Energy-saving with cold packs. A dryer that cools and dehumidifies using compressed air as a refrigerant.
This is a refrigerated air dryer that cools and dehumidifies compressed air using refrigerant. Unlike conventional refrigerated dryers, by incorporating a phase change material (PCM) called a refrigerant into the heat exchanger, the operating time of the built-in refrigerant compressor is reduced, and energy-saving effects are achieved by absorbing flow and temperature changes. <Features> - The PCM cuts unnecessary operation of the built-in refrigerant compressor. - Adopts a no-aerosol drain, resulting in zero aerosol during drainage. *For more details, please download the PDF or feel free to contact us.
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basic information
【Specifications】 ■ Fluid used: Compressed air ■ Dehumidification method: Refrigeration type ■ Cooling method: Air-cooled (only during compressor load) ■ Process air pressure range: 0.3 to 1.6 MPa ■ Process air temperature range: 4 to 50℃ ■ Ambient temperature: 4 to 45℃ ■ Installation location: Indoor ■ Outlet dew point temperature: 10℃ at pressure ■ Alarm output: High dew point signal
Price information
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Delivery Time
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Applications/Examples of results
Dehumidification of compressed air. Installed on the secondary side of the air compressor.
Detailed information
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It will be the appearance (small and medium) and the image of the heat exchanger.
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This is a system image. The inside of the heat exchanger has a three-layer structure consisting of compressed air, PCM, and refrigerant. It monitors the minimum temperature of the compressed air and stops the refrigerant compressor when it reaches 2°C. After that, it cools the compressed air using only the stored energy. Once the minimum temperature of the compressed air rises to 6°C, the refrigerant compressor starts operating.
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Company information
Nikkiso Co., Ltd. has an Industrial Division that mainly handles pump products, an Aerospace Division that deals with carbon fiber components for aircraft, and a Medical Division that handles artificial dialysis devices. In the Industrial Division, in addition to pump products, we handle electronic component manufacturing equipment centered around isostatic pressing devices, water quality control equipment for thermal and nuclear power generation, and air dryers. While leveraging existing technologies, we are always challenging ourselves with new technologies through flexible thinking that is not constrained by conventional frameworks. To ensure the stable supply of high value-added products, we place great importance on our in-house training system and are committed to the guidance and development of young employees by veteran staff.
