JLSF-100D Air Cooled Screw Chiller Integrated Installation Intelligent Equipment

Product Specification

JLSF-100D Air Cooled Screw Chiller , Integrated Installation, Intelligent Equipment

Product Description:

The air-cooled screw integrated chiller is a cooling equipment that integrates a screw compressor and a chiller. It uses a screw compressor as the main compression device to provide cold water or coolant by compressing and cooling the refrigerant. Compared with traditional chillers, air-cooled screw integrated chillers do not require an additional cooling tower or cooling water source, but dissipate heat to the surrounding air through a fan cooling system.

This type of chiller has several advantages. First, they are relatively simple to install and maintain because no additional cooling towers and water systems are required. Secondly, since there is no connection to an external water source, they have better flexibility and mobility and can be used in different environments. In addition, air-cooled screw integrated chillers usually have a smaller footprint and are suitable for locations with limited installation space.

However, the cooling efficiency of air-cooled screw integrated chillers may be slightly lower compared to traditional chillers. Due to the use of fan cooling systems, their cooling effectiveness may be affected by ambient temperature and humidity. In environments with high temperatures and humidity, they may require larger fans and higher power to keep them running properly.

In general, the air-cooled screw integrated chiller is a cooling equipment that is easy to install and use and is suitable for some specific application environments. When choosing for use, specific needs and environmental conditions need to be taken into consideration, and detailed consultation with the supplier is required to ensure the most suitable chiller model is selected.

Production Features:

The air-cooled screw integrated chiller has the following characteristics:

1. Integrated design: The air-cooled screw integrated chiller integrates the screw compressor and chiller into a single device, reducing the complexity of installation and connection. This integrated design makes the chiller more compact and suitable for environments with limited space.

2. Self-contained cooling system: Unlike traditional chillers that require additional cooling towers or cooling water sources, air-cooled screw integrated chillers have a self-contained cooling system. It uses a built-in fan cooling system to achieve cooling by dissipating heat into the surrounding air. This eliminates dependence on external cooling water sources, increasing flexibility and mobility.

3. Suitable for places without cooling water source: Since no additional cooling water source is required, the air-cooled screw integrated chiller is particularly suitable for places where cooling water cannot be provided. For example, some industrial areas or buildings may not have an available source of cooling water, and this chiller can provide cooling in these environments.

4. Simplified maintenance: Due to the integrated design and self-contained cooling system, the maintenance of the air-cooled screw integrated chiller is relatively simplified. There are no cooling towers or water treatment systems to maintain, reducing maintenance workload and costs.

5. Flexibility and mobility: Air-cooled screw integrated chillers usually have a small footprint and are suitable for installation in places with limited space. In addition, since there is no need to connect to a cooling water source, they can be installed more flexibly where cooling is required. This flexibility makes them suitable for use in temporary construction sites, exhibitions or temporary facilities where temporary cooling is required.

6. Energy saving and environmental protection: Air-cooled screw integrated chillers usually adopt advanced energy-saving technology and control systems to improve energy efficiency and reduce energy consumption. In addition, since no additional cooling water source is required, the demand for water resources is reduced, helping to protect the environment.

Working Principle:

The working principle of the air-cooled screw chiller is as follows:

Compression process: The refrigerant is compressed into a high-temperature and high-pressure gas in the screw compressor, and then enters the condenser.

Condensation process: The high-temperature and high-pressure gas is cooled in the condenser to become a high-pressure liquid, and at the same time release heat, which is dissipated into the outdoor air through fans and radiators.

Expansion process: After the high-pressure liquid is decompressed by the expansion valve, it becomes a low-temperature and low-pressure liquid, and then enters the evaporator.

Evaporation process: The low-temperature and low-pressure liquid evaporates in the evaporator, absorbs the heat in the room, cools down the cooling water in the room, and circulates it to the room, thereby achieving the purpose of reducing the indoor temperature.

