Compressor Specifications:

1. Model Name: LG LBP MB88NA
   • This is the specific model number of the compressor manufactured by LG.
2. Power Consumption: 151 W
   • The compressor consumes 151 watts of electrical power during operation. This indicates the energy efficiency of the unit.
3. Horsepower (HP): 1/5 HP
   • The compressor has a motor rated at 1/5 horsepower , which is equivalent to 0.2 HP . This is a relatively small compressor, typically used in compact refrigeration systems or appliances like mini-fridges or beverage coolers.
4. Refrigerant Type: R600a
   • R600a (isobutane) is an eco-friendly refrigerant with low global warming potential (GWP). It is commonly used in domestic refrigerators and freezers due to its energy efficiency and minimal environmental impact. However, it is flammable, so proper handling is required.
5. Electrical Configuration: 1 Phase, 220V, 50Hz
   • The compressor operates on a single-phase power supply with a voltage of 220 volts and a frequency of 50 hertz . This configuration is typical for residential applications in regions like Europe, Asia, and parts of Africa.

Applications:

Given the specifications, this compressor is likely designed for use in low-back pressure (LBP) systems. LBP compressors are typically used in:

• Household refrigerators
• Freezers
• Beverage coolers
• Compact cooling appliances

The R600a refrigerant further confirms that this compressor is intended for smaller, energy-efficient cooling systems.

Key Considerations:

1. Environmental Impact:
   • R600a is a hydrocarbon refrigerant, making it environmentally friendly compared to older refrigerants like R134a or R22. However, it requires careful handling due to its flammability.
2. Voltage Compatibility:
   • Ensure that the power supply matches the compressor’s requirements (220V, 50Hz). Using incompatible voltage can damage the compressor or cause it to malfunction.
3. System Design:
   • Since this is an LBP compressor, it is optimized for systems with lower evaporating temperatures, such as freezers or deep-freeze applications.

Conclusion:

The LG LBP MB88NA compressor is a compact, energy-efficient unit designed for small-scale refrigeration systems. Its key features include:

• Low power consumption (151W)
• Eco-friendly refrigerant (R600a)
• Compatibility with 220V, 50Hz power supplies
• Suitable for low-back pressure applications

Siberia Compressor Catalogue Overview

The Siberia Compressor Catalogue provides detailed specifications and performance data for various compressor series designed for refrigeration systems. These compressors are available in multiple configurations, including R134a and R600a refrigerants, catering to different cooling capacities and applications. Below is an organized breakdown of the catalog’s key sections:

1. Compressor Series Overview

S Series (Low Back Pressure – LBP)

• Refrigerants: R600a (High Efficiency), R600a (Medium Efficiency), R134a
• Applications: Suitable for small to medium-sized refrigerators.
• Key Features:
  • Compact design
  • Low noise and vibration
  • High reliability

V Series (Low Back Pressure – LBP)

• Refrigerants: R600a, R134a
• Applications: Ideal for compact refrigeration units.
• Key Features:
  • Energy-efficient operation
  • Small footprint
  • Environmentally friendly refrigerants

F Series (Low Back Pressure – LBP)

• Refrigerants: R134a, R600a
• Applications: Designed for larger refrigeration systems.
• Key Features:
  • High cooling capacity
  • Multiple motor types (RSIR/RSCR)
  • Robust performance under varying conditions

T Series (Low Back Pressure – LBP)

• Refrigerants: R600a, R134a
• Applications: Versatile use in household and commercial refrigeration.
• Key Features:
  • Very compact size
  • Low noise and vibration
  • High reliability

2. Performance Specifications

Example: T Series Compressors (R600a)

Example: S Series Compressors (R600a)

3. Special Requirements for Refrigerants

R134a Compressors

• The open time of the compressor connection pipe should not exceed 10 minutes .
• Use dedicated vacuum pumps and charging equipment for R134a.
• Avoid using organic substances incompatible with R134a in the refrigeration system.
• Ensure strict control of moisture, impurities, paraffin, silicone oil, and chloride ions.

