OUTLINE | |||
Most of the problems with pneumatic devices
are caused by water droplets forming
inside
air lines. The air/moisture separation
method
separates this liquid from the air.
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NEW CONCEPT The WELL AIR is a new concept in compressed air water removers that separate and eliminate water. It is installed at the end of the air supply line. Since the performance of the separator does not deteriorate over time, it does not require any maintenance and it is easy to use. Conventional water elimination methods Conventional water removing methods use both a dryer and a filter, and they work as follows: A refrigeration type dryer is installed near the compressor, in order to cool the air (thus removing the moisture). An air filter and regulator are installed on an air line after the water drain outlet, to remove impurities. Disadvantage of conventional methods Conventional methods have the following disadvantages: a. A long pipe between the dryer and the pneumatic device at the end of the airline will allow water droplets to form inside the pipe due to temperature variations and other causes. b. Over time, the performance of a filter may deteriorate. c. Maintenance tasks, such as replacing filters, are a nuisance. Reason this product was developed Our company was created to maintain air compressors and sell air dryers and filters. However, we received lots of claims from users who have had lots of problems with their pneumatic devices, which caused them to produce faulty products due to water drops in the air. Why we developed WELL AIR by ourselves Faced with the claims mentioned above, we decided to develop a high-performance compressed air water remover that would not need filters and drying agents. The WELL AIR doesn't use any special elements such as filters and drying agents, nor does it require power, heat, or freon. Therefore, its performance will not deteriorate. It is a dramatically small and lightweight compressed air water remover using a new collision separation method that allows maintenance-free operation. |
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Measures to restrict the formation of water
droplets near the compressor cannot
effectively
eliminate water condensing inside pipes.
The most effective way to eliminate
water
is just before the air enters a pneumatic
device (at the end of the system). |
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Our products separate air and moisture, work
at the end of the air delivery system,
don't
cause any loss of performance, and
do not
require any maintenance. These features
will
improve performance and reduce your
costs. |
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