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2-10. DRAIN PIPING
The drain hose should point downward for easy drain. (Fig. 1)
°
2
O
i
Soft hose
1
| )
LD. 19/82 in.
' 1 (15 mm)
a
Different
diameter joint
Fig. 4
Fig. 2
Fig. 3
| Do not make drain piping as shown below. |
Tip of drain
hose dipped
Water
Water
"g2zZizz7772
Water —
At least
leakage
leakage
Waving
leakage
1-31/32 in.
(50 mm)
gap
lf the drain hose provided with the indoor unit is too short, connect it with a field-supplied drain hose (1). (Fig. 2}
When connecting the drain hose to a hard vinyl chloride pipe, be sure to insert it securely into the pipe. (Fig. 3)
lf the extension drain hose has to pass through a room, be sure to wrap it with insulation (ield-supplied).
When routing the drain piping, make sure that the drain hose (1) is routed as shown. (Fig. 4)
Insert the drain hose all the way to the base of the drain pan (end connection). (Fig. 5)
Make sure that the catch of the drain hose is securely hooked onto the projection on the hose fitting of the drain pan.
After connecting the drain hose, be sure to pull the hose to confirm that it is connected securely.
The catch should face up.
Make sure to hook the catch.
Projection
Drain hose
wa
* This projection is located behind
the hose fitting when viewing the
fitting from the front of the unit.
-11.EMBEDDING THE INDOOR UNIT IN A WALL
When
installing a grating, use a grating with narrow upper and lower horizontal bars so that the airflow from the upper and lower air outlets does not contact the
bars. If the horizontal bars will block the lower air outlet, use a stand, etc., to adjust the height of the indoor unit. If the upper or lower air outlet is blocked, the air
conditioner will not be able to cool or warm the room well.
Do not block the receiver with the grating. Otherwise, the grating will interfere with the remote controller signal and significantly reduce the distance and area (angle)
from which the signals can be received.
Use a grating with vertical bars, etc., that has at least 75% open area. If the grating has horizontal bars or if the open area is less than 75%,
performance could be
reduced.
When the indoor unit is embedded
in a wall (built-in), the time it takes for the room temperature to reach the set temperature will increase.
Backboard
.
3-15/16(100)
3-15/16(100
3 15/16(
) Upper air outlet
or more
Receiver
2.
1-1
Lower air outlet
Partition board
EMBEDDED INDOOR UNIT SETTING (MUST BE PERFORMED)
°
°
°
When
embedding
the indoor unit in a wall, restrict the movement of the horizontal vane
for the upper air outlet so that it only operates horizontally.
If this setting
is not performed,
heat will build up in the wall and
the room
will not be
cooled or warmed
properly.
Cut the wires on the left and right sides of JRFBL
using a pair of nippers, etc., as shown
below.
Route the drain hose diagonally below the con-
necting pipes.
Make sure that the drain hose is not routed up-
ward and that there are no waves in the hose.
Do not pull the hose when applying the tape.
Route the piping so that it does not project past
the rear of the indoor unit.
pipe
outward
Push
Piping
Refrigerant
Pull the hose to confirm it is
tape
piping
connected securely
A,
\ 1
3
©)})
Conduit
oe
Piping bent
Drain hose
Partition board
Grating
inch(mm)
Indoor unit
£
f
|
Partition board
TF
Backboard
Indoor temperature thermistor
Control board
Cut the wires on both ends.
Cut the JRFBL wires.
En-6
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