HG&HD Series Open-Type Air-Cooled Condensing Units.

Engineered for demanding cold storage applications, the CP Series ensures reliable performance across a temperature range of -15°C to -35°C. Key features include:

1. Durable Compressor: Equipped with high-quality Bitzer semi-hermetic reciprocating refrigeration compressors for enhanced reliability.

2. Compact Integration: A space-saving design that combines the air-cooled condenser, compressor, and essential components for easy operation and maintenance.

3. Optimized Cooling: Features an external rotor fan for quiet operation and efficient airflow.

4. Refrigerant Compatibility: Supports multiple refrigerants, including R22, R404A, R507A, R448A, and R449A.

1. Capacity: This refers to the amount of refrigeration that the unit can provide, typically measured in tons or kilowatts.

2. Compressor Type: Bitzer offers various types of compressors including reciprocating, scroll, and screw compressors.

3. Refrigerant Type: The refrigerant is the substance used to transfer heat in the refrigeration cycle. Bitzer units can be designed to work with a variety of refrigerants, such as R404A, R134a, and R22.

4. Evaporating Temperature: This is the temperature at which the refrigerant evaporates to absorb heat from the surrounding environment. Bitzer units can be designed to operate at different evaporating temperatures depending on the application.

5. Condensing Temperature: This is the temperature at which the refrigerant condenses to release heat to the surrounding environment. Bitzer units can be designed to operate at different condensing temperatures depending on the application.

6. Power Supply: Bitzer Refrigeration Condensing Unit can be designed to operate on various power supplies, such as 220V/50Hz, 380V/50Hz, or 440V/60Hz.

7. Control System: Bitzer Refrigeration Condensing Units may include a control system to monitor and regulate the operation of the unit, including temperature and pressure sensors, as well as control valves and switches.

8. Application: Bitzer Refrigeration Condensing Unit can be designed for different applications, such as air conditioning, refrigeration, or industrial processes. The application will determine the specific parameters required for the unit, such as cooling capacity and operating temperatures.

9. Noise Level: The noise level of a Bitzer Refrigeration Condensing Unit can also be a parameter of interest, as it may be important in certain applications, such as residential or commercial settings.

10. Efficiency: Bitzer Refrigeration Condensing Unit can be designed to operate at different levels of efficiency, which can affect energy consumption and operating costs. Factors that can impact efficiency include the type of compressor, refrigerant, and control system used in the unit.

How to Evaluate the Quality of Open-Type Bitzer Piston Air-Cooled Refrigeration Units?‌

To determine the quality of open-type Bitzer piston air-cooled refrigeration units, comprehensively assess key indicators such as core performance, structural design, energy efficiency, and reliability. Evaluate based on the following dimensions:

🔧 ‌I. Core Component Performance‌

Compressor Quality‌

Verify the use of ‌genuine Bitzer semi-hermetic piston compressors‌. Inspect designs such as wear-resistant crankshafts, optimized valve groups, and low-friction bearings to ensure longevity and stability.
Energy Adjustment Capability‌: Units with capacity control heads (e.g., cylinder unloading) or variable frequency drives (VFD) offer superior efficiency under partial loads and enhanced adaptability.

Condenser and Fan Configuration‌

Prioritize ‌copper-tube aluminum-fin condensers‌. Check fin-tube expansion quality for uniform fins without damage.
Fans should be ‌low-noise external rotor types‌. Target operational noise ≤65 dB(A), with sufficient airflow for high-ambient conditions (condensing temperature ≥60°C).
⚙️ ‌II. Operational Efficiency & Cost-Effectiveness‌

Energy Efficiency Ratio (COP/EER)‌

Compare labeled COP values. Tier-1 efficiency units save 15%–25% energy long-term versus Tier-3, especially under partial loads.
Cooling Speed Test‌: Units should reach set temperature within 30 minutes of startup. Delays indicate system mismatches or component defects.

Maintenance Costs‌

Air-cooled designs eliminate water and cooling tower costs but require evaluating ‌condenser fin cleaning frequency‌ and accessibility.
Inspect ‌brands of standard components‌ (e.g., expansion valves, oil separators). Premium parts reduce failure rates and replacements.
🛠️ ‌III. Reliability & Maintainability‌

Structural Design Rationality‌

Open layouts must allow easy access to compressors, oil separators, and key interfaces (e.g., vibration absorbers, junction boxes).
Vibration Damping‌: Compressor bases should include rubber mounts or spring isolators to prevent pipe resonance and leaks.

