3.2 Installation
3.2.1 Suspension bolts
(1) Consider the pipe direction, wiring and maintenance
carefully, and choose the proper direction and location
for installation.
(2) Install the suspension bolts as shown in Fig. 3.2
below.
Fig. 3.2.1 Fixing the suspension bolts
·
For the concrete
·
For the steel beam
·
For the wooden beam
150 to160mm
Screw in
（
100 to150kg
）
Steel bar
Concrete
Suspension bolts
(W3/8 or M10)
“
”
shaped steel beam
Wood rib
（
）
60mm to 90mm
Wooden beam
Nut
Round washer
Square washer
Suspension bolts
13
3.2.2 The position of the suspension bolts and the pipes
(1) Mark the positions of the suspension bolts, the
positions of the refrigerant pipes and the drain pipes.
(2) The dimension are shown below.
·
Optimum air distribution is ensured.
·
The air passage is not blocked.
·
Condensate can drain properly.
·
The ceiling is strong enough to bear the weight of the
indoor unit.
·
A false ceiling does not seem to be at an incline.
·
Sufficient clearance for maintenance and servicing
is ensured.(See Fig.3.1.1,Fig3.1.2 )
·
Piping between the indoor and outdoor units is within
the allowable limits.(refer to the installation of the
outdoor unit )
·
The indoor unit, outdoor unit, power supply wiring
and transmission wiring must be kept at least 1 meter
away from televisions and radio, this prevents image
interference and noise in electrical appliances.
(Noise may be generated depending on the conditions
under which the electric wave is generated, even if a
one-meter allowance is maintained.)
·
Do not install the indoor unit in a machinery shop or
kitchen where vapor from oil or its mist flows to the
indoor unit. The oil will deposit on the heat exchanger,
thereby reducing the performance of the indoor unit,
and may deform and in the worst case, break the
plastic parts of the indoor unit.
Use suspension bolts to install the unit, check whether
·
or not the ceiling is strong enough to support the
weight of the unit. If there is a risk that the ceiling is
not strong enough, reinforce the ceiling before
installing the unit.
For bottom intake(42K~60K), replace the chamber
lid and the intake-side flange in the procedure listed
in below figures.
(1) Remove the intake-side flange, then remove the
chamber lid. Refer to Fig. 3.1.3 for the directions.
(2) Reattach the removed chamber lid in the orientation
shown in Fig. 3.1.4, reattach the removed intake-side
flange in the orientation as shown in Fig. 3.1.4.
Suspension bolts
(W3/8 or M10)
Nut
Fig. 3.1.3
Fig. 3.1.4
Intake-side flange
Chamber lid
Intake-side flange
Chamber lid
Filter
(
invalid
for
Filter
(
invalid
for
some
models
)
some
models
)
.1
Fig. 3.3 Suspension bolts
(Unit:mm)
a
b
c
d
Air outlet
Air inlet
Model
(Cooling capacity)
a
b
c
d
0
30
/0
35
961
910
375
447
0
50
/0
71
1231
1180
375
447
0
85
/1
00
1177
1140
666
720
1
25
/1
40
/1
60
1334
1300
756
800
DC Inverter E
-
Series
Duct Type
Unit
