Preowned liquids chillers and cooling equipment

Cooling capacity	1037.3 kW
Min Temperature	7 °C

Refrigerant type	R134A
Max Temperature	35 °C

Cooling capacity	600 kW

Refrigerant type	Adiabatique

Cooling capacity	293 kW
Temperature Min	7 °

Refrigerant type	R410A
Temperature max	35 °

Cooling capacity	656 kW
Min Temperature	-10 °C

Refrigerant type	1234ze
Max Temperature	18 °C

Cooling capacity	122 kW
Temperature Min	7 °

Refrigerant type	R407С
Temperature max	35 °

Cooling capacity	224 kW
Temperature Min	7 °

Refrigerant type	R407C
Temperature max	35 °

Cooling capacity	246 kW
Temperature Min	7 °

Refrigerant type	R410A
Temperature max	35 °

Cooling capacity	31.7 kW
Temperature Min	7 °

Refrigerant type	R290
Temperature max	35 °

Cooling capacity	31.7 kW
Temperature Min	7 °

Refrigerant type	R290
Temperature max	35 °

Cooling capacity	315 kW
Temperature Min	7 °

Refrigerant type	R410a
Temperature max	35 °

Cooling capacity	516.9 kW
Min Temperature	-10 °C

Refrigerant type	R134a
Max Temperature	18 °C

Cooling capacity	137.6 kW
Temperature Min	7 °

Refrigerant type	R32
Temperature max	35 °

Cooling capacity	341 kW
Temperature Min	7 °

Refrigerant type	R410A
Temperature max	35 °

Cooling capacity	452 kW
Min Temperature	7 °C

Refrigerant type	R134A
Max Temperature	35 °C

Cooling capacity	92.3 kW
Temperature Min	7 °

Refrigerant type	R410A
Temperature max	35 °

Cooling capacity	275 kW
Min Temperature	7 °C

Refrigerant type	R410A
Max Temperature	35 °C

Cooling capacity	928 kW
Temperature Min	7 °

Refrigerant type	R410A
Temperature max	35 °

Cooling capacity	626.9 kW

Refrigerant type	R410A

Cooling capacity	93.4 kW

Refrigerant type	R32

Cooling capacity	81.2 kW

Refrigerant type	R32

Introduction to Liquids Cooling and Chillers

Liquids cooling systems and chillers are indispensable for maintaining precise temperature control in numerous industrial processes. These systems ensure optimal operating conditions, enhance efficiency, and extend the lifespan of equipment. Widely used in industries such as manufacturing, chemical processing, food and beverage, pharmaceuticals, and HVAC, these systems are crucial for creating controlled environments that boost performance and safety.

Types of Liquids Cooling and Chillers

Air-Cooled Chillers

Purpose: Use ambient air to dissipate heat from the refrigerant. Applications: Ideal for outdoor installations and facilities where water use is limited or costly. Key Features: Easy to install, lower maintenance needs, and no cooling tower required. Capacity Range: From small units (a few tons) to large systems (hundreds of tons).

Water-Cooled Chillers

Purpose: Utilize water to dissipate heat, often with the aid of a cooling tower. Applications: Perfect for large-scale industrial processes and commercial buildings needing high cooling capacity. Key Features: Greater efficiency, quieter operation, and consistent performance. Capacity Range: From small units (a few tons) to very large systems (thousands of tons).

Absorption Chillers

Purpose: Operate using heat sources like natural gas, steam, or hot water. Applications: Suitable for facilities with access to waste heat or where electricity costs are high. Key Features: Energy-efficient, low operating costs, and eco-friendly. Capacity Range: From a few tons to several hundred tons.

Evaporative Chillers

Purpose: Combine air and water cooling for increased efficiency. Applications: Critical in industries prioritizing high efficiency and low energy consumption. Key Features: Higher cooling efficiency, reduced energy consumption, and a compact footprint. Capacity Range: Medium to large systems.

Portable Chillers

Purpose: Mobile units for temporary or supplemental cooling needs. Applications: Ideal for small-scale operations, laboratories, and temporary cooling demands. Key Features: Flexibility, easy installation, and portability. Capacity Range: Small units (a few tons) to medium systems (tens of tons).

Key Features and Specifications

When choosing a liquids cooling system or chiller, consider these critical features:

Cooling Capacity: Indicates the amount of heat the system can remove per hour, measured in tons or kilowatts (kW).
Energy Efficiency: High Coefficient of Performance (COP) and Energy Efficiency Ratio (EER) ratings reduce operating costs.
Temperature Control: Precise temperature regulation is vital for sensitive processes.
Refrigerant Type: Choose eco-friendly refrigerants with low Global Warming Potential (GWP) and Ozone Depletion Potential (ODP).
Footprint and Installation: Ensure the system fits within the available space and integrates seamlessly with existing infrastructure.
Maintenance and Reliability: Features that facilitate easy maintenance and ensure long-term durability.
Noise Levels: Important for noise-sensitive environments or indoor installations.

