CleanWarehouseCentral air conditioning systems are designed to meet the requirements for cleanliness.WarehouseSpecial air conditioning systems with stringent requirements for air purity, temperature, and humidity. The composition and classification are as follows:
CleanWarehouseThe central air conditioning system is primarily composed of the following equipment components:
Air Treatment Equipment: Includes heating, cooling, humidification, dehumidification, and purification systems. These systems are used for various air treatment processes to meet clean...WarehouseDemand for air quality.
2. Air Transfer Equipment and Pipe Systems: Deliver processed air to various clean rooms and circulate it within them. This includes fans, air ducts, supply air outlets, and return air outlets.
3. Heat and Cold Sources and Pipe Systems: Provide heat, cold, heat sources, and cold sources to the system. This typically includes chilled water plants, boilers, cooling towers, make-up water systems, chilled water circulation pumps, and chilled water circulation pumps.
Additionally, a modular air conditioning unit typically consists of functional sections such as the mixing section for fresh and return air, the sound absorption section, the return fan section, the heat recovery section, the primary filter section, the intermediate section, the cooling section of the surface cooler (including the water deflection section), the reheating section, the secondary return air section, the supply fan section, the sound absorption section, the medium efficiency filter section, and the supply air section, which are combined as needed.
CleanWarehouseCentral air conditioning systems can be categorized according to the settings of air processing equipment as follows:
Centralized Clean Air Conditioning System: All purification air conditioning equipment required for a single or multiple clean rooms within the system are centrally located in the machine room, and clean air is distributed to each clean room through supply air ducts. The centralized system boasts features such as centralized equipment, easy handling of noise and vibration, and control of multiple clean rooms, making it suitable for continuous process production, large clean room areas, centralized locations, and stringent requirements for noise and vibration control.Warehouse。
2. Distributed Clean Air Conditioning Systems: Individual purification or air conditioning equipment is installed in each clean room within the system. The distributed system is characterized by flexibility and simplicity, capable of meeting the diverse ventilation requirements of different rooms. It features a quick response in adjusting the system, without affecting the air parameters in other rooms. This system is suitable for small, single clean spaces that are easy to manage.
3. Semi-centralized Clean Air Conditioning System: A system that combines central air treatment with local treatment. It boasts the advantages of both decentralized systems, where each clean room can recirculate air locally to avoid back-and-forth transport, and centralized systems, where fresh air is supplied to each clean room as needed after air conditioning treatment to a certain state. The semi-centralized system is beneficial for controlling clean air parameters and is suitable for situations where different cleanliness zones need to be controlled within a single clean room.
In summary, cleanWorkshopCentral air conditioning systems are composed and classified based on cleanlinessWarehouseThe specific requirements and characteristics are determined. In practical application, it is necessary to adapt to cleanlinessWarehouseFactors such as process requirements, size, and layout are considered to select the appropriate system components and classification methods.
