Control Pads On The Dehumidifier; Control Pads - Carrier CDG-105E Manuel Du Propriétaire

CONTROL PADS ON THE DEHUMIDIFIER

NOTE: The control panel of the unit you purchased may be slightly different according to the
models.
Ion
7

Control pads

When you push the pad to change operation modes, the unit will make a beep sound to
indicate that it is changing modes and the corresponding indicators in Display Window
illuminate.
Ê Power Pad
Press to turn the dehumidifier on and off.
Ë Mode Pad
Press to select the desired operation
mode from Dehumidifying, Dryer,
Continuous dehumidifying and Smart
dehumidifying.
NOTE: Dryer and Smart dehumidifying
modes are optional.
/ : Down/Up Pads
Ì Í
● Humidity Set Control Pads
The humidity level can be set within a
range of 35%RH (Relative Humidity)
to 85%RH (Relative Humidity) in 5%
increments.
For drier air, press the
to a lower percent value (%).
For damper air, press the
set a higher percent value (%).
● TIMER Set Control Pads
Use the Up/Down pads to set the Auto
start and Auto stop time from 0.0 to 24.
Î Timer Pad
Press to initiate the Auto start and Auto
stop feature, in conjuction with the
key pads.
05
ON
Fan
Timer
OFF
6 5
pad and set
pad and
3
8
ON OFF
4
Ï Fan Pad
Control the fan speed. Press to select
either High or Normal fan speed. Set the
fan control to High for maximum moisture
removal. When the humidity has been
reduced and quiet operation is preferred,
set the fan control to Normal.
Ð Ion Pad (optional)
Press to activate the ionizer. Anions ar
automatically generated by ionization.
The anions deactive the airborne
chemical vapors and dust particles. Press
it again to stop the function.
NOTE:When the Display Window is dark,
first press any Pads (except the Power
Pad) to make the Display Window light,
press again to set desired operation
modes.
Ñ Display Window
Shows the set % humidity level from 35%
to 85% or auto start/stop time (0~24)
while setting, then shows the actual (± 5%
accuracy) room % humidity level in a
range of 30% RH(Relative Humidity) to
90%RH(Relative Humidity).
and
Mode
Power
2 1
Fig.1