Environmental Adaptability‌

High-temperature performance: Units must maintain rated capacity at 48°C ambient, with discharge pressure within safe limits.
Protection Rating: Electrical cabinets require ≥IP54 rating to resist dust and moisture ingress.
📊 ‌IV. Added Value & Intelligence‌

Control System‌

Standard ‌pressure/temperature safeguards‌ (e.g., high/low-pressure controllers, oil differential switches) with remote fault alarms.
Smart models should log energy data for optimization.

Compliance & Sustainability‌

Verify refrigerant compatibility (e.g., R404A/R507A) and compliance with latest efficiency/noise standards (e.g., GB/T 18430).
🧪 ‌Practical Validation Recommendations‌
Load Testing‌: Simulate operational conditions for 72 hours. Monitor temperature stability (±1°C ideal) and start-stop cycles.
Efficiency Comparison‌: Record power consumption at 100% and 50% loads. Calculate actual COP vs. labeled values (deviation should be <10%).
Noise Testing‌: Measure sound pressure at 1m distance. Exceeding 75 dB(A) may impact operational environments.

Note‌: Prioritize suppliers providing ‌traceable compressor serial numbers‌ to confirm genuine Bitzer components. Evaluate lifecycle costs by factoring in spare parts pricing and local service response times.

This translation preserves technical terminology (e.g., “semi-hermetic piston compressors,” “condenser fin cleaning”), measurement units (±1°C, dB(A)), and industry standards (IP54, GB/T 18430) while adapting the structure for international technical documentation clarity.

      

Bitzer 2GES-2Y 2HP Semi-hermetic Condensing Unit for Commercial Use最先出现在China Evaporator, Condenser, Condensing Unit Suppliers, Manufacturers, Factory - GINYARD！。

1. Capacity: This refers to the amount of refrigeration that the unit can provide, typically measured in tons or kilowatts.

2. Compressor Type: Bitzer offers various types of compressors including reciprocating, scroll, and screw compressors.

3. Refrigerant Type: The refrigerant is the substance used to transfer heat in the refrigeration cycle. Bitzer units can be designed to work with a variety of refrigerants, such as R404A, R134a, and R22.

4. Evaporating Temperature: This is the temperature at which the refrigerant evaporates to absorb heat from the surrounding environment. Bitzer units can be designed to operate at different evaporating temperatures depending on the application.

5. Condensing Temperature: This is the temperature at which the refrigerant condenses to release heat to the surrounding environment. Bitzer units can be designed to operate at different condensing temperatures depending on the application.

6. Power Supply: Bitzer Refrigeration Condensing Unit can be designed to operate on various power supplies, such as 220V/50Hz, 380V/50Hz, or 440V/60Hz.

7. Control System: Bitzer Refrigeration Condensing Units may include a control system to monitor and regulate the operation of the unit, including temperature and pressure sensors, as well as control valves and switches.

8. Application: Bitzer Refrigeration Condensing Unit can be designed for different applications, such as air conditioning, refrigeration, or industrial processes. The application will determine the specific parameters required for the unit, such as cooling capacity and operating temperatures.

9. Noise Level: The noise level of a Bitzer Refrigeration Condensing Unit can also be a parameter of interest, as it may be important in certain applications, such as residential or commercial settings.

10. Efficiency: Bitzer Refrigeration Condensing Unit can be designed to operate at different levels of efficiency, which can affect energy consumption and operating costs. Factors that can impact efficiency include the type of compressor, refrigerant, and control system used in the unit.

How to Evaluate the Quality of Open-Type Bitzer Piston Air-Cooled Refrigeration Units?‌

To determine the quality of open-type Bitzer piston air-cooled refrigeration units, comprehensively assess key indicators such as core performance, structural design, energy efficiency, and reliability. Evaluate based on the following dimensions:

🔧 ‌I. Core Component Performance‌

Compressor Quality‌

Verify the use of ‌genuine Bitzer semi-hermetic piston compressors‌. Inspect designs such as wear-resistant crankshafts, optimized valve groups, and low-friction bearings to ensure longevity and stability.
Energy Adjustment Capability‌: Units with capacity control heads (e.g., cylinder unloading) or variable frequency drives (VFD) offer superior efficiency under partial loads and enhanced adaptability.

