Carel humiFog UA1K0HM00, User Manual

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Fig. 2.b Fig. 2.c
2.4 Distribution
The following diagrams illustrate the typical applications in ducts (Fig. 2.b) or directly into ambient locations (Fig. 2.c).
The ambient humidity is measured by a probe (1), or receives a command signal from an external controller, and is read by the
controller contained in the humiFog pumping station (6). The controller then compares the humidity measured in the room against the
humidity set point, starting, when necessary, the production of the pump. The demineralized water produced by the water treatment
system (7) is brought to high pressure by the humiFog pump (6), sent to the manifolds for distribution into the duct or directly into the
room (5), and then atomized by the nozzles (4). The percentage of water fog evaporated depends on the temperature and speed of the
air, as well as on the relative humidity reached. In duct applications, any non-evaporated droplets are separated by a mist eliminator
filter or cooling coil (2), collected in the bottom tank (3) and immediately discharged. The control system that is integrated into the
pumping station controls the solenoid “zone” valves, which supply the nozzle distribution system.
Duct or AHU
Ambient
(Manifolds)