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Two adjacent air flows are completely isolated, high corrosion-resistant heat exchange plates (aluminum, stainless steel) are used to realize energy transfer between different fluids. It is energy-saving ventilation in hospitals with high protection requirements, instrument cleaning and drying, low-grade air energy recovery in industrial processes, The best choice for heat pump drying and indirect evaporative cooling.
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HCZA- Heat exchanger series
Description: Passive cooling mode, used in various enclosed spaces for cooling and heat dissipation of electronic equipment, ensuring long-term efficient operation with high reliability and energy-saving efficiency
Industry application: telecommunications, medical, industrial
Heat Exchange Capacity Range: 15W/K - 350W/K +
Product Introduction
Product Introduction
Passive cooling mode, used in various enclosed spaces for cooling and heat dissipation of electronic equipment, ensuring long-term efficient operation with high reliability and energy-saving efficiency.
Technique Feature
Technique Feature:
1. Reliable, efficient and cheaper solution
2. Cabinet inside climate is kept clean, dry and very comfortable condition
3. IP55 protection level
4. Less maintenance and less operation cost
5. OEM tailor design, could meet customer various requirements
6. Equipped with display screen, it can easily read the product degree and alarm
Technical parameters
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- Next Cross Flow Air To Air Heat Exchanger Core
Products
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Cross Flow Air To Air Heat Exchanger Core -
Counter Flow Air To Air Heat Exchanger CoreAmbient air passes through one side of an aluminum plate and contaminated air passes on the other side. Multiple plates are joined together in a special configuration to form the heat exchanger. Heated contaminated air flows through one set of air passages while the cold fresh air flows at a right angle through alternate, intervening passages. Heat is transferred from the contaminated air to the ambient air but the contamination remains in the contaminated air.
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