1
1-11-1-1-38
Air-flow blocker
(
470×65×T10)
Air-flow blocker
Air-flow blocker
Air outlet
Air outlet
Sealer (570×90×T2)
Air-flow
blocker B
Air-flow
blocker A
Sealer
Air-flow
blocker A
Sealer
Sealer
Wire
Indoor unit
Refrigerant
piping
Electrical
component box
Drain piping
Installation instructions
1
3
2
Part name
<Fig. 1>
2
1. Accessory parts
2. Mounting procedure
The accessory parts are required for the installation work so they should not be discarded until the work is
completed.
No. of
parts
Part name
No. of
parts
Part name
No. of
parts
(1) Checking where the air-flow blocker is to be attached
(2) Fit the air-flow blocker into place to match the shape of the air outlet,adhere the tape of the both side of air-flow blocker
to the drain pan and adhere the sealer on top to block the passage of air. (Fig. 2) (Fig. 3)
Cut off
Tape
Tape
Sealer
Sealer
Tape
Tape
Air-flow blocker A
Air-flow blocker B
<Fig. 2>
<Fig. 3>
<Fig. 4>
Air outlet<3>
Air outlet<1>
Air outlet<2>
Air outlet<4>
Refrigerant
piping
<Layout of air outlets>
Drain
piping
“nanoe”air outlet
Air outlet blocking patterns
As seen from underneath the indoor unit
3-way air outlet
One outlet can be
blocked.
Air outlet duct
connection flange
(
Ø
150):field supply
connection 3-way air
outlet
One outlet can be
blocked and
connected to a duct.
Air outlet duct
connection flange
(
Ø
150):field supply
connection 2-way air
outlet
Two outlets can be
blocked and
connected to a duct.
Note: The duct can
be connected
only in one of
the locations
shown.
2-way air outlet
Two outlets can be
blocked.
● When a 2- or 3-way air outlet configuration is used or when the
air outlet duct connection flange (
Ø
150):field supply
is connected, block the air outlets as per the air outlet blocking
patterns illustrated below.
Also,
see
the table below, and decide on where the pipings
are
to be positioned.
(To better understand what the illustrations show,
see
the
figure
on the right.)
Note: Take care to prevent cold air leaks and deficient insulation
while performing the air outlet duct connection flange
(
Ø
150):field supply work in order to prevent condensation
from forming.
● It should be borne in mind that any air outlet blocking pattern with
the hatching mark will make it impossible for the “nanoe”
nano-technology fine particle function to work.
● Under no circumstances must any air outlet blocking patterns not
shown in the table below be used.
Blocking area
Air outlet duct
connection flange
(
Ø
150):field supply
<1>
<3>
<2>
<4>
Air outlet
direction
Refrigerant
piping
“nanoe”
air outlet
Drain
piping
■ Changing the DC fan tap settings
For Air outlet<1>
When Air-flow blocker A is to be attached, cut it in
parallel with the slit. (Fig. 1)
For Air outlet<2>
Air-flow blocker B can be used as is.
For Air outlet<3>or<4>
Air-flow blocker A can be used as is.
While referring to “Selecting the DC fan motor taps”
,
change the DC fan speed by using the wired remote
controller or by setting the DIP switches on the indoor unit control PCB.
<1>
<2>
<3>
<4>
A
B
A
:2
B
:1
Drain pan
Drain pan
Adjust the position of packing
and attach it so that "a" can be
10mm and more.
a
a
a
a
Corner metal
・
Fold the protruding parts of the sealer over the side
panel, and adhere them into place.
・
Ensure that the sealer does not come
into contact
with the corner metal fitting.
・
Cut the sealer diagonally so that no contact is made
with the wire.
(3) Adhere the sealer to the drain pan with an
overlap of 10 mm or
more.
(Condensation may form if it is adhered with no overlap.) (Fig. 4)
■
Air-flow Blocking Kit
CZ-CFU3
Installation Instructions
Fig. 1-11-1-1-5
Fig. 1-11-1-1-6
Fig. 1-11-1-1-7
Air-flow blocker
Double-sided tape
Drain pan
(3) Adhere the sealer to the drain pan with an overlap of 10 mm or more.
(Condensation may form if it is adhered with no overlap.)
(fig. 1-11-1-1-7)
Ensure that the sealer does not come into contact
with the corner metal fitting.
Cut the sealer diagonally so that no contact is made
with the wire.
Fold the protruding parts of the sealer over the side
panel, and adhere them into place.
