Air Aftercooler

Air Aftercooler

The air aftercooler is mainly used to cool the high-temperature air discharged by the compressor, and the working principle is to use the air-cooled or water-cooled heat exchange mode. Its role includes reducing the water content of compressed air and reducing subsequent equipment problems; Improve the working efficiency and service life of gas equipment; It can also save energy to a certain extent, such as increasing air density and reducing compressor load.
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Description
Technical Parameters

The air aftercooler is available in a variety of types, including an air-cooled type that is simple in structure, easy to install, low in operating costs and adaptable, and a water-cooled type that has excellent cooling efficiency and stable temperature control but requires a complex water cooling system. The user can consider the selection according to the actual needs, such as the size of the treatment gas, the intake air temperature, the cooling degree requirements and the space limitation of the site.

 

Model Nominal flow rate Air connection Cooling water connection Dimensions (mm) weight (kg)
m3/min     L w H
RSHS-100 10 DN50 Rc 1" 1372 250 250 65
RSHS-170 17 DN65 Rc 1-1/2" 1401 285 285 90
RSHS-220 22 DN65 Rc 1-1/2" 1401 285 285 100
RSHS-270 27 DN80 Rc 2" 1427 340 340 145
RSHS-350 35 DN80 Rc 2" 1427 340 340 160
RSHS-400 40 DN100 DN65 1776 405 547 225
RSHS-500 50 DN100 DN65 1776 405 547 240
RSHS-600 60 DN100 DN65 1776 405 547 260
RSHS-700 70 DN125 DN65 2306 405 577 285
RSHS-1000 100 DN150 DN80 2896 520 689 520
RSHS-1200 120 DN150 DN80 2896 520 689 530
RSHS-1500 150 DN200 DN80 2896 520 689 550
RSHS-2000 200 DN200 DN125 3405 580 801 740
RSHS-2500 250 DN200 DN125 3405 580 801 810
RSHS-3000 300 DN250 DN150 3663 680 923 1130
RSHS-3500 350 DN250 DN150 3663 680 923 1245
RSHS-4000 400 DN300 DN150 3703 730 1016 1350
Compressor Aftercooler
Compressor Aftercooler

 

Applications

 

1. Industrial manufacturing: Ensure the quality of air supply for pneumatic tools, mechanical processing equipment and automated production lines, extend the life of equipment and ensure processing accuracy and stable production.
 

2. Automotive industry: used to enhance the power of automobile engines and protect the engine, as well as the operation of pneumatic equipment in automobile manufacturing and maintenance.
 

3. Food and beverage industry: Meet the requirements of clean, dry and low temperature compressed air for food packaging and beverage production to ensure product quality and shelf life.
 

4. Pharmaceutical industry: To ensure the high quality of compressed air in all aspects of drug production, prevent drug pollution, and also provide qualified air sources for testing equipment.
 

5. Electronic industry: Help electronic component manufacturing and equipment assembly, provide high purity dry without oil and gas source, ensure product quality and equipment reliability.
 

6. Power industry: Improve combustion efficiency in generator sets, etc., and provide stable air source for related equipment in substations to ensure operation.
 

7.HVAC system: cooling and dehumidifying compressed air, regulating indoor temperature and humidity, reducing air conditioning energy consumption.
 

8. Air separation equipment: pre-cooling of compressed air, conducive to air separation, improve efficiency and economy.

 

FAQ:

 

1. Can special cooling temperatures be customized?
Agreed. According to the target temperature, the design optimizes the heat exchange area, medium flow and material, such as the water-cooled heat exchange tube or the selection of better thermal conductivity materials to meet the requirements.

 

2. Can special venues be customized with adaptive equipment?
I can. The team will examine the site and design special shape structures, such as compact modular or shaped layouts, according to the size, shape and environment, taking into account space and performance maintenance.

 

3. What is the customization process?
You propose the demand parameters, technical personnel communicate and evaluate, design and submit to review, confirm the production and manufacturing, including procurement, processing, assembly and debugging, and finally test and deliver and provide after-sales service.

 

4. How to check after installation?
Check appearance and connection pipes. After starting, monitor whether the temperature in and out reaches the expected cooling effect, check the drainage device, and observe whether the noise and vibration are normal.

 

5. What about performance degradation?
First check the daily maintenance problems, such as air cooled fin dust, water cooled cooling water quality and drainage. If there are still problems after routine problems are eliminated, contact the supplier's after-sales team in time to check the repair and recovery performance.

 

6. How to use and maintain?
When in use, ensure that the pipe seal connection is leak-proof, regularly check the flow temperature protection effect of the cooling medium, and pay attention to the drainage and water prevention into the downstream. The maintenance should be regularly cleared of internal and external impurities to prevent blocking, check the damage of parts in time to replace, water-cooled type also have to check the water quality to prevent scale.

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