Condenser and Fan Configuration‌

Prioritize ‌copper-tube aluminum-fin condensers‌. Check fin-tube expansion quality for uniform fins without damage.
Fans should be ‌low-noise external rotor types‌. Target operational noise ≤65 dB(A), with sufficient airflow for high-ambient conditions (condensing temperature ≥60°C).
⚙️ ‌II. Operational Efficiency & Cost-Effectiveness‌

Energy Efficiency Ratio (COP/EER)‌

Compare labeled COP values. Tier-1 efficiency units save 15%–25% energy long-term versus Tier-3, especially under partial loads.
Cooling Speed Test‌: Units should reach set temperature within 30 minutes of startup. Delays indicate system mismatches or component defects.

Maintenance Costs‌

Air-cooled designs eliminate water and cooling tower costs but require evaluating ‌condenser fin cleaning frequency‌ and accessibility.
Inspect ‌brands of standard components‌ (e.g., expansion valves, oil separators). Premium parts reduce failure rates and replacements.
🛠️ ‌III. Reliability & Maintainability‌

Structural Design Rationality‌

Open layouts must allow easy access to compressors, oil separators, and key interfaces (e.g., vibration absorbers, junction boxes).
Vibration Damping‌: Compressor bases should include rubber mounts or spring isolators to prevent pipe resonance and leaks.

Environmental Adaptability‌

High-temperature performance: Units must maintain rated capacity at 48°C ambient, with discharge pressure within safe limits.
Protection Rating: Electrical cabinets require ≥IP54 rating to resist dust and moisture ingress.
📊 ‌IV. Added Value & Intelligence‌

Control System‌

Standard ‌pressure/temperature safeguards‌ (e.g., high/low-pressure controllers, oil differential switches) with remote fault alarms.
Smart models should log energy data for optimization.

Compliance & Sustainability‌

Verify refrigerant compatibility (e.g., R404A/R507A) and compliance with latest efficiency/noise standards (e.g., GB/T 18430).
🧪 ‌Practical Validation Recommendations‌
Load Testing‌: Simulate operational conditions for 72 hours. Monitor temperature stability (±1°C ideal) and start-stop cycles.
Efficiency Comparison‌: Record power consumption at 100% and 50% loads. Calculate actual COP vs. labeled values (deviation should be <10%).
Noise Testing‌: Measure sound pressure at 1m distance. Exceeding 75 dB(A) may impact operational environments.

Note‌: Prioritize suppliers providing ‌traceable compressor serial numbers‌ to confirm genuine Bitzer components. Evaluate lifecycle costs by factoring in spare parts pricing and local service response times.

This translation preserves technical terminology (e.g., “semi-hermetic piston compressors,” “condenser fin cleaning”), measurement units (±1°C, dB(A)), and industry standards (IP54, GB/T 18430) while adapting the structure for international technical documentation clarity.

      

Bitzer 4DES-7Y-40S Condensing Unit for Medium high temperature Cold Storage最先出现在China Evaporator, Condenser, Condensing Unit Suppliers, Manufacturers, Factory - GINYARD！。

1. Capacity: This refers to the amount of refrigeration that the unit can provide, typically measured in tons or kilowatts.

2. Compressor Type: Bitzer offers various types of compressors including reciprocating, scroll, and screw compressors.

3. Refrigerant Type: The refrigerant is the substance used to transfer heat in the refrigeration cycle. Bitzer units can be designed to work with a variety of refrigerants, such as R404A, R134a, and R22.

4. Evaporating Temperature: This is the temperature at which the refrigerant evaporates to absorb heat from the surrounding environment. Bitzer units can be designed to operate at different evaporating temperatures depending on the application.

5. Condensing Temperature: This is the temperature at which the refrigerant condenses to release heat to the surrounding environment. Bitzer units can be designed to operate at different condensing temperatures depending on the application.

6. Power Supply: Bitzer Refrigeration Condensing Unit can be designed to operate on various power supplies, such as 220V/50Hz, 380V/50Hz, or 440V/60Hz.

7. Control System: Bitzer Refrigeration Condensing Units may include a control system to monitor and regulate the operation of the unit, including temperature and pressure sensors, as well as control valves and switches.

8. Application: Bitzer Refrigeration Condensing Unit can be designed for different applications, such as air conditioning, refrigeration, or industrial processes. The application will determine the specific parameters required for the unit, such as cooling capacity and operating temperatures.

9. Noise Level: The noise level of a Bitzer Refrigeration Condensing Unit can also be a parameter of interest, as it may be important in certain applications, such as residential or commercial settings.

10. Efficiency: Bitzer Refrigeration Condensing Unit can be designed to operate at different levels of efficiency, which can affect energy consumption and operating costs. Factors that can impact efficiency include the type of compressor, refrigerant, and control system used in the unit.

