Humidification 39 High pressure gets even better
HYGROMATIK HAS INTRODUCED an adiabatic high pressure nozzle system, HPS – formerly HDS – to its range of low energy products.
The HPS humidifies the air in air- conditioning and ventilation systems and provides a high humidification performance for an extremely low energy requirement and with maximum control accuracy.
The system ensures particularly reliable aerosol separation and maximum hygiene as the systems help eliminate standing water and the use of harmful chemicals. Instead of a one droplet separator, the HPS is equipped with two easy-to-remove, cleanable drop separators from a high- quality inert metal braiding.
National sales manager Andie Chessun comments: “The newly enhanced HPS ensures improved precision and lower energy use while continuing to deliver high hygiene standards, removing the need for chemicals.
“The product is the latest addition to our already extensive offering of solutions to further meet the needs of our customers. HPS ensures a quick payback and long service life through the use of
high quality components.” The control has a Modbus gateway as standard. Therefore it is easily integrated with building management systems to simplify energy use monitoring. The system now has more settings to suit specific needs for a wide range of storage requirements including food, textile and antiques, through to providing the correct humidification for clean rooms. Not having the correct humidity for these processes can have major cost implications if stock or hygiene is compromised.
The evaporation of the fine mist cools the air adiabatically. With forced draught cooling in summer, this can save up to a third in the dimensioning of the cooling register. This saves cost at the investment and during operation.
The high pressure atomisation of approximately 75bar offers high humidification performance for a low energy requirement.
Due to its high efficiency and precise controllability, the system ensures efficient use of fully de-mineralised water and, due to minimum water loss, low water usage.
Carel
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ACR News September 2014
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