A)  TEMPORARY-
1. 
Attach one end 
of 
the duct to the exhaust air outlet of the 
mobile air conditioner, push it 
as 
depicted 
in 
Fig.6, 
be 
sure 
to fix thoroughly. 
(See Fig.6) 
2.  Attach the other end 
of 
the duct to adaptor 
B. 
3. 
Put the end of duct to a nearby window. 
S) PERMANENT-
1. 
Attach one  end 
of 
the duct to the exhaust air outlet of the 
mobile air conditione
r. 
Push it according to the arrow 
direction, 
be 
sure to fix  thoroughly. (See Fig.6) 
2. 
Install the adaptor A onto the wall by using 4 expansion 
plugs and screws, 
be 
sure to fix thoroughly. (See Fig. 8) 
3. 
Attach the other end of the duct to adaptor 
A. 
4.  Cover the hole 
us
ing 
th
e adaptor cap when not 
in 
use. 
•  The duct can 
be 
compressed or extended between 
SOem 
(1.64ft) 
and 
200cm (6.56ft
), 
bu
t i  is desirable to  keep the duct length to a 
minimum. 
IMPORTANT: 
DO 
NOT OV
ER 
BE 
0 THE DUCT (SEE Fig. 9 ) 
4.  WATER TANK SAFETY FEATURE 
This unit is equipped with an internal 
water 
tank which 
has been secured with a band in the factory to protect 
the 
water 
lever switch 
dur
ing transporation.  Remove 
the 
water 
tank from the housing and remove the band. 
Replace the 
water 
tank to i s original position gently. 
Caution: Do n
ot 
slam 
or 
kick  he 
water 
tank 
in 
to place!! 
When the water level reaches a predetermined level, the 
digital display area shows 
"p  "and the water full indicator 
light flashes(red). 
Carefully 
re 
ove 
th
e water tank from the 
cabinet and dispose 
of 
the wa er (See Fig.11). Replace the 
water tank back to its original positi
on
. The red  light will stop 
flashing and 
"P1" 
symbol will disappear. The unit will continue 
operating properly. 
Note: When removing the water  a  out from the cabinet, please 
do 
it 
slowly and gently to prevent water splashing. 
Any time  the water tank is removed/displaced, 
and 
lor 
full  of water, the wate  fu
ll 
indicator will flash red 
and the digital display area  wi
ll 
show "
P1
". 
ExpansIon plug 
pos
iti
on 
Fig.11 
Fig.8 
Fig.9 
Fig.10