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Choosing the proper floor dryer helps improve system efficiency, production, and downtime. When purchasing a floor drier, the following factors should be considered:
1. The flow rate: floor drier is determined by the maximum capacity of your air compression system. The capacity is measured in SCFM at 100 PSIG and may be estimated by multiplying the air compression horsepower by four.
2. Operating pressure: The ideal floor dryer for your needs is also determined by your system’s lowest and maximum operating pressures. Dryers have a PSIG rating of 100. Capacity decreases with each increment from 100 PSIG. Moisture load reduces as pressure rises, decreasing strain on the compression system.
3. Air inlet and dew point temperature: Based on your system, you should also consider the minimum and maximum operating air inlet temperatures, and then determine the dew point requirements. The optimum dryer type will fulfil those requirements by operating successfully at a dew point temperature lower than the lowest ambient temperature to which the compressed air system may be subjected. The needed dew point temperature may be calculated by taking the lowest air temperature and reducing it by 20 degrees. While refrigerated dryers are adequate for most applications, essential applications needing minimal moisture in the airline may necessitate the use of a desiccant dryer.
4. Ambient temperature: You should be able to pick between a low-temperature dryer and a high-temperature dryer by establishing your system’s lowest and maximum operational ambient air temperature. The maximum input temperature of your dryer may be exceeded if the ambient temperature exceeds 100 degrees Fahrenheit. Consider bigger or high-temperature driers, which can tolerate greater ambient temperatures throughout the summer. Your air system’s optimum pressure dew point should be lower than the lowest ambient temperature at your site. Moisture will collect in the air lines if this is not done.
5. Application and environment: Considering air use is an important aspect in selecting the correct type of dryer. Most applications can benefit from a chilled drier, which generates air with a relative humidity of 10 to 20%. In contrast, desiccant dryers generate less than 0.5 percent relative humidity in the exit air and are utilised in higher-quality air instrumentation applications that need a clean stream of air.
Weather, indoor vs. outdoor use, and location are further considerations to consider. A reputable air compression firm should be able to advise you on the finest air compressor and air drier for your needs.
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