R600a Compressors

• Follow safety protocols for hydrocarbon refrigerants during installation and operation.
• Do not tamper with the pre-filled specialized oil in the compressor.
• Use appropriate tools and equipment to ensure safe handling of R600a.

4. Refrigerator Size Estimation

The cooling capacity of a compressor determines the refrigerator size it can support. For example:

• BTF60AA (1/7 HP):
  • Cooling Capacity: 105 W
  • Approximate Refrigerator Size: 157.5 – 210 liters
    • Calculation: $105\text{W}\times 1.5\text{to}2=157.5\text{to}210\text{liters}$

5. Outline Drawings and Packaging

Each compressor model includes detailed outline drawings and packaging specifications. For instance:

• Packaging Dimensions:
  • Carton Size: $1120\text{mm}\times 824\text{mm}\times 870\text{mm}$
  • Container Capacity: Up to 28 units per container.

6. General Requirements for Installation and Operation

• Store compressors in a dry, well-ventilated area.
• Avoid tilting or inverting during transportation.
• Install within 10 minutes after removing protective plugs.
• Ensure reliable grounding during operation.
• Avoid high-voltage or vacuum conditions during startup.

To determine the refrigerator size (in liters) that a 1/7 HP compressor can cool, we need to refer to the performance data of the compressors listed in the provided files. Specifically, the BTF60AA compressor (1/7 HP) is a good reference point for this calculation.

Key Specifications for BTF60AA (1/7 HP):

• Cooling Capacity: 105 W
• Refrigerant: R600a
• Voltage: 220-240V / 50Hz

The cooling capacity of a compressor directly correlates with the volume of the refrigerator it can cool. Typically:

• 1 W of cooling capacity can cool approximately 1.5 to 2 liters of refrigerator volume.

Calculation:

For the BTF60AA compressor with a cooling capacity of 105 W , the approximate refrigerator volume it can cool is:

$$\text{Refrigerator Volume}=\text{Cooling Capacity (W)}\times \text{Factor (1.5 to 2)}$$$$\text{Refrigerator Volume}=105\text{W}\times 1.5\text{to}2$$$$\text{Refrigerator Volume}=157.5\text{to}210\text{liters}$$

Table for 1/7 HP Compressor:

Below is a table summarizing the approximate refrigerator size (in liters) based on the cooling capacity of a 1/7 HP compressor:

Compressor Model	Power (HP)	Cooling Capacity (W)	Approximate Refrigerator Size (Liters)
BTF60AA	1/7	105	157.5 – 210

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The AE16LMY compressor is a versatile hermetic compressor designed for both R134a (medium/high temperature) and R404a (low temperature) applications. Below is a detailed breakdown of its specifications, cooling capacities, applications, and key features when operating in High Back Pressure (HBP) mode with R134a and Low Back Pressure (LBP) mode with R404a .

AE16LMY Compressor Overview

General Specifications

• Nominal Horsepower (HP):
  • R134a Mode (HBP): 3/8 HP
  • R404a Mode (LBP): 5/8 HP
• Displacement:
  • R134a Mode (HBP): 17.4 cc
  • R404a Mode (LBP): 14.5 cc
• Motor Type: CSIR (Capacitor Start Induction Run) / CSR (Capacitor Start Run) with FC C/V control
• Weight: 13.7 kg
• Lubricant: Emkarate RL22HB POE (Polyolester lubricant)
• Connections: Rotolock suction and discharge connections

1. R134a Application (HBP Mode)

Evaporating Temperature Range:

• Medium to High Temperature: -15°C to 10°C

Cooling Capacity (Watts):

Applications:

• R134a Mode (HBP):
  The AE16LMY is ideal for medium to high-temperature refrigeration systems, such as:
  • Commercial refrigerators
  • Beverage coolers
  • Air conditioning systems
  • Display cases in supermarkets

