background image

Required installation space (mm)

Suction Discharge

Discharge 

Floor level

At least 

2500 from 

a floor

Fig. 1

MODEL NAME (FXFQ~SVM)

 [mm]

25 · 32 · 40 · 50 · 63 · 80 

256

100 · 125

298

Indoor unit

Indoor unit

*1500 or 

more from 

a wall

 (NOTE 2)

(NOTE 1)

Lighting

Exhaust

 fan

At least 1500 

 

from an

y fixture

1500 or 

more

2000 or more

4000  or more

Obstacles

(unit [mm])

Fig. 2

 CAUTION

• 

Any vents, light fixtures, or other appliances which may 
disturb the airflow might cause ceiling to become dirty if 

located too nearby, so follow 

Fig. 2 when installing.

Note)
1.  This restriction applies to the exposed type lighting, but 

does not apply to the recessed type (which does not 
protrude below the ceiling line).

2.  The clearance from the wall (indicated with *) must be 

500 mm or more if the air outlet is closed or the hori-

zontal blade is set to Airflow block and, if the corners 

(left and right corners of the target air outlet) are also 
closed, 200 mm or more. 

For how to set the airflow direction (including Airflow 

block) with the horizontal blade, refer to “Individual 

Airflow Direction” in the operation manual attached to 

the remote controller.

• 

Install the indoor and outdoor units, power supply wiring, 
remote controller wiring and transmission wiring at least 
1 meter away from televisions or radios to prevent image 
interference or noise. 
(Depending on the radio waves, a distance of 1 meter may 

not be sufficient to eliminate the noise.)

• 

Install the indoor unit as far as possible from fluorescent 

lamps. 
If a wireless remote controller kit is installed, the transmis-
sion distance may be shorter in a room where an electronic 

lighting type (inverter or rapid start type) fluorescent lamp is 

installed.

• 

Localized temperature difference from the room tempera-

ture, if too large, can affect how the infrared floor sensor 

judges. 

(This may occur, for example, in an area where floor heat

-

ing/high-temperature heat generating equipment is in-
stalled.)

• 

Each sensor has been set so that the center of the sensing 
area is located in the center of the product 800 mm above 

the floor (in case of the infrared presence sensor) or 0 mm 
above the floor (in case of the infrared floor sensor) when 

the ceiling height is approximately 2.7 m.

(2)  Ceiling height

• 

This indoor unit can be installed in a space of which ceil-
ing height is up to 3.5 m (Type 100 · 125: 4.2 m)

• 

However, if the ceiling height exceeds 2.7 m (Type 100 · 
125: 3.2 m), it is necessary to set from the remote con-
troller on site. Refer to the section “

10. FIELD SETTING 

AND TEST OPERATION”.

(3)  Direction of the air discharge

• 

Select the number of directions of the optimum air dis-
charge for the shape or the position of the room.

• 

The number of directions of the air discharge can be 
changed by installing a sealing material.

• 

When installing a sealing material, the field setting from 

the remote controller is required. For details, refer the 
operation manual attached to the sealing materials.
(It is set to the setting position number “01” (Standard · 
All round outlet) when shipped from the factory.)

• 

To use the optional sealing material kit to change the 
setting of air discharge direction (4-way blow type (with 
corners sealed)/3-way blow type), refer to the installa-
tion manual attached to it.

*:  Refrigerant 

  piping

*

*

*

[Direction of air discharge]

All round

4-way

3-way

Fig. 3

(4)  Use hanging bolts for installation.

Investigate if the installation place can withstand the mass 
of the indoor unit and, if necessary, hang the indoor unit 
with bolts after it is reinforced by beams etc. 
(Refer to the installation pattern paper (5) for the mounting 
pitch.)

(5) 

Infrared presence/floor sensor’s sensing area

The sensing area is as shown in the figure below.