Techinical Parameters:

Application Industry:

Air-cooled screw integrated chillers are widely used in the following industries and applications:

1. Industrial manufacturing: Air-cooled screw integrated chiller can be used for cooling and temperature control in industrial manufacturing processes, such as plastic processing, rubber processing, metal processing, chemical processing, etc. They can provide stable cooling and temperature control for mechanical equipment, process equipment, coolants and more.

2. Commercial buildings: Office buildings, shopping malls, hotels and other places in commercial buildings usually require air conditioning and cooling systems to ensure indoor comfort and normal operation of equipment. The air-cooled screw integrated chiller can provide cooling water for central air conditioning systems to meet the cooling needs of large-scale commercial buildings.

3. Medical facilities: Medical facilities such as hospitals, laboratories and pharmaceutical factories require precise temperature control and cooling systems to maintain the normal operation of medical equipment and the stability of the experimental environment. The air-cooled screw integrated chiller can provide stable cooling water and temperature control to meet the needs of medical facilities.

4. Data Center: Data centers are critical facilities that store and process large amounts of data and require powerful cooling systems to keep the temperatures of servers and equipment within acceptable limits. The air-cooled screw integrated chiller can provide efficient cooling capacity for the data center, ensuring the normal operation of the data center and the stability of the equipment.

5. Refrigeration storage: In the food and logistics industry, temperature control of environments such as freezers, cold storage and cold chain transportation is crucial. The air-cooled screw integrated chiller can provide stable cooling capacity to ensure the quality and safety of frozen and refrigerated products.

6. Greenhouse cultivation: In greenhouse cultivation, temperature and humidity need to be controlled to provide ideal growing conditions. Air-cooled screw integrated chillers can be used to provide cooling and temperature control for greenhouses to ensure healthy growth of plants.

7. Electronics Manufacturing: In the electronics manufacturing process, many devices and components require precise temperature control to ensure quality and performance. Air-cooled screw integrated chillers can be used to provide stable cooling and temperature control for electronic equipment, semiconductor equipment, printed circuit boards, etc.

8. Cooling equipment and machinery: Some large equipment and machinery, such as generators, transformers, compressors, etc., will generate a large amount of heat during operation. Air-cooled screw integrated chillers can be used to cool these equipment and keep their operating temperatures within a safe range.

9. Food processing and beverage production: During food processing and beverage production, the temperature and cooling rate of the product need to be controlled. The air-cooled screw integrated chiller can be used to provide cooling and temperature control for food processing equipment, cold storage rooms, beverage production lines, etc.

10. Frozen food and refrigerated logistics: The frozen food and refrigerated logistics industry requires a large amount of cooling equipment to maintain the cold chain environment of the products. The air-cooled screw integrated chiller can be used for temperature control and cooling needs in freezers, refrigerated vehicles and refrigerated containers.

11. Petroleum and chemical industry: In the petroleum and chemical production process, many chemicals and equipment need to be cooled and temperature controlled. The air-cooled screw integrated chiller can provide stable cooling and temperature control for reactors, distillation towers, storage tanks, etc.

12. Freezing and ice making: The air-cooled screw integrated chiller can be used for the cooling needs of frozen food, ice making equipment, ice making places, etc. They can provide low-temperature cold water to quickly cool and freeze products.

13. Textile and printing industry: In the textile and printing process, the temperature and humidity of equipment and materials need to be controlled. The air-cooled screw integrated chiller can be used to provide cooling and temperature control for textile machinery, printing equipment, printing and dyeing production lines, etc.

14. Cooling in high-temperature environments: Some specific application scenarios, such as high-temperature processes and equipment cooling in high-temperature environments, require cooling systems that can work under extreme temperature conditions. The air-cooled screw integrated chiller has good adaptability and can provide stable cooling effect in high temperature environments.

These are some typical application areas of air-cooled screw integrated chillers, but they are not limited to them. They are widely used in many industries to meet cooling and temperature control needs. Specific applications depend on the needs of different industries and specific process requirements.

      
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