Sealer
Sealer
*1
*2
Air-flow blocker
Drain pan
Air outlet
Air outlet
(Sectional view)
Drain pan
Drain pan
(Top view)
Please affix in accordance
with the end of the drain pan.
Drain pan
(Sectional view)
Double-sided tape
Air-flow blocker (470×65×T10)
Air-flow blocker
Air-flow blocker
Air outlet
Air outlet
Sealer (570×90×T2)
Installation instructions
1
3
2
Part name
Fig. 1-11-1-1-4
Accessory parts
Mounting procedure
The accessory parts are required for the installation work so they should not be discarded until the work is
completed.
No. of
parts
Part name
No. of
parts
Part name
No. of
parts
(1) Checking where the air-flow blocker is to be attached
(2) Fit the air-flow blocker into place to match the shape of the air outlet,adhere the tape of the both side of air-flow blocker
to the drain pan and adhere the sealer on top to block the passage of air. (Fig. 1-11-1-1-5) (Fig. 1-11-1-1-6)
Cut off
Double-sided tape
Tape
Sealer
Sealer
Tape
Double-sided
tape
Air-flow blocker A
Air-flow blocker B
Fig. 1-11-8
Fig. 1-11-9
Fig. 1-11-10
Air outlet<3>
Air outlet<1>
Air outlet<2>
Air outlet<4>
Refrigerant
piping
<Layout of air outlets>
Drain
piping
“nanoe”air outlet
3
3. Air outlet blocking patterns
As seen from underneath the indoor unit
3-way air outlet
One outlet can be
blocked.
Air outlet duct
connection flange
(Φ150):field supply
connection 3-way air
outlet
One outlet can be
blocked and
connected to a duct.
Air outlet duct
connection flange
(Φ150):field supply
connection 2-way air
outlet
Two outlets can be
blocked and
connected to a duct.
Note: The duct can
be connected
only in one of
the locations
shown.
2-way air outlet
Two outlets can be
blocked.
●
When a 2- or 3-way air outlet configuration is used or when the
air outlet duct connection flange (
Φ
150)
:
field supply
is connected, block the air outlets as per the air outlet blocking
patterns illustrated below.
Also, refer to the table below, and decide on where the pipings
are to be positioned.
(To better understand what the illustrations show, refer to the
figure on the right.)
Note
:
Take care to prevent cold air leaks and deficient insulation
while performing the air outlet duct connection flange
(
Φ
150)
:
field supply work in order to prevent condensation
from forming.
●
It should be borne in mind that any air outlet blocking pattern with
the hatching mark will make it impossible for the “nanoe”
nano-technology fine particle function to work.
●
When the air-flow blocker has been provided in any air outlet
blocking pattern with the hatching mark, set the “nanoe” function
to “off” using the remote controller.
●
Under no circumstances must any air outlet blocking patterns not
shown in the table below be used.
Blocking area
Air outlet duct
connection flange
(
Φ
150)
:
field supply
<1>
<3>
<2>
<4>
Air outlet
direction
Refrigerant
piping
“nanoe”
air outlet
Drain
piping
■
Changing the DC fan tap settings
For Air outlet<1>
When Air-flow blocker A is to be attached, cut it in
parallel with the slit. (Fig. 1-11-1-1-4)
For Air outlet<2>
Air-flow blocker B can be used as is.
For Air outlet<3>or<4>
Air-flow blocker A can be used as is.
While referring to “4. Selecting the DC fan motor taps,” change the DC fan speed by using the wired remote
controller or by setting the DIP switches on the indoor unit control PCB.
A
B
A
:2
B
:1
Drain pan
Drain pan
Adjust the position of packing
and attach it so that "a" can be
10mm and more.
a
a
a
a
・
Fold the protruding parts of the sealer over the side
panel, and adhere them into place.
・
Ensure that the sealer does not come
into contact
with the corner metal fitting.
・
Cut the sealer diagonally so that no contact is made
with the wire.
(3) Adhere the sealer to the drain pan with an
overlap of 10 mm or
more.
(Condensation may form if it is adhered with no overlap.) (Fig. 1-11-10)
Air-flow
blocker B
Air-flow
blocker A
Sealer
Air-flow
blocker A
Sealer
Sealer
Wire (*2)
Indoor unit
Refrigerant
piping
Electrical
component box
Drain piping
<1>
<2>
<3>
<4>
Corner metal
SM830283-00_欧州向け R32シングル36-71形TD&SM.indb 38
20/01/30 10:25:28
Содержание S-3650PF3E
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