJM, CSB057NJEG, CSB069NJEG, CSB075NJEG, CSB090NJJM, CMA110NJEM, CSBOSSLUCM, CMAOS3LHCG, CMA062LHCM, BSA075NHMV, BSAOSONAMV, BSA09ON3MV, BMK110NHMV

The K2-C239ELFCEF appears to be a model of an air conditioning or refrigeration compressor. Based on the search results, here is the relevant information:

Key Specifications of K2-C239 Compressor:

• Model: K2-C239
• Nominal Output: 1.40 kW
• Cooling Capacity:

  • 50Hz: 4080 W (13930 BTU/hr)
  • 60Hz: 4970 W (16965 BTU/hr)

• Weight: 16 kg
• Dimensions: 323.8 mm (A) x 312 mm (B) x 274.5 mm (C) 3.

Horsepower (HP) Information:

The nominal output of 1.40 kW translates to approximately 1.2 HP (since 1 kW ≈ 1.34 HP). This makes the K2-C239 suitable for medium-capacity cooling applications, such as window coolers, split coolers, and home dehumidifiers 3.

Applications:

This compressor is designed for use in air conditioning systems, including residential and light commercial cooling units. It is part of the K2 series, which is known for its reliability and efficiency in cooling applications 313.

Additional Notes:

• The K2-C239 is part of a broader product line that includes variations like K2-C223 and K2-C262, each with slightly different cooling capacities and specifications 3.
• If you are looking for specific details about the “ELFCEF” variant, it may refer to a customized or region-specific model. You may need to contact the manufacturer or supplier for precise details 13.

For further information, you can refer to the product listings on platforms like Alibaba or manufacturer websites 313. If you need assistance with procurement or technical support, reaching out to the supplier directly is recommended.

Model Variations:

• The T182SC has multiple variants, such as T182SC.MC0, T182SC.UC2, and T182SC.NC1, which may differ slightly in specifications or regional compatibility.

Compatibility:

• Designed for use with LG HVAC systems, including air conditioners and heat pumps.
• Likely compatible with LG air conditioning units, such as the LG 18000 BTU Dual Inverter models.

Functionality:

• Provides basic temperature control features, such as heating and cooling modes.
• May support additional features like programmable schedules or Wi-Fi connectivity, depending on the variant.

Installation:

• Typically wall-mounted and designed for easy installation in residential or light commercial settings.
• Requires proper wiring and configuration to ensure compatibility with the HVAC system.

---

Applications:

• Residential Use: Controls temperature in homes, particularly for electric heating systems or air conditioning units.
• Light Commercial Use: Suitable for small offices, workshops, or other spaces requiring precise temperature control.

---

Related LG Air Conditioning Products:

The LG T182SC thermostat is often used with LG air conditioning units, such as:

• LG 18000 BTU Dual Inverter Air Conditioner: Features a Dual Inverter Compressor™ for energy efficiency, rapid cooling, and quiet operation.
• LG Split Air Conditioner (S18ATC): A 18000 BTU unit with R22 refrigerant, designed for residential use.

▷ Starting and Running Capacitors Table

Do you need to replace a start or run  capacitor   and you don’t know which one the equipment has? In this post we will give you some tables of start and run capacitors so that you can access it when you need it.

The topic regarding the calculation of capacitors for single-phase compressors  is of great importance, because whoever is repairing needs to know when it is in poor condition and also what the replacement of the damaged part will be.

The technician who manipulates the equipment has to know that the new capacitor that he has bought to replace the old one must exactly meet the working voltage or greater than that of the original.

It is also important to highlight in this article that the compressor voltage has almost no relation to the capacitor voltage.

If you do not have the original capacitor data, you can approximate it using the following capacitor values ​​for single-phase motors that we present below.

They can be used as a guide or reference for selecting,  replacing capacitors when the exact values ​​are unknown.

Table of starting capacitors
for single-phase motors

Table of Start and Run Capacitors
for Single Phase Capacitors

In this table, which is very similar to the previous one, I attach capacitor values ​​for single-phase motors.

both working and starting capacitors, this way you will have the most user-friendly information in a single image

Capacitor Table for
Three-Phase Electric Motors

As a general rule, low-power three-phase electric motors have an operating voltage of 220 VD / 380 VY, but we must always make sure .