2. R404a Application (LBP Mode)

Evaporating Temperature Range:

• Low Temperature: -32°C to 0°C

Cooling Capacity (Watts):

Applications:

• R404a Mode (LBP):
  When used with R404a , the AE16LMY is suitable for low-temperature applications, including:
  • Walk-in freezers
  • Industrial chillers
  • Cold storage facilities
  • Transport refrigeration systems

Key Features

1. Dual Refrigerant Compatibility:
   • The AE16LMY can operate efficiently with both R134a (medium/high temperature) and R404a (low temperature), making it highly adaptable to diverse applications.
2. Advanced Motor Design:
   • The CSIR motor type with FC C/V control ensures consistent performance and energy efficiency.
3. Compact & Lightweight:
   • With a weight of just 13.7 kg and compact dimensions, this compressor is easy to install and maintain.
4. Rotolock Connections:
   • Equipped with rotolock suction and discharge connections, which are particularly beneficial for low-temperature applications.
5. No Oil Cooler Required:
   • The AE16LMY does not require an oil cooler when used with R404a in low-temperature applications.
6. Liquid Injection Kits:
   • For low-temperature R404a applications, liquid injection kits may be required to ensure optimal performance.

Performance Highlights

• Versatility: The AE16LMY’s ability to handle a wide range of evaporating temperatures and cooling capacities makes it suitable for diverse applications, from commercial refrigeration to industrial freezers.
• Efficiency: Its advanced motor design and compatibility with POE lubricants ensure smooth operation and extended compressor life.

Applications Summary

• R134a Mode (HBP):
  • Medium to high refrigeration needs.
  • Examples: Supermarkets, convenience stores, air conditioning systems.
• R404a Mode (LBP):
  • Low-temperature refrigeration systems.
  • Examples: Freezers, cold storage units, industrial cooling.

Conclusion

The AE16LMY compressor is a dual-mode solution that excels in both R134a (HBP) and R404a (LBP) applications. Its ability to deliver reliable performance across a broad range of evaporating temperatures and cooling capacities makes it an invaluable component in modern refrigeration technology. By understanding its specifications and capabilities, professionals can select the appropriate configuration based on their specific refrigeration needs.

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Huaguang ASQ80HG Compressor: A Reliable Solution for Modern Refrigeration Systems

The Huaguang ASQ80HG compressor is a high-performance refrigeration component from the renowned Q Series , designed to meet the demands of modern cooling systems. With its compatibility with R134a refrigerant , high back-pressure (HBP) capability, and energy-efficient design, this compressor is an excellent choice for both domestic and commercial applications. Below, we explore its specifications, features, applications, and comparative analysis, supported by a detailed table.

Key Specifications

• Model : ASQ80HG
• Series : Q Series
• Power Input : 800W
• Horsepower : 1/4 HP (approximately 0.186 kW)
• Refrigerant : R134a
• Voltage/Frequency : 220-240V / 50Hz
• Application Type : High Back Pressure (HBP)
• 

Overview of Features

The Huaguang ASQ80HG compressor is engineered for efficiency, durability, and environmental sustainability. Its compatibility with R134a refrigerant , a non-ozone-depleting gas, ensures compliance with global environmental standards. With an input power of 800W , it strikes a balance between performance and energy consumption, making it cost-effective for long-term use.

The high back-pressure (HBP) capability allows the compressor to maintain stable cooling in systems where evaporator pressures are relatively high, such as in freezers, display coolers, and other medium-temperature refrigeration setups.

Applications

The versatility of the ASQ80HG makes it suitable for a wide range of cooling applications, including:

1. Domestic Refrigerators/Freezers : Ideal for home use due to its compact size and energy efficiency.
2. Display Coolers : Perfect for retail environments requiring product visibility while maintaining low temperatures.
3. Small-Scale Industrial Cooling : Suitable for systems demanding precise temperature control without heavy-duty cooling requirements.
4. Cold Storage Units : Effective in maintaining consistent temperatures for perishable goods.

