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JLSF-60A Air Cooled Water Chillers Machine PLC Control 1000kW

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    Buy cheap JLSF-60A Air Cooled Water Chillers Machine PLC Control 1000kW from wholesalers
     
    Buy cheap JLSF-60A Air Cooled Water Chillers Machine PLC Control 1000kW from wholesalers
    • Buy cheap JLSF-60A Air Cooled Water Chillers Machine PLC Control 1000kW from wholesalers
    • Buy cheap JLSF-60A Air Cooled Water Chillers Machine PLC Control 1000kW from wholesalers

    JLSF-60A Air Cooled Water Chillers Machine PLC Control 1000kW

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    Brand Name : JIALIS
    Model Number : JLSF-60A
    Certification : CE/ISO9001
    Price : Discuss
    Payment Terms : T/T
    Supply Ability : 50 units per month
    Delivery Time : 20 days
    • Product Details
    • Company Profile

    JLSF-60A Air Cooled Water Chillers Machine PLC Control 1000kW

    JLSF-60D Air Cooled Screw Chiller Filling Machinery, Packaging Production Line, Cleaning Machinery,


    Product Description:


    Air-cooled screw chiller is a kind of industrial refrigeration and commercial air conditioning equipment, mainly composed of evaporator, compressor, condenser and expansion valve and other components. It uses a screw compressor to compress the low-temperature and low-pressure refrigerant into a high-temperature and high-pressure gas, then releases heat to the outside through the condenser, and finally reduces the temperature and pressure of the refrigerant through the expansion valve to return to the evaporator for recycling.

    During operation, the air-cooled screw chiller absorbs the heat in the outdoor air, cools the cooling water and circulates it to the room, so as to reduce the indoor temperature. Its cooling efficiency is greatly affected by factors such as outdoor temperature and humidity, so its effect may be limited in high-temperature and high-humidity environments.

    Compared with water-cooled chillers, air-cooled screw chillers do not require an additional cooling water system, so they are simpler and more cost-effective. However, since it uses outside air for cooling, it can be problematic in areas with high air pollution or where indoor air quality needs to be maintained.



    Production Features:


    Features of the air-cooled screw chiller include:

    1.No additional cooling water system: Compared with water-cooled chillers, air-cooled screw chillers do not require additional cooling water systems, so they are simpler and cost-effective.


    2.Wide range of applications: Air-cooled screw chillers are suitable for various types of buildings and places, such as commercial office buildings, hotels, hospitals, schools, etc.


    3.High refrigeration efficiency: The air-cooled screw chiller uses a screw compressor, which has the advantages of high refrigeration efficiency, low noise, and low maintenance cost.


    4.Easy installation: The installation of the air-cooled screw chiller is relatively simple and does not require additional equipment such as water pipes and water pumps.


    5.High reliability: The air-cooled screw chiller is designed and manufactured with high precision, and has good stability and reliability.


    6.Strong adaptability: The air-cooled screw chiller has strong adaptability and can adapt to different environmental conditions and load changes.


    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:


    ModelJLSF-30AJLSF-40AJLSF-50AJLSF-60AJLSF-70AJLSF-80AJLSF-90AJLSF-100AJLSF-110A
    Cooling capacityKW/h94.8126.4158.0189.6221.2252.8284.4316.0347.6
    Kcal/h84,000112,000140,000168,000196,000224,000252,000280,000308,000
    Temperature range5℃~35℃(Below 0℃ can be customized)
    Power supply3N-380V/415V 50HZ/60HZ
    Total powerKW24.833.741.545.257.4626972.583.6
    Running currentA4156.569.675.996.586.7116.2122111.3
    Chilled waterm³/h1519.624.22935404550.253.8
    compressortypeSemi-hermetic screw type
    Start methodY-△
    capacity adjustment0,25,50,75,100
    input powerKW23.330.738.542.251.4566366.373
    Frozen oiltypeHBR-A01
    filling volumeL778121616161618
    refrigeranttypeR-22/R407C
    control methodTemperature Sensing External Pressure Equalizing Expansion Valve
    Evaporatorfilling volumeKG162227323642465256
    typeshell and tube
    condenserDiametermmDN65DN80DN80DN80DN80DN100DN100DN100DN125
    typeHigh-efficiency copper-sleeved aluminum-fin type + low-noise external rotor fan
    Cooling air volumem³/h280003600045000550063000740008300092000102000
    protective deviceHigh and low voltage switch, antifreeze protection, soluble plug, safety valve, overload protection device, coil overheat protector, automatic temperature protection switch, etc.
    DimensionsLmm220023002500280028002910310031503150
    Wmm110011001200120018002050205020502050
    Hmm182020302030203021002100210021002100
    weightKG92011201350156017801920223024502720