How to Evaluate the Quality of Open-Type Bitzer Piston Air-Cooled Refrigeration Units?‌

To determine the quality of open-type Bitzer piston air-cooled refrigeration units, comprehensively assess key indicators such as core performance, structural design, energy efficiency, and reliability. Evaluate based on the following dimensions:

🔧 ‌I. Core Component Performance‌

Compressor Quality‌

Verify the use of ‌genuine Bitzer semi-hermetic piston compressors‌. Inspect designs such as wear-resistant crankshafts, optimized valve groups, and low-friction bearings to ensure longevity and stability.
Energy Adjustment Capability‌: Units with capacity control heads (e.g., cylinder unloading) or variable frequency drives (VFD) offer superior efficiency under partial loads and enhanced adaptability.

Condenser and Fan Configuration‌

Prioritize ‌copper-tube aluminum-fin condensers‌. Check fin-tube expansion quality for uniform fins without damage.
Fans should be ‌low-noise external rotor types‌. Target operational noise ≤65 dB(A), with sufficient airflow for high-ambient conditions (condensing temperature ≥60°C).
⚙️ ‌II. Operational Efficiency & Cost-Effectiveness‌

Energy Efficiency Ratio (COP/EER)‌

Compare labeled COP values. Tier-1 efficiency units save 15%–25% energy long-term versus Tier-3, especially under partial loads.
Cooling Speed Test‌: Units should reach set temperature within 30 minutes of startup. Delays indicate system mismatches or component defects.

Maintenance Costs‌

Air-cooled designs eliminate water and cooling tower costs but require evaluating ‌condenser fin cleaning frequency‌ and accessibility.
Inspect ‌brands of standard components‌ (e.g., expansion valves, oil separators). Premium parts reduce failure rates and replacements.
🛠️ ‌III. Reliability & Maintainability‌

Structural Design Rationality‌

Open layouts must allow easy access to compressors, oil separators, and key interfaces (e.g., vibration absorbers, junction boxes).
Vibration Damping‌: Compressor bases should include rubber mounts or spring isolators to prevent pipe resonance and leaks.

Environmental Adaptability‌

High-temperature performance: Units must maintain rated capacity at 48°C ambient, with discharge pressure within safe limits.
Protection Rating: Electrical cabinets require ≥IP54 rating to resist dust and moisture ingress.
📊 ‌IV. Added Value & Intelligence‌

Control System‌

Standard ‌pressure/temperature safeguards‌ (e.g., high/low-pressure controllers, oil differential switches) with remote fault alarms.
Smart models should log energy data for optimization.

Compliance & Sustainability‌

Verify refrigerant compatibility (e.g., R404A/R507A) and compliance with latest efficiency/noise standards (e.g., GB/T 18430).
🧪 ‌Practical Validation Recommendations‌
Load Testing‌: Simulate operational conditions for 72 hours. Monitor temperature stability (±1°C ideal) and start-stop cycles.
Efficiency Comparison‌: Record power consumption at 100% and 50% loads. Calculate actual COP vs. labeled values (deviation should be <10%).
Noise Testing‌: Measure sound pressure at 1m distance. Exceeding 75 dB(A) may impact operational environments.

Note‌: Prioritize suppliers providing ‌traceable compressor serial numbers‌ to confirm genuine Bitzer components. Evaluate lifecycle costs by factoring in spare parts pricing and local service response times.

This translation preserves technical terminology (e.g., “semi-hermetic piston compressors,” “condenser fin cleaning”), measurement units (±1°C, dB(A)), and industry standards (IP54, GB/T 18430) while adapting the structure for international technical documentation clarity.

      

Bitzer 2FES-3Y-40S Condensing Unit for Medium high temperature Cold Storage最先出现在China Evaporator, Condenser, Condensing Unit Suppliers, Manufacturers, Factory - GINYARD！。

How to Judge the Quality of an Air-Cooled Scroll Refrigeration Unit? Key Considerations:‌

Evaluating the quality of an air-cooled scroll refrigeration unit requires a comprehensive analysis of core performance, reliability, and long-term economics. Key dimensions include:

❄️ 1. Energy Efficiency Performance (Core Metric)
COP (Coefficient of Performance):‌ Ratio of rated cooling capacity to input power. Scroll units should typically achieve COP ≥ 4.0 (under standard conditions), with high-end models reaching 4.5-4.8. Per Chinese National Standard GB standards: For cooling capacity ≤50kW, COP ≥ 2.60 required; for >50kW, COP ≥ 2.80 (air-cooled scroll units).
IPLV (Integrated Part Load Value):‌ Crucial for inverter units under varying loads. High-quality units achieve IPLV ≥ 6.0.
🌡️ 2. High-Temperature Environment Adaptability
Cooling Capacity Decay Rate:‌ At ambient temperatures >35°C, decay should be <5% for quality units. Poor units may decay ≥18% (air-cooled systems exhibit more significant decay).
Condenser Heat Dissipation Efficiency:‌ Requires optimized fin-tube condenser design (fan blade angle, fin design) to reduce air resistance and ensure stable heat rejection.
⚙️ 3. Core Components & Manufacturing Quality
Compressor Sealing:‌ Hermetic scroll compressors must prevent refrigerant leaks. Precision meshing of orbiting and fixed scrolls determines volumetric efficiency (>90% for quality units).
Heat Exchanger Configuration:‌ Plate heat exchanger evaporators (enhances heat transfer) combined with finned-tube condensers (enhances dissipation) represent an efficient setup.
Inverter Control System:‌ Must support stepless regulation from 0-100% capacity to avoid frequent on/off cycling losses.
🛡️ 4. Safety & Protection Mechanisms
Essential Protections:‌ Standard inclusions: High-pressure protection, freeze protection, motor overload protection.
Advanced Monitoring:‌ Dynamic flow sensors (for real-time pump speed adjustment), phase loss protection, and oil separation systems (reducing mechanical wear) are significant value-adds.
🔧 5. Maintenance Ease & Reliability
Vibration & Noise:‌ Scroll mechanisms should exhibit <40% of the vibration amplitude of comparable reciprocating compressors in air-cooled units. Noise levels ≤75 dB(A).
Maintenance Costs:‌ Modular design simplifies servicing. Built-in oil separators extend lubricant change intervals.
Failure Rate:‌ Susceptible to permanent damage from debris ingress or liquid slugging – robust filtration system design is critical.
💰 6. Lifecycle Cost Analysis
Initial Investment:‌ Scroll units typically cost more than reciprocating units, but are 15%-20% cheaper than high-end screw units.
Long-Term Energy Costs:‌ In regions with electricity prices >¥0.8/kWh, energy savings from a scroll unit can offset its price premium over a standard air-cooled unit within 2 years.
📊 Selection Recommendations
Evaluation Dimension‌ ‌Key Features of Quality Units‌ ‌Risk Warnings‌
Efficiency (COP/IPLV)‌ COP ≥ 4.0, IPLV ≥ 5.0 Units with COP < 3.5 risk excessive long-term energy consumption
High-Temp Stability‌ <5% capacity decay at 35°C Units without inverter control exhibit significant decay
Protection Systems‌ Dynamic flow monitoring + multi-level electrical protection Units with only threshold alarms have delayed response
Maintenance Friendliness‌ Compact modular design + remote diagnostics interface Welded/sealed casings increase repair difficulty

     

      

Complete cold storage source 1.4HP-30HP Scroll compressor Aircondensing unit for Medium And Low Temperature Configuration最先出现在China Evaporator, Condenser, Condensing Unit Suppliers, Manufacturers, Factory - GINYARD！。

     

      

Complete cold storage source 1.4HP-30HP Scroll compressor condensing unit for flowers, vegetables, and fruits coldroom最先出现在China Evaporator, Condenser, Condensing Unit Suppliers, Manufacturers, Factory - GINYARD！。

      

Complete cold storage source for flowers, vegetables, and fruits coldroom最先出现在China Evaporator, Condenser, Condensing Unit Suppliers, Manufacturers, Factory - GINYARD！。

      

Box-Type Air Cooled Condenser with Φ450 Fan – High Heat Exchange Efficiency for Condensing Units最先出现在China Evaporator, Condenser, Condensing Unit Suppliers, Manufacturers, Factory - GINYARD！。

Monoblock Condensing Units redefine cold room refrigeration. Their integrated design, combining evaporator and condenser, simplifies installation, cuts maintenance, and reduces leaks, resulting in efficient, cost-effective operation.
Simplify Your Refrigeration with our Monoblock Units:

· Pre-charged with refrigerant.
· Hermetic compressor.
· Expansion by Thermostatic valve.
· High and low pressure control.
· Automatic defrosting by hot gas.
· Automatic evaporation of defrosting water.
· Remote multifunctional electronic control.
· Voltage protector. Filter dryer.
· One-piece polyurethane injected housing for evaporator.
· High performance optimized air flow in the evaporator.

