Timberk T-HU3.5-A15E-W Руководство по эксплуатации онлайн [19/44] 635834

IM2021

Switching on

Install the appliance vertically on a flat and dry surface, fill the tank with water then

connect the device to the power line. Press the button. The device will start to

operate in low steam intensity mode. At the very beginning of operation, the atomizing

level may appear unstable, which is caused by the temperature difference and water

quality. It will take a short period time for this process to stabilize.

Adjusting steam outlet intensity

Press the button to adjust steam outlet intensity. After turning on the device, it will

operate in low steam intensity mode. Press the button one time to select medium

steam intensity. Press the button again to select high steam outlet intensity.

The more steam comes out, the stronger and faster air humidification will be.

Comfortable conditions are reached at 40 to 60% relative air humidity. You can

yourself determine the comfortable humidity level or use hygrostat function by pressing

the button.

ATTENTION!

If a large amount of condensate is generated on the upper part of the appliance when it

is operating, then you need to decrease the steam outlet intensity.

ATTENTION!

In case of water shortage the indicator will light in red, on the right side of the

display.

TIMER function

Press the button to select shutdown time. Time can be selected in the following

order: 1-12H, step 1H

Constant humidity settings (hygrostat function)

During operation of the device press the button to select automatic required

relative humidity level.

The AUTO symbol appears on the display. After switching on this mode, the device

independently adjusts the steam flow rate, in accordance with the actual level of

relative humidity in the room.

If the current level of relative humidity in the room is ≤ 49% ≤, the humidifier will

operate in high evaporation rate mode; if the current level of relative humidity in the

room is between 50% and 60%, the humidifier will operate in medium evaporation rate