Comparative Table of Huaguang Compressors

Below is a comparative analysis of the Huaguang ASQ80HG with similar models in the Q Series , highlighting its unique advantages.

Why Choose the Huaguang ASQ80HG?

1. Energy Efficiency : The 800W power input ensures optimal performance while minimizing energy consumption, reducing operational costs.
2. Environmental Friendliness : The use of R134a refrigerant ensures compliance with global environmental regulations, as it does not contribute to ozone depletion.
3. High Back Pressure Capability : Designed for systems requiring stable cooling under high back-pressure conditions, making it ideal for freezers and display coolers.
4. Compact Design : Its compact size makes it suitable for installations with limited space, such as small kitchens or retail displays.
5. Durability : Built to withstand demanding operating conditions, ensuring longevity and reliable performance.

Installation and Maintenance Tips

To ensure the best performance and longevity of the Huaguang ASQ80HG , follow these guidelines:

• Electrical Compatibility : Verify that the voltage (220-240V) and frequency (50Hz) match your local power supply.
• Proper Refrigerant Charge : Use only R134a refrigerant to avoid system inefficiencies and potential damage.
• Regular Cleaning : Clean the condenser coils periodically to prevent overheating and ensure efficient operation.
• Professional Installation : Hire a certified technician for installation and maintenance to avoid errors and ensure optimal performance.

Conclusion

The Huaguang ASQ80HG compressor from the Q Series is a versatile, energy-efficient, and environmentally friendly solution for various refrigeration needs. Its compatibility with R134a refrigerant , combined with its high back-pressure capability , makes it a standout choice for both domestic and commercial applications. Whether you’re upgrading your refrigerator, installing a new cooling system, or managing a retail display cooler, the ASQ80HG offers dependable performance and excellent value.

• EM30
• EM40
• EM50
• EM60
• FG65
• FG75
• FG85
• FG95
• EGu130
• Es60

Domestic Embraco Compressors: A Comprehensive Guide to R134a Low-Temperature Models

When it comes to refrigeration systems, selecting the right compressor is a crucial step in ensuring efficient and reliable performance. Embraco, a globally recognized brand, has long been known for its high-quality compressors designed for a wide range of applications. In this article, we will explore their lineup of domestic R134a low-temperature compressors, focusing on various models and their specifications.

Overview of R134a Low-Temperature Compressors

R134a is a commonly used refrigerant known for its excellent thermodynamic properties and environmental friendliness compared to older refrigerants like R22. Embraco’s R134a low-temperature compressors are designed to operate efficiently even in demanding conditions, such as freezer applications where temperatures can drop as low as -23.3°C (-9.9°F). These compressors are suitable for both residential and light commercial use, providing reliable cooling solutions for freezers, display cases, and other cold storage needs.

Below is a detailed breakdown of the key models offered by Embraco, along with their technical specifications:

Technical Specifications Table

Key Features of Each Model

1. EM30 HNP
   • Displacement: 3.01 cc
   • Horsepower: 1/10 HP
   • Capacity at -23.3°C: 62 Watts
   • The EM30 HNP is ideal for smaller applications where space and energy efficiency are critical. With a displacement of 3.01 cc, it provides sufficient capacity for compact freezer units.
2. EM40 HNP
   • Displacement: 3.77 cc
   • Horsepower: 1/8 HP
   • Capacity at -23.3°C: 88 Watts
   • This model offers slightly higher displacement and horsepower, making it suitable for small to medium-sized freezers or coolers.
3. EM50 HNP
   • Displacement: 4.99 cc
   • Horsepower: 1/6 HP
   • Capacity at -23.3°C: 120 Watts
   • The EM50 HNP is a step up in terms of performance, offering a balance between size and cooling power for medium-duty applications.
4. EM60 HNP
   • Displacement: 5.54 cc
   • Horsepower: 1/6 HP
   • Capacity at -23.3°C: 139 Watts
   • With an increased displacement and higher cooling capacity, the EM60 HNP is well-suited for larger freezers or more demanding environments.
5. FG65 HAKW
   • Displacement: 6.67 cc
   • Horsepower: 1/5 HP
   • Capacity at -23.3°C: 164 Watts
   • The FG65 HAKW introduces greater cooling potential, making it an excellent choice for medium to large freezers requiring consistent performance at low temperatures.
6. FG75 HAKW
   • Displacement: 7.95 cc
   • Horsepower: 1/4 HP
   • Capacity at -23.3°C: 184 Watts
   • Offering enhanced capacity and horsepower, the FG75 HAKW is designed for heavy-duty applications that require robust cooling capabilities.
7. FG85 HAKW
   • Displacement: 9.05 cc
   • Horsepower: 1/4 HP
   • Capacity at -23.3°C: 227 Watts
   • This model further elevates performance with a higher displacement and wattage output, making it suitable for industrial-grade freezers.
8. FG95 HAKW
   • Displacement: 10.61 cc
   • Horsepower: 1/3 HP
   • Capacity at -23.3°C: 258 Watts
   • The FG95 HAKW is one of the most powerful compressors in the lineup, capable of delivering significant cooling capacity for large-scale freezing operations.
9. EGU130 HLCW
   • Displacement: 11.20 cc
   • Horsepower: 1/3 HP
   • Capacity at -23.3°C: 311 Watts
   • As the top-tier model in the series, the EGU130 HLCW boasts the highest displacement and cooling capacity. It is perfect for heavy-duty applications that demand maximum performance under extreme conditions.

Conclusion

Embraco’s R134a low-temperature compressors provide a versatile range of options for various refrigeration needs. Whether you’re looking for a compact solution for home use or a heavy-duty compressor for industrial applications, Embraco has a model to meet your requirements. By understanding the specifications and capabilities of each model, you can make an informed decision that ensures optimal performance and energy efficiency in your refrigeration system.

In summary, Embraco continues to lead the industry with innovative and reliable compressor designs that cater to a broad spectrum of cooling demands. Their commitment to quality and sustainability makes them a trusted choice for both domestic and commercial refrigeration solutions.

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• GM35AF
• GM55AF
• GM70AF
• GM66AF
• GM75AF
• GM77AF
• GM80AF
• GM91AF
• GM80AF

LBP Compressors with R134A Refrigerant: A Comprehensive Overview

LBP compressors, renowned for their reliability and efficiency, are widely used in various refrigeration applications. This article delves into the specifications of a range of LBP compressors that utilize R134A refrigerant, providing detailed information on their performance parameters and operational characteristics.

Table of Specifications

The table below outlines the key specifications for each model of the LBP compressors:

Key Features and Performance Metrics

1. Displacement : The displacement values range from 3.50 cm³ to 9.10 cm³, indicating the volume of refrigerant that can be compressed per cycle. Higher displacement models like GM 91 AF are suitable for larger cooling capacities.
2. Operating Voltage : All models operate within the voltage range of 187-264V at a frequency of 50Hz, ensuring compatibility with standard electrical supplies.
3. Power HP : The power ratings vary from 1/10 HP to 1/4+ HP, reflecting the energy consumption and output capacity of each compressor. Models with higher power ratings, such as GM 80 AF and GM 91 AF, are designed for more demanding applications.
4. Nominal Capacity : The nominal cooling capacities range from 65 Kcal to 198 Kcal, catering to different cooling requirements. For instance, the GM 80 AF and GM 80 AF + kap models both offer a high cooling capacity of 198 Kcal.
5. COP (Coefficient of Performance) : The COP values indicate the efficiency of the compressors, with higher values signifying better performance. The GM 66 AF model boasts a COP of 1.28, making it one of the most efficient in the lineup.
6. Motor Type : Most models feature RSIR/RSCR motor types, known for their robustness and reliability. The GM 80 AF + kap model, however, uses a CSCR motor type, which may offer additional benefits depending on the application.
7. Capacitor Used : The capacitors used range from 2 µF to 4 µF, aiding in the starting and running of the motors. The GM 80 AF + kap model, with its additional start capacitor, ensures smoother operation under varying load conditions.

