Artico SY-AC900 User Manual - Page 12
Browse online or download pdf User Manual for Air Conditioner Artico SY-AC900. Artico SY-AC900 16 pages.
Also for Artico SY-AC900: User Manual (13 pages)
No refrigerant protection
When in Cooling mode and dehumidifying mode, if the compressor has worked for over 10 minutes, but
the temperature difference between the coil temperature and the room temperature is still less than 3
ºC and this temperature difference has lasted for over 30 minutes, the machine will enter into no-
refrigerant protection. This means, there is no refrigerant in the unit, so the compressor and water
spring motors will stop working, the down fan will stop running, the up fan will run at low speed and
lastly the LCD will display E3.
Water Drainage
The product has an automatic water evaporation system. The circulation of condensed water, cools
down the condenser. This not only increases refrigeration efficiency but also saves energy.
1. Manual drainage :
a. When the water tank is full and the unit stops working, please turn off the unit and unplug it
from the mains. Please do not move the unit abruptly, or the water will spilt out from water
recipient.
b. Screw off the water cover and unplug the water blocker. (Please see part 12 under section
"Parts of the SY-AC1200")
c. Use a water container to remove the water from under the unit.
d. When the water is out, plug in the water blocker once again and screw on the water cover
properly. (Please see part 12 under section "Parts of the SY-AC1200")
2. Continuous drainage:
a. Screw off the water plug and unplug the water blocker. (Please see part 12 under section
"Parts of the SY-AC1200")
b. Use a water pipe to connect it to the water outlet. Lead the pipe to the outside or
washroom.
c. When the water is out , plug in the water blocker and screw on the water cover (Please
see part 12 under section "Parts of the SY-AC1200")
This model has a self-evaporative function, under the cooling mode it is recommended not to use
continuous drainage in order to get a better cooling effect.