To do this, it is best to look at the motor’s nameplate. Where the voltages and connection will be indicated to know the type of  Capacitor they use.

Fan run capacitor table

If you need to change a running or permanent fan capacitor, this table attached below can guide you to resolve the fault of the equipment you are repairing:

Understanding Starting Capacitors for Compressors: A Comprehensive Guide

Introduction
Starting capacitors play a crucial role in the efficient operation of compressors, especially in single-phase motors. They help generate the necessary starting torque and ensure smooth operation. This guide provides a detailed overview of starting capacitors, their importance, and how to select the right one for your compressor. We’ll also explore key specifications and troubleshooting tips to ensure optimal performance.

---

1. What is a Starting Capacitor?

A starting capacitor is an electrical component used in single-phase motors to create a phase shift, which generates the torque needed to start the motor. Without a starting capacitor, single-phase motors would struggle to start due to insufficient torque.

---

2. Key Functions of Starting Capacitors

• Generate Starting Torque: Provides the necessary torque to start the compressor motor.
• Phase Shift Creation: Creates a 90-degree phase shift to simulate a second phase in single-phase motors.
• Smooth Operation: Ensures the motor starts smoothly without excessive current draw.

---

3. Table: Starting Capacitor Specifications for Compressors

Compressor Model	Power (W)	Voltage (V)	Capacitance (µF)	Max. Current (A)	Release Current (A)
BSA15	150	230	10	1.55	1.6
BSA10	250	230	15	2.43	2.07
B10A19	300	230	20	3.0	2.56
B12A12	350	230	25	3.5	2.95
B16A13	500	230	30	5.15	4.85
B9A11	750	230	35	7.0	5.9

---

4. How to Calculate the Right Capacitor for Your Compressor

The capacitance of a starting capacitor is critical for optimal performance. Here’s a simple formula to calculate the required capacitance:

Formula:

C=P×1062πfV2cos⁡(ϕ)C=2πfV2cos(ϕ)P×106​

Where:

• CC = Capacitance (in microfarads, µF)
• PP = Motor power (in watts, W)
• ff = Frequency (in hertz, Hz, typically 50 or 60 Hz)
• VV = Voltage (in volts, V)
• cos⁡(ϕ)cos(ϕ) = Power factor (typically 0.85 for motors)

Example Calculation:
For a motor with:

• Power (PP) = 150 W
• Voltage (VV) = 230 V
• Frequency (ff) = 50 Hz
• Power factor (cos⁡(ϕ)cos(ϕ)) = 0.85

C=150×1062π×50×2302×0.85≈10.61 μFC=2π×50×2302×0.85150×106​≈10.61μF

In this case, a 10 µF capacitor would be ideal.

---

5. Common Issues with Starting Capacitors

• Failed Capacitor: A faulty capacitor can prevent the motor from starting or cause it to overheat.
• Incorrect Capacitance: Using a capacitor with the wrong capacitance can lead to insufficient torque or excessive current draw.
• Overheating: Poor ventilation or excessive load can cause the capacitor to overheat and fail.

---

6. Troubleshooting Tips

1. Check Continuity: Use a multimeter to test the capacitor for continuity. A failed capacitor will show no continuity.
2. Measure Capacitance: Use a capacitance meter to ensure the capacitor’s value matches the required specifications.
3. Inspect for Physical Damage: Look for bulging, leaks, or burn marks on the capacitor, which indicate failure.
4. Test Under Load: Ensure the compressor starts smoothly and does not draw excessive current during startup.

---

7. Advantages of Using the Right Starting Capacitor

• Improved Motor Lifespan: Reduces stress on the motor during startup.
• Energy Efficiency: Minimizes power consumption during operation.
• Reliable Performance: Ensures consistent and reliable compressor operation.

---

8. Conclusion

Selecting the right starting capacitor for your compressor is essential for ensuring efficient and reliable operation. By understanding the specifications, calculating the correct capacitance, and performing regular maintenance, you can extend the lifespan of your compressor and avoid costly repairs.

