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Q1: Why is a counterflow design more thermally efficient?
In a counterflow configuration, air travels upward directly against the downward flow of water, maximizing temperature differential throughout the heat exchange process. This generally results in higher cooling efficiency and a more compact tower footprint.
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Q2: How does the FMT Series help save installation space?
Because of its higher thermal efficiency, the FMT Series can often achieve the required cooling duty with a smaller footprint than comparable crossflow designs, making it ideal for projects with limited installation space.
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Q3: Can the tower operate under varying load conditions?
Yes. The tower is designed to maintain stable performance across a wide operating range and can be equipped with variable frequency drives (VFDs) for improved energy efficiency under partial-load operation.
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Q4: What maintenance practices are recommended?
Regular inspection of the fan system, water distribution nozzles, fill media, and basin is recommended. Proper water treatment will further extend component life and maintain thermal performance.
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Q5: What industries commonly use the FMT Series?
The FMT Series is widely applied in manufacturing, chemical processing, food production, pharmaceuticals, HVAC systems, and water treatment facilities where high cooling efficiency and compact design are important.