Industrial chiller is a type of cooling machine used in industrial and non -industrial spaces. The main purpose of an industrial chiller is to absorb heat from one source and transfer it to another. These devices are used to cool air, water or other fluids used in industrial processes. Industrial wheels are commonly used in large buildings, factories, hospitals, commercial and industrial spaces and other places that require large and continuous cooling. They are placed. They are used to maintain the optimal temperature and control the thermal conditions in these environments. Industrial wheels generally consist of a compressor, a heat exchanger, another heat exchanger (evaporator), and a board for control and performance of the device through the cycle. Refrigeration, which can be compressor or absorption, produces cooling and cooling by cooling the fluid. The interface fluid in the industrial chiller can be water or ethylene glycol (antifreeze solution).
Design and Construction Tips of Industrial Chiller
Designing and building an industrial chiller is a complex process that requires sufficient knowledge and experience. Industrial chillers are designed and manufactured in different capacities from several tons of refrigeration to several thousand tons
Determining the cooling capacity
The first step in the design of the industrial chiller is to determine the cooling capacity required. The chiller cooling capacity should be tailored to the system's cooling needs. To determine the required cooling capacity, various factors such as ambient air temperature, cold water temperature required, and system thermal load must be considered, all of which are designed by experienced engineers depending on the conditions and position of the project in the relevant software. /p>
Choose Chiller Type
After determining the required cooling capacity, the type of chiller should be selected. The chillers are divided into two categories of compressor and absorption based on the type of compressor. The compression chillers are the most common type of chillers and work using the compressor to compress refrigerant gas. The absorption chillers work using heat to compress the refrigerant gas.
Design of chiller components
After selecting the type of chiller, the chiller components should be designed. The main components of the chiller include compressor, condenser, evaporator, expansion valve, and control system. The design of the chiller components should be done according to the cooling capacity, the type of chiller, and the environmental conditions, which are designed by engineers by two -dimensional or three -dimensional design software.
Chiller making
After the chiller design, with construction maps and technical details, the chiller enters the production line and first the chiller structure is built and then started installing other accessories and equipment.
Testing and launching
After making the chiller, it must be tested and set up. Chiller Testing and Starting To ensure its proper operation is essential. Usually the chiller testing steps in the factory and before being shipped to the customer must be done so that they can quickly fix it if there is a problem.
Types of industrial chiller
Industrial chillers are divided into two categories of compressor and absorption based on the type of compressor.
Compressor chillers are the most common type of chillers and work using the compressor to compress refrigerant gas and produce in different capacities from several tons of refrigeration to several thousand tons of refrigeration.
Types of compression chillers
1. Piston: These types of chillers use piston compressors to compress refrigerant gas. They use refrigerant gas.band@|
Types of absorption chillers
1. Ammonia-Water: These chillers use ammonia and water as a refrigerant.band@| .
Maintenance and repair of industrial chiller
Maintenance and repair of industrial chiller is an important process that can help extend the life of the chiller, improve its performance and reduce operational costs as follows:
Increasing Chiller Life: Regular maintenance and repair can help identify and fix potential problems before they can cause chiller failure.
Improving Chiller Performance: Regular maintenance and repair can help improve chiller performance and reduce energy consumption.
Reducing Operational Costs: Regular maintenance and repair can help reduce chiller repair and maintenance costs.
Important Tips on Maintenance and Repair of Industrial Chiller
In the maintenance and repair of the industrial chiller, the following should be followed:
Using original spare parts: The use of original spare parts can help extend the life of the chiller.
Safety standards: Safety standards must be met to prevent accidents.
Repair by Specialist Technicians: Industrial chiller repairs must be done by expert and experienced technicians to prevent further damage to the chiller.