    ModelJLSF-120DJLSF-130AJLSF-150AJLSF-160DJLSF-180DJLSF-200DJLSF-240DJLSF-260DJLSF-300D
    Cooling capacityKW/h379.2410.8474.0505.6568.8632.0758.4821.6948.0
    Kcal/h336,000364,000420,000448,000504,000560,000672,000728,000840,000
    Temperature range5℃~35℃(Below 0℃ can be customized)
    Power supply3N-380V/415V 50HZ/60HZ
    Total powerKW149169195.1204.8240247.5282309.4364.5
    Running currentA88.6100.5114.8120.5141.6145.6165.5182214.4
    Chilled waterm³/h5965747990101119130152
    compressortypeSemi-hermetic screw type
    Start methodY-△
    capacity adjustment0,25,50,75,100
    input powerKW79.688.5102.8108.5126.6130.6150.5167199.4
    Frozen oiltypeHBR-A01
    filling volumeL181823242428323236
    refrigeranttypeR-22/R407C
    control methodTemperature Sensing External Pressure Equalizing Expansion Valve
    Evaporatorfilling volumeKG6266758092103121126150
    typeshell and tube
    condenserDiametermmDN1250DN150DN200
    typeHigh-efficiency copper-sleeved aluminum-fin type + low-noise external rotor fan
    Cooling air volumem³/h112000122000141000150000169000189000223000245000285000
    protective deviceHigh and low voltage switch, antifreeze protection, soluble plug, safety valve, overload protection device, coil overheat protector, automatic temperature protection switch, etc.
    DimensionsLmm350038004120425046804680523056306550
    Wmm210021002100210021002100210021002210
    Hmm212021202120212021202120212021202150
    weightKG305033603670355041204230465055707420


    Application Industry:


    Chillers have a variety of applications in canning machinery, mainly involving the following aspects:

    1. Tank cooling: In canning machinery, it may be necessary to cool the tank to ensure that the product in the tank maintains an appropriate temperature. The chiller can reduce the temperature of the tank by providing a cooling water circulation system to flow the cooling water through the surface or internal cooling pipes of the tank to ensure product quality and freshness preservation.


    2. Bottled water cooling: If the canning machine is used in the production line of bottled water, the chiller can be used to cool the bottled water. During the bottling process, the chiller provides a cooling water circulation system, which passes the cooling water to the bottled water through the cooler or cooling pipes. This helps to reduce the temperature of the bottled water, ensuring the quality and taste of the product.


    3. Mechanical cooling: Canning machinery will generate a certain amount of heat during operation, especially some high-speed operating equipment. Chillers can be used to provide a cooling system that circulates cooling water to mechanical parts through coolers or cooling pipes to maintain the normal operating temperature of the machine and avoid equipment failure caused by overheating.


    4. Control system cooling: Canning machinery is usually equipped with a control system, such as a PLC controller or an electronic control panel. These control systems generate a certain amount of heat during operation and require cooling to keep them functioning properly. The chiller can provide a cooling water circulation system for the control system, and transfer the cooling water to the radiator or cooling device of the control system to ensure the stability and reliability of the control system.


    In short, the application of chillers in canning machinery is mainly to cool tanks, bottled water, mechanical parts and control systems, to ensure product quality, normal operation and stability of equipment. The specific application method and configuration will vary according to the type and requirements of the canning machinery.


    Automotive Manufacturing Chemical Engineering Electronics Industry Electroplating Industry

    Injection Molding Industry Pharmaceutical Industry Plastic Packaging Industry Printing Industry


    Upport and Services:


    Chiller technical support and service includes:

    1. 24/7 customer support
    2. Remote guidance installation and maintenance
    3. Remote Diagnostics and Troubleshooting
    4. Phone/Email Advice and Guidance
    5. User friendly documentation and manuals
    6. Software Updates and Upgrades
    7. Cost price of spare parts and consumables


    Packing and Shipping:


    Chillers are packaged and shipped in standard plywood wooden boxes. All components are secured and protected with a film, and the unit is then placed on a pallet for easy transport. And affix the shipping mark information label on the wooden box to ensure correct delivery.


    What are the different ways to configure the chiller in the canning machine?


    In the canning machinery, the configuration of the chiller can be different according to the specific needs and the characteristics of the mechanical equipment. The following are several common configuration methods:

    1. Direct cooling: In the direct cooling configuration, the chiller directly transfers the cooling water to the parts or products that need to be cooled through the cooler or cooling pipes. This configuration is suitable for situations where rapid cooling is required, such as direct cooling of tanks, bottled water or other products.


    2. Indirect cooling: In the indirect cooling configuration, the chiller passes the cooling water to an intermediate heat exchanger or cooler through the cooling circulation system, and then transfers the cooling medium to the parts that need to be cooled in the canning machinery or product. This can achieve better control and regulation of the cooling temperature, which is suitable for situations with stricter temperature requirements.


    3. Cooling Tower: A cooling tower is another common cooling configuration. In this configuration, the chiller transfers heat to the air in the atmosphere through the cooling tower to achieve the cooling effect. Cooling towers are often used to handle large amounts of heat, such as in high-speed canning lines, where cooling towers can provide additional cooling capacity to keep the equipment running.


    4. Combination of multiple chillers: For large-scale canning production lines or situations that require higher cooling capacity, multiple chillers can be combined. Multiple chillers can be configured in parallel or in series to provide greater cooling capacity and greater flexibility. This configuration method can be expanded and adjusted according to actual needs to meet different production requirements.


    It should be noted that the specific chiller configuration method should be evaluated and selected according to the type of canning machinery, process requirements and cooling needs. When configuring a chiller, it is recommended to have a detailed discussion with the equipment manufacturer or a professional engineer to ensure the best cooling effect and system performance.


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