The wall /TOP mounted refrigeration unit is a packaged refrigeration unit for a though-wall installation. The flexible installation solution of compact monoblock refrigeration unit is suitable for several applications in small cold rooms and at different temperature ranges. So it is also called small cold room refrigeration unit or small walk in freezer refrigeration unit. The combination of the cold room indoor unit and cold room outdoor unit integrates into a single and compact system, eliminates the need for on-site piping, vacumming, and refrigerant charging, making installation quicker and simpler. Glen refrigeration offers different series of wall mounted refrigeration unit; including fixed speed (Non-inverter) monoblock refrigeration unit, Inverter (variable speed) monoblock refrigeration unit, R404A monoblock refrigeration unit, R449A monoblock refrigeration unit and R290 monoblock refrigeration unit.

  
»Data empowerment: Build a device lifecycle database, end the “product without data” situation, support preciseoperation and intelligent decision-making.
      

Ceiling Mounted Freezer 3HP Monoblock for Cold Storage Meat and fish ColdRoom最先出现在China Evaporator, Condenser, Condensing Unit Suppliers, Manufacturers, Factory - GINYARD！。

Monoblock Condensing Units redefine cold room refrigeration. Their integrated design, combining evaporator and condenser, simplifies installation, cuts maintenance, and reduces leaks, resulting in efficient, cost-effective operation.
Simplify Your Refrigeration with our Monoblock Units:

• Ready to go: factory made and fully integrated.
• Set it and forget it: smart, automatic control.
• Fits anywhere: space saving design.
• Built to last: top brand parts.
• Easy to service: full access design.
• Save money: energy efficient operation.
• Worry free: high reliability.
• Use your space: optimal room utilization.
• Long term value: durable design.

The wall /TOP mounted refrigeration unit is a packaged refrigeration unit for a though-wall installation. The flexible installation solution of compact monoblock refrigeration unit is suitable for several applications in small cold rooms and at different temperature ranges. So it is also called small cold room refrigeration unit or small walk in freezer refrigeration unit. The combination of the cold room indoor unit and cold room outdoor unit integrates into a single and compact system, eliminates the need for on-site piping, vacumming, and refrigerant charging, making installation quicker and simpler. Glen refrigeration offers different series of wall mounted refrigeration unit; including fixed speed (Non-inverter) monoblock refrigeration unit, Inverter (variable speed) monoblock refrigeration unit, R404A monoblock refrigeration unit, R449A monoblock refrigeration unit and R290 monoblock refrigeration unit.

  
»Data empowerment: Build a device lifecycle database, end the “product without data” situation, support preciseoperation and intelligent decision-making.
      

Ceiling Mounted Freezer 1HP Monoblock for Cold Storage最先出现在China Evaporator, Condenser, Condensing Unit Suppliers, Manufacturers, Factory - GINYARD！。

Monoblock Condensing Units redefine cold room refrigeration. Their integrated design, combining evaporator and condenser, simplifies installation, cuts maintenance, and reduces leaks, resulting in efficient, cost-effective operation.

Simplify Your Refrigeration with our Monoblock Units:

• Ready to go: factory made and fully integrated.
• Set it and forget it: smart, automatic control.
• Fits anywhere: space saving design.
• Built to last: top brand parts.
• Easy to service: full access design.
• Save money: energy efficient operation.
• Worry free: high reliability.
• Use your space: optimal room utilization.
• Long term value: durable design.

The wall /TOP mounted refrigeration unit is a packaged refrigeration unit for a though-wall installation. The flexible installation solution of compact monoblock refrigeration unit is suitable for several applications in small cold rooms and at different temperature ranges. So it is also called small cold room refrigeration unit or small walk in freezer refrigeration unit. The combination of the cold room indoor unit and cold room outdoor unit integrates into a single and compact system, eliminates the need for on-site piping, vacumming, and refrigerant charging, making installation quicker and simpler. Glen refrigeration offers different series of wall mounted refrigeration unit; including fixed speed (Non-inverter) monoblock refrigeration unit, Inverter (variable speed) monoblock refrigeration unit, R404A monoblock refrigeration unit, R449A monoblock refrigeration unit and R290 monoblock refrigeration unit.

      

Wall Mounted 3HP Monoblock Refrigeration Unit for Cold Storage最先出现在China Evaporator, Condenser, Condensing Unit Suppliers, Manufacturers, Factory - GINYARD！。