Phoenix 300 Max LGR Dehumidifier

Phoenix 300 Max LGR Dehumidifier SCI Supply There’ll always be ducting as a desiccant dehumidifier is correctly set-up. The amount of bends and duct length decrease air flow that will change the performance. Every effort ought to be made to keep all duct runs as straight and short as they can be. Attention also should be provided to have all processed air flow travel through all the affected space and not have the ability to “short circuit,” and leave very minimal air change within remote spaces.

As a reactivation outlet air’s dew point may be greater than ambient conditions, you might need to utilize insulated duct; make sure that condensation which might happen in the duct doesn’t flow back inside the desiccant dehumidifier. Running a reactivation duct around a cold slab also could produce condensation inside a duct. When you can a reactivation duct ought to be run similar to the way in which a drain line runs in order for condensation not to leak inside the affected space.

Within some instances with portable desiccant dehumidifiers situated inside the affected space, it might be challenging to discover a suitable way to vent reactivation exhaust on the outside. In those instances, LGR’s of appropriate capacity and airflow may be utilized to dehumidify reactivation air, and essentially create a condensing desiccant. It’s advised that the LGR’s air flow be at the minimum, of two times the reactivation air flow. Within those circumstances extra grain depression may be accomplished by taking reactivation inlet air from the LGR’s process air.

As you think about drying using desiccants it’s good to think in terms of this: %RH. If you’re familiar with the EMC for wood, it might be useful to know a desiccant rotor will respond to changes within %RH similar to way wood will, except silica inside the rotor will respond around 1,000 times quicker. All of the process inlet air ought to be the greatest %RH possible, plus, all of the reactivation inlet air ought to be at the lowest %RH it can be. As the process RH runs high, a rotor adsorbs maximum dampness. As regeneration RH runs low, a rotor gives up maximum dampness. That’s a proven method of getting the ideal grain depression figures and driest air.

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