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details about a compressor, possibly for a refrigerator or freezer. Here’s a breakdown of the information you’ve provided:

• Model/Part Number: , LC95LAEH, freezer GR-P227KGJ
• Brand: LG
• Power: 1/3 horsepower (HP), 285 watts (W)
• Cooling Capacity: 245 kcal, 975 BTU (British Thermal Units)
• Displacement: 9.5 cubic centimeters (cc)
• Refrigerant Type: R134a (a common refrigerant used in cooling systems)
• Application: Refrigerator/Freezer
• Volume/Capacity: 598 liters (L)
• Weight: 180 grams (g)
• Type: LBP (Low Back Pressure, typically used for refrigeration applications)

This compressor is likely designed for use in a refrigerator or freezer unit, with a cooling capacity suitable for a 598-liter appliance. The refrigerant used is R134a, which is common in domestic refrigeration systems. If you’re looking for a replacement part or technical specifications, ensure the model numbers (LC95LAEH, GR-P227KGJ) match your appliance.

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Danfoss Relay Connection Diagram for the Electric Compressor in Refrigeration Systems

Below is a detailed explanation of the components and connection diagram of the Danfoss relay for the electric compressor used in refrigeration systems:

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1. Components of the Diagram

• Compressor:

  • The compressor is the heart of the refrigeration system, responsible for compressing the refrigerant (freon) and circulating it through the system.

• Relay:

  • The relay is used to provide additional electrical current to the start terminal (S) of the compressor, helping it start smoothly.

• Capacitor:

  • The capacitor improves the compressor’s torque during startup, reducing the load on the electric motor.

• Electrical Circuit Diagram:

  • The diagram shows how the compressor terminals (C, S, R) are connected to the relay, capacitor, and power source.

---

2. Compressor Terminal Connections

• C (Common):

  • The common terminal connected to both the run and start windings.

• R (Run):

  • The terminal responsible for continuous operation of the compressor after startup.

• S (Start):

  • The terminal responsible for starting the compressor with the help of the relay and capacitor.

---

3. Steps to Connect the Relay to the Compressor

A. Connecting the Capacitor:

• The capacitor is connected between the S (Start) terminal and the R (Run) terminal to support startup torque.

B. Connecting the Relay:

• Terminals 10 and 11:

  • Connected to the power source and the run resistor.

• Terminals 12 and 13:

  • Connected to the compressor terminals: S (Start) and C (Common).

C. Power Supply:

• The circuit is powered by a 110V or 220V source (depending on the system used).

---

4. How the Relay Works

• When power is connected, the relay sends additional current to the start terminal (S) via the capacitor.
• Once the compressor starts running, the relay automatically cuts off the current to the start terminal.
• The compressor continues to operate through the current flowing to the run terminal (R).

---

5. Importance of Correct Relay Connection

• Compressor Protection:

  • Ensures safe compressor operation during startup.

• Energy Saving:

  • The relay cuts off the startup current after operation to avoid overload.

• Performance Improvement:

  • Helps stabilize compressor operation.

---

6. Verification Steps After Connection

A. Checking Terminal Connections (C, R, S):

• Use a resistance meter (ohmmeter) to verify correct terminal connections.

B. Testing the Relay:

• Ensure the relay sends startup current when powered.

C. Testing the Capacitor:

• Measure the capacitor’s capacitance (microfarads) using a capacitor tester.

D. Running the Compressor:

• Start the system and check for stable compressor operation.
• Listen for noise: If it is loud, there may be a connection error.

---

7. Common Faults and Solutions

A. Compressor Fails to Start:

• Cause: Faulty relay or capacitor.
• Solution: Test the relay and capacitor and replace them if necessary.

B. Compressor Runs Briefly and Stops:

• Cause: High current or excessive load.
• Solution: Ensure the external capacitor is clean and there is proper airflow around the unit.

C. Incorrect Connection:

• Cause: Swapped terminals (C, R, S).
• Solution: Use a resistance meter to accurately identify the terminals.

---

8. Important Tip

• Ensure:

  • Terminals are connected correctly according to the diagram.
  • Use a capacitor that matches the compressor’s specifications.
  • Test the relay before installation to ensure no internal damage.

---

Conclusion

Correctly connecting the Danfoss relay is crucial for ensuring safe and efficient compressor operation in refrigeration systems. Follow the diagram carefully and perform the necessary tests to avoid malfunctions and improve system performance.