Advantages of Using Liquids Cooling Systems and Chillers

High-quality liquids cooling systems and chillers offer numerous benefits:

Enhanced Efficiency: Maintain optimal operating temperatures for efficient equipment performance.
Extended Equipment Life: Prevent overheating, reducing wear and tear.
Improved Product Quality: Consistent temperature control ensures high-quality production.
Energy Savings: Modern chillers are designed for high energy efficiency, lowering overall energy consumption and costs.
Environmental Compliance: Use of eco-friendly refrigerants and efficient operation helps meet environmental regulations.

Considerations When Buying Liquids Cooling Systems and Chillers

To select the right system, consider the following factors:

Application Requirements: Determine specific cooling needs, including temperature range and heat load.
Size and Capacity: Ensure the system has adequate cooling capacity.
Energy Efficiency: Evaluate energy efficiency to minimize operating costs.
Installation Space: Verify that the system fits within the available space.
Budget: Balance the initial investment with long-term operational costs.
Service and Support: Assess the availability of technical support and maintenance services.
Future Expansion: Consider scalability for future increases in cooling demand.

Popular Brands and Pricing

Air-Cooled Chillers

Trane: Known for energy-efficient solutions. Prices range from $10,000 to $200,000.
Carrier: Reliable and efficient units. Pricing ranges from $12,000 to $250,000.
Daikin: Advanced technology and high efficiency. Prices range from $15,000 to $300,000.

Water-Cooled Chillers

York (Johnson Controls): High-capacity units. Prices from $50,000 to over $1 million.
Mitsubishi Electric: Efficient and reliable systems. Pricing ranges from $60,000 to $1.2 million.
LG: Innovative and energy-efficient. Prices range from $70,000 to $1.5 million.

Absorption Chillers

Broad: Specializes in various heat sources. Prices range from $50,000 to $500,000.
Yazaki: Compact and efficient units. Pricing ranges from $40,000 to $400,000.
Thermax: High-performance systems. Prices from $60,000 to $600,000.

Portable Chillers

Dimplex Thermal Solutions: Versatile options. Prices range from $5,000 to $50,000.
Lytron: Durable and efficient units. Pricing ranges from $6,000 to $60,000.
Advantage Engineering: Reliable and flexible. Prices from $7,000 to $70,000.

Conclusion

Liquids cooling systems and chillers are vital for maintaining optimal temperatures in various industrial processes, ensuring efficiency and longevity of equipment. Whether air-cooled, water-cooled, absorption, evaporative, or portable, the right system depends on specific cooling needs, application requirements, and budget. By carefully evaluating factors like cooling capacity, energy efficiency, temperature control, refrigerant type, installation space, and maintenance needs, businesses can invest in the right cooling solution to enhance operational efficiency and ensure consistent, high-quality performance. Leading brands like Trane, Carrier, Daikin, York, Mitsubishi Electric, LG, Broad, Yazaki, Thermax, Dimplex Thermal Solutions, Lytron, and Advantage Engineering offer high-quality systems to suit various applications and budgets.

Preowned liquids chillers and cooling equipment 169

AIRCOOLED CHILLER RHOSS TCAVSZ21040 1037,3 kW

JACIR 1 xTH6-E09-D3-7330-B-8 Adiabatic cooling tower 2022 power 600KW

Aircooled Chiller EMICON RAE N 3102 MC S KC 293 kW

656kW chiller: TRANE RTAF 185(2020) Low working hours

AIRCOOLED CHILLER DAIKIN EWAP120CAYNB 122 KW

AIRCOOLED CHILLER UNIFLAIR ARAF1084A URV 224 KW

AIRCOOLED CHILLER CIAT LDM 900BV-STD R410A 246 KW

AIRCOOLED CHILLER/HEAT PUMP SYSTEMAIR SYSAQUA 35H.1P 31,7/35,4 KW

AIRCOOLED CHILLER/HEAT PUMP SYSTEMAIR SYSAQUA 35B.H.1P 31,7/35,4 KW

AIRCOOLED CHILLER/HEAT PUMP TRANE CXCM 315 KW

517kW chiller: TRANE RTAD 145 (2015)

AIRCOOLED CHILLER/HEAT PUMP SYSTEMAIR SYSAQUA 150 137.6/153.7 KW

AIRCOOLED CHILLER/HEAT PUMP SYSTEMAIR SYSCROLL AIR HP 540 481/556 KW

AIRCOOLED CHILLER CARRIER 30XA 452 KW

Aircooled chiller/heat pump Hiref TSX091HL 92.3/101.2 kW

AIRCOOLED CHILLER/HEAT PUMP CARRIER 30RQ 275KW

AIRCOOLED CHILLER BLUE BOX TETRIS 126 KW

Aircooled chiller LENNOX NAC640D 626,9 kW

AIRCOOLED CHILLER CARRIER 30RB090R 93.4 kW

Aircooled chiller Carrier 30RB080R 81.2 kW

Introduction to Liquids Cooling and Chillers

Types of Liquids Cooling and Chillers

Air-Cooled Chillers

Water-Cooled Chillers

Absorption Chillers

Evaporative Chillers

Portable Chillers

Key Features and Specifications

Advantages of Using Liquids Cooling Systems and Chillers

Considerations When Buying Liquids Cooling Systems and Chillers

Popular Brands and Pricing

Air-Cooled Chillers

Water-Cooled Chillers

Absorption Chillers

Portable Chillers

Conclusion

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