Additional Notes

• All the models listed can be equipped with RUN CAPACITORS upon request, enhancing their performance and longevity.
• The GM 80 AF + kap model is specifically designed with an additional start capacitor, making it ideal for applications requiring enhanced starting torque.

In conclusion, the LBP compressors with R134A refrigerant offer a versatile range of options to meet diverse cooling needs. Their robust design, coupled with high efficiency and reliability, makes them a preferred choice for various refrigeration systems.

Danfoss compressors are widely recognized for their reliability and efficiency in various refrigeration and air conditioning systems. This article provides a detailed overview of the specifications of different Danfoss compressor models, focusing on capillary length, oil quantity, horsepower, and their respective applications.

Introduction to Danfoss Compressors

Danfoss is a global leader in engineering solutions, particularly in the field of refrigeration and air conditioning. Their compressors are designed to meet the demanding requirements of both commercial and residential applications. The compressors are known for their durability, energy efficiency, and low noise levels.

Key Specifications

The following table outlines the key specifications of various Danfoss compressor models:

Detailed Analysis

1. Capillary Length: The capillary length varies from 4 feet (121.92 cm) to 10 feet (304.8 cm). The length of the capillary tube is crucial as it affects the refrigerant flow and system efficiency.
2. Capillary Number: This parameter indicates the internal diameter of the capillary tube, which influences the refrigerant flow rate. The capillary number ranges from 0.26 to 0.31.
3. Oil Quantity: The oil quantity in the compressors ranges from 150 ml to 300 ml. Proper oil levels are essential for lubrication and cooling of the compressor components.
4. Horsepower (Hp): The horsepower of the compressors varies from 1/14 Hp to 1/4 Hp. This indicates the power output and suitability for different cooling capacities.
5. Compressor Number: Each compressor model has a unique identifier, such as TL2A, PW3K6, etc. These numbers help in identifying the specific model and its application.

Applications

Danfoss compressors are used in a variety of applications, including:

• Commercial Refrigeration: Models like TL2A and TL2.5A are commonly used in small commercial refrigeration units.
• Residential Air Conditioning: Compressors such as PW3K6 and PW3K7 are suitable for residential air conditioning systems.
• Industrial Cooling: Higher capacity models like FR7.5A and FR8.5A are used in industrial cooling applications.

Conclusion

Danfoss compressors offer a wide range of models to meet diverse refrigeration and air conditioning needs. Understanding the specifications, such as capillary length, oil quantity, and horsepower, is essential for selecting the right compressor for your application. With their robust design and efficient performance, Danfoss compressors continue to be a preferred choice in the industry.

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AZ Fridge Freezer Compressor Model AE R134

HVM12AA
OF1033A
OF1350A
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ZEL Compressors – Mbsm.pro

ZEL Compressors – Mbsm.pro

Explore ZEL Compressor Models

Mbsm.pro offers a wide range of ZEL compressors designed for various applications in refrigeration and air conditioning systems. Below is a detailed overview of some popular models:

• HVM12AA
• OF1033A
• OF1350A
• GVY75AA
• GVY66AA
• GVY75AG
• НКd16aa
• GVY75ad
• GVT66ad
• GKD75ad

Key Specifications

Why Choose ZEL Compressors?

ZEL compressors are renowned for their reliability, energy efficiency, and versatility. Here are some key reasons to consider them:

• Reliability: Engineered for long-term performance in demanding conditions.
• Energy Efficiency: Optimized for minimal energy consumption with high COP values.
• Versatility: Suitable for both small domestic units and large industrial systems.