The evaporative condenser stands as a pinnacle of efficient, energy-saving heat exchange technology. This state-of-the-art equipment employs a water film sprayed onto the external surface of the heat exchange coil, facilitating the evaporation and absorption of heat from the internal fluid. This process causes the fluid inside the tube to condense seamlessly. As dry, cold air enters through the lower inlet, it engages in a transformative heat and mass exchange with the descending circulating water. This interaction results in the air absorbing heat and moisture, transforming into hot and humid air, which is then expelled through the top outlet. The cooled medium enters from the upper inlet of the coil group, traversing multiple circuits inside the coil group to ensure maximum heat exchange with the circulating water, before finally being discharged from the lower outlet. The circulating water is methodically pumped from the lower collection tank to the upper sprinkler pipe group and is evenly disseminated over the coil group's outer surface via high-flow nozzles. Throughout its journey, it continues to transfer heat with both the internal medium and the external air. While a small portion of the water evaporates into the air, the majority returns to the collection tank for continued recirculation, ensuring sustained efficiency.
This innovative series is engineered for optimal convenience and performance, featuring a design that allows for the transport of standard components in upper and lower boxes for on-site assembly. This significantly eases both transportation and installation. The heat exchange tube, crafted as an elliptical tube, minimizes refrigerant usage and ensures a more compact arrangement, reducing the airflow resistance required for cooling. Its unique structural design and superior thermal performance confer numerous advantages, including a lower condensation temperature, water-saving operations, energy efficiency, low noise levels, and zero environmental impact. These attributes underline its status as a truly energy-efficient and eco-friendly solution.
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