800 mm

h

φ

a

φ

b

[Target of detected area]

Infrared floor 

sensor

Infrared 

presence sensor

Indoor unit installation height h [m]

2.7

3.5

4.0

Infrared presence sensor 

f

a [m]

Approx. 

8.5

Approx. 

11.5

Approx. 

13.5

Infrared floor sensor 

f

b [m]

Approx. 

11

Approx. 

14

Approx. 

16

3P335596-2D        English 

4

Summary of Contents for FXFQ25SVM

Page 1: ...ensing FXFQ25SVM FXFQ63SVM FXFQ32SVM FXFQ80SVM FXFQ40SVM FXFQ100SVM FXFQ50SVM FXFQ125SVM INSTALLATION MANUAL CAREFULLY READ THESE INSTRUCTIONS BEFORE INSTALLATION KEEP THIS MANUAL IN A HANDY PLACE FOR...

Page 2: ...h may result in the air conditioner falling down and causing injury In addition it may lead to vibration of indoor units and cause unpleasant chattering noise Carry out the specified installation work...

Page 3: ...ance that the refrigerant to be used for installation work is R410A The air conditioner will not properly operate if a wrong refrigerant is used For installation of the outdoor unit refer to the insta...

Page 4: ...ing operation and the warm air discharge during the heating operation Does the indoor unit makes unpleasant sound of air discharge Have you explained how to operate the air conditioner showing the ope...

Page 5: ...perature heat generating equipment is in stalled Each sensor has been set so that the center of the sensing area is located in the center of the product 800 mm above the floor in case of the infrared...

Page 6: ...to reinforce the ceiling framework to keep the level of the ceiling and prevent vibration of the ceiling For details consult with the builder and interior designer 3 Install the hanging bolts Use M8...

Page 7: ...n piping side gets high it may cause malfunction of a float switch and results in water leakage Attach nuts on the upper and lower side of hanger If there is no upper nut and the lower nut is over tig...

Page 8: ...rench use Table 3 as a rule of thumb When tightening a flare nut with a spanner harder and harder there is a point where the tightening torque sud denly increases From that position tighten the nut ad...

Page 9: ...nitrogen flow through the piping is approximately 0 02 MPa a pressure that makes one feel like breeze and can be obtained through a pres sure reducing valve 2 Do not use flux when brazing refrigerant...

Page 10: ...the tip of the metal clamp 2 inward as shown Refer to Fig 16 In case of sticking vinyl tape Tightened part approx 90 Stick vinyl tape without tearing the sealing material Large 10 Vinyl tape In case...

Page 11: ...ng the drainage of water refer to Fig 20 and attach the sealing material 14 to perform the thermal insulation of the drain socket Sealing material 14 accessory Fig 20 When the electric wiring work is...

Page 12: ...nit always wiring the indoor unit to the terminal indicated with the same symbol on the terminal block If the wiring and the piping are connected to the different indoor units and operated it will res...

Page 13: ...ning cannot be car ried out If a terminal is over tightened it may be damaged Refer to the table shown below for tightening torque of terminals Tightening torque N m Terminal block for remote controll...

Page 14: ...supply wiring high voltage R10 or more R10 or more Strand the wirings after sheath is peeled off After the wirings are clamped cut off the extra part After the wirings are clamped cut off the extra pa...

Page 15: ...L Remote controller option Remote controller option Remote controller option L N L N L N P1P2 F1 F2 T1 T2 P1P2 P1P2 F1 F2 T1 T2 P1P2 P1P2 F1 F2 T1 T2 P1P2 No 2 system When carrying out group control o...

Page 16: ...ore 9 MOUNTING DECORATION PANEL CAUTION In case of a wireless remote controller unless the decoration panel is mounted field setting and test opera tion cannot be carried out Refer to the installation...

Page 17: ...cleaning indication is not necessary such as the case of periodical clean ing being carried out TEST OPERATION After cleaning the indoor unit inside carry out test operation according to installation...

Page 18: ......

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Page 20: ...1310 FS 3P335596 2D EM13A007...

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