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The GMCC PZ80E1F and its related models are mini refrigeration compressors widely used in various cooling applications. Here’s a summary of the specifications and features for the PZ80E1F along with its comparable models:

GMCC PZ80E1F Specifications

• Model: PZ80E1F
• Horsepower: 1/5 HP
• Cooling Capacity: Approximately 137W to 147W
• Refrigerant: R600a, suitable for low back pressure (LBP) applications.
• Voltage/Frequency: 220V-240V / 50Hz.
• Displacement: 8.0 cm³/rev.
• Weight: Approximately 7 kg.

Related Models

GMCC PZ80E1D

• Similar specifications to the PZ80E1F, often used in similar applications.

GMCC PZ80E1C

• Also shares comparable features, focusing on energy efficiency and compact size.

GMCC PZ80E1A

• Designed for low power consumption with a similar cooling capacity and refrigerant type.

GMCC PZ80E1Z

• Another variant that maintains similar performance metrics.

GMCC PZ80H1Z and PZ80H1Y

• These models may offer different horsepower ratings or slight variations in cooling capacity but are generally aligned with the specifications of the E1 series.

Summary Table

Model	Horsepower	Cooling Capacity	Refrigerant	Voltage/Frequency
PZ80E1F	1/5 HP	137W – 147W	R600a	220V/50Hz
PZ80E1D	Similar	Similar	R600a	220V/50Hz
PZ80E1C	Similar	Similar	R600a	220V/50Hz
PZ80E1A	Similar	Similar	R600a	220V/50Hz
PZ80E1Z	Similar	Similar	R600a	220V/50Hz
PZ80H1Z	Similar	Similar	R600a	220V/50Hz
PZ80H1Y	Similar	Similar	R600a	220V/50Hz

These compressors are highly efficient and suitable for various refrigeration systems, particularly in domestic and light commercial applications.

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SECOP FR7GH (103G6683) (R134A – 1/5HP – 220-240V 50/60Hz / 208-230V 60Hz – M/HBP – 6.88cm³ / 0.42in³ – 1320BTU/h +/20F – 2537BTU/h +45F)

The SECOP FR7GH (103G6683) is a hermetic reciprocating compressor designed for refrigeration applications, particularly those utilizing the refrigerant R134a. Here are the detailed specifications and features:

Specifications

• Model: FR7GH
• Part Number: 103G6683
• Refrigerant: R134a
• Power Rating: Approximately 1/5 HP
• Voltage:

  • 220-240V at 50/60Hz
  • 208-230V at 60Hz

• Displacement: 6.88 cm³ (0.42 in³)
• Cooling Capacity:

  • Approximately 1320 BTU/h at +20°F
  • Approximately 2537 BTU/h at +45°F

• Operating Temperature Range: Suitable for medium to high back pressure (M/HBP) applications cooling.
• Oil Type: Polyolester oil (POE)

Applications

The FR7GH compressor is commonly used in various refrigeration systems, including:

• Commercial refrigeration units
• Air conditioning systems

Maintenance

Regular maintenance of the compressor is essential for optimal performance and longevity. This includes checking refrigerant levels, ensuring proper oil levels, and inspecting electrical connections.

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Comparaison personnalisée des deux compresseurs

1. Compresseur MBSM.PRO LG – CMA110NJJM

• Marque/Modèle : MBSM.PRO, LG, CMA110NJJM
• Type : Compresseur classique
• Technologie : RCSB
• Phase et Tension : 1 phase / 220V / 50Hz
• Puissance : 170 kcal (676 BTH / 198 W)
• Chevaux Vapeur (HP) : 1/4 CV
• Réfrigérant : R600a
• Application : LBP (Basse Pression de Vapeur)
• Vitesse : Fixe

2. Compresseur Samsung Inverter – MSV488A-L1R

• Marque/Modèle : Samsung, MSV488A-L1R
• Type : Compresseur BLDC (moteur à courant continu sans balais)
• Technologie : Onduleur (Inverter)
• Phase et Tension : 115/220V
• Cylindrée : 8,82 cm³
• Chevaux Vapeur (HP) : 1/6 CV
• Réfrigérant : R600a
• Matériau : Acier
• Avantages : Technologie Inverter pour une meilleure efficacité énergétique et régulation de la vitesse.

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Comparaison Technique

Caractéristique	MBSM.PRO LG CMA110NJJM	Samsung MSV488A-L1R
Technologie	Classique (vitesse fixe)	Inverter (vitesse variable)
Type de Compresseur	RCSB	BLDC (sans balais)
Puissance	170 kcal / 198 W / 1/4 CV	1/6 CV
Réfrigérant	R600a	R600a
Phase et Tension	1 phase / 220V / 50Hz	115/220V
Application	LBP (Basse Pression de Vapeur)	Efficacité énergétique grâce à l’Inverter
Vitesse	Fixe	Variable
Matériau	Non spécifié	Acier

Analyse Comparée

• Technologie Inverter vs Vitesse Fixe : Le compresseur Samsung MSV488A-L1R utilise la technologie Inverter, ce qui lui permet d’ajuster automatiquement sa vitesse pour optimiser la consommation énergétique, contrairement au LG CMA110NJJM, qui fonctionne à vitesse fixe.
• Efficacité énergétique : Le compresseur Samsung est plus efficace en raison de la technologie BLDC et Inverter, offrant une meilleure gestion de la consommation d’énergie. Le compresseur LG, en revanche, est plus traditionnel avec une vitesse fixe.
• Usage recommandé : Le modèle LG est plus adapté aux applications nécessitant une pression basse et une puissance fixe, tandis que le Samsung Inverter est recommandé pour ceux qui recherchent des économies d’énergie grâce à la régulation de la vitesse.

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Model and Specifications

The LG CMA110NJJM compressor is a classic model that operates on a single phase with a voltage of 220V and a frequency of 50Hz. It boasts a fixed speed and is powered by a 1/4 HP motor. This compressor is perfect for applications requiring a steady and reliable performance.

Energy Efficiency

Energy efficiency is a crucial factor when choosing a compressor. The LG CMA110NJJM excels in this area with an impressive energy consumption of 198 watts. It provides 170 kcal of cooling capacity and 676 BTU/h, ensuring optimal performance without excessive energy usage.

Refrigerant Type

The compressor uses R600a refrigerant, which is known for its environmental friendliness and efficiency. R600a is a hydrocarbon refrigerant that has a low global warming potential, making it a sustainable choice for modern applications.

LBP (Low Back Pressure)

One of the standout features of the LG CMA110NJJM is its low back pressure (LBP) design. This feature ensures that the compressor operates smoothly and efficiently, even under demanding conditions. The LBP design helps in maintaining consistent performance and reducing wear and tear.

Applications

The LG CMA110NJJM compressor is versatile and can be used in a variety of applications, including:

• Refrigeration Systems: Ideal for domestic and commercial refrigerators and freezers.
• Air Conditioning: Suitable for small to medium-sized air conditioning units.
• Cooling Solutions: Perfect for cooling solutions in various industrial and commercial settings.

Why Choose LG CMA110NJJM?

1. Reliability: LG is a trusted brand known for its high-quality products. The CMA110NJJM compressor is no exception, offering reliable performance and durability.
2. Efficiency: With its energy-efficient design and low back pressure feature, this compressor ensures optimal performance with minimal energy consumption.
3. Environmental Friendliness: The use of R600a refrigerant makes it an eco-friendly choice, contributing to a greener environment.
4. Versatility: Suitable for a wide range of applications, making it a versatile addition to your cooling and refrigeration systems.

Conclusion

The LG CMA110NJJM compressor is a top-tier product that combines efficiency, reliability, and environmental friendliness. Whether you need it for refrigeration, air conditioning, or other cooling solutions, this compressor is a smart investment. Upgrade your systems with the LG CMA110NJJM compressor and experience the difference in performance and efficiency.

For more information or to purchase the LG CMA110NJJM compressor, visit Mbsm.pro today!

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the 105G6731 is a model number for a tropical compressor manufactured by Secop, which is part of Danfoss. Here are the key specifications and details related to this compressor:

Specifications

• Model: 105G6731
• Type: Hermetic compressor
• Refrigerant: R134a
• Voltage: 220-240V
• Frequency: 50 Hz
• Power Output: Approximately 1/5 HP (0.91 kW) 
• Approvals: Complies with EN 60335-2-34 standards 

Applications

This compressor is designed for use in various refrigeration applications, particularly in tropical environments where higher ambient temperatures may be encountered. It is suitable for:

• Commercial freezers
• Ice makers
• Air conditioning systems

Performance Characteristics

The 105G6731 operates efficiently under low back pressure conditions and is designed to handle a range of cooling demands. It is noted for its durability and reliability in demanding applications.

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