![Daikin FXMQ25PVE [19/20] Systems indoor units 148](/img/pdf.png)
Daikin FXMQ25PVE [19/20] Systems indoor units 148
![Daikin FXMQ25PVE [19/20] Systems indoor units 148](/views2/1702321/page19/bg13.png)
• Indoor Units • CONCEALED CEILING UNIT • FXMQ-PVE
•VRV
®
Systems • Indoor Units
148
10 Fan characteristics
FXMQ40P
3D060456
External static pressure
Air flow (m
3
/min)
L
o
w
e
r
l
i
m
i
t
o
f
E
S
P
(
r
a
t
i
n
g
E
S
P
)
External static pressure
Air flow (m
3
/min)
(mmH
2
O) (Pa) (mmH
2
O) (mmH
2
O) (Pa) (mmH
2
O)
Fan characteristics
Fan characteristics
(For local setting of remote control)
HH
(max ESP)
H
(max ESP)
HH
(min ESP)
L
(max ESP)
H
(rating ESP)
(note7)
max ESP
min EPS
Low
er
l
i
mi
t
of E
S
P
(
max
E
S
P
)
U
p
p
e
r
l
i
m
i
t
o
f
E
S
P
(
N
o
t
e
6
)
(
m
a
x
E
S
P
)
U
p
p
e
r
l
i
m
i
t
o
f
E
S
P
(
r
a
t
i
n
g
E
S
P
)
L
o
w
e
r
l
i
m
i
t
o
f
E
S
P
(
m
i
n
E
S
P
)
U
p
p
e
r
l
i
m
i
t
o
f
E
S
P
(
m
i
n
E
S
P
)
L(rating ESP)
H (min ESP)
L (min ESP)
NOTES
1 As for this machine, setting is possible
by 13 position of ESP
2 Fan characteristics c shows a fan
characteristic at the time of the
“maximum ESP” “rating ESP”
“minimum ESP” as a representative.
3 Fan characteristics d (for field setting
of remote control) shows a fan
characteristic of each ESP of field
setting possible air flow “HH”.
4 Please choose ESP setting by using
fan characteristics c and fan
characteristics d by the resistance of
a connect duct.
5 The remote control can be used to
change “HH” “H” and “L”.
6 ESP: External Static Pressure
7 The value in this figure shows ESP in
rating air flow.
Range of available air flow rate in ªHH¼
rating EPS
HH
(rating ESP)
(mmH
2
O)
(mmH
2
O) (mmH
2
O) (mmH
2
O)
FXMQ50P
3D060457
External static pressure
Air flow (m
3
/min)
L
o
w
e
r
l
i
m
i
t
o
f
E
S
P
(
r
a
t
i
n
g
E
S
P
)
External static pressure
Air flow (m
3
/min)
(mmH
2
O) (Pa) (mmH
2
O) (mmH
2
O) (Pa) (mmH
2
O)
Fan characteristics
Fan characteristics
(For local setting of remote control)
(note7)
max ESP
min EPS
L
o
w
e
r
l
i
m
i
t
o
f
E
S
P
(
m
a
x
E
S
P
)
U
p
p
e
r
l
i
m
i
t
o
f
E
S
P
(
N
o
t
e
6
)
(
m
a
x
E
S
P
)
U
p
p
e
r
l
i
m
i
t
o
f
E
S
P
(
r
a
t
i
n
g
E
S
P
)
L
o
w
e
r
l
i
m
i
t
o
f
E
S
P
(
m
i
n
E
S
P
)
U
p
p
e
r
l
i
m
i
t
o
f
E
S
P
(
m
i
n
E
S
P
)
NOTES
1 As for this machine, setting is possible
by 14 position of ESP
2 Fan characteristics c shows a fan
characteristic at the time of the
“maximum ESP” “rating ESP”
“minimum ESP” as a representative.
3 Fan characteristics d (for field setting
of remote control) shows a fan
characteristic of each ESP of field
setting possible air flow “HH”.
4 Please choose ESP setting by using
fan characteristics c and fan
characteristics d by the resistance of
a connect duct.
5 The remote control can be used to
change “HH” “H” and “L”.
6 ESP: External Static Pressure
7 The value in this figure shows ESP in
rating air flow.
Range of available air flow rate in ªHH¼
rating EPS
HH
(max ESP)
H
(max ESP)
H
(min ESP)
L
(max ESP)
H
(rating ESP)
HH
(rating ESP)
L
(rating ESP)
HH
(min ESP)
L
(min ESP)
(note7)
max ESP
(mmH
2
O)
(mmH
2
O) (mmH
2
O) (mmH
2
O)
FXMQ63P
3D060458
External static pressure
Air flow (m
3
/min)
L
ow
e
r
l
i
mi
t o
f E
S
P
(
r
ati
ng E
S
P
)
External static pressure
Air flow (m
3
/min)
(mmH
2
O) (Pa) (mmH
2
O) (mmH
2
O) (Pa) (mmH
2
O)
Fan characteristics
Fan characteristics
(For local setting of remote control)
HH
(max ESP)
H
(max ESP)
H
(min ESP)
L
(max ESP)
H
(rating ESP)
(note7)
max ESP
min EPS
L
o
w
e
r
l
i
m
i
t
o
f
E
S
P
(
m
a
x
E
S
P
)
U
p
p
e
r
l
i
m
i
t
o
f
E
S
P
(
N
o
t
e
6
)
(
m
a
x
E
S
P
)
Up
per
l
imi
to
fES
P
(rat
i
ng E
SP)
Low
er
l
i
m
i
to
f
E
S
P
(
m
i
n
E
S
P
)
U
p
p
e
r
l
i
m
i
t
o
f
E
S
P
(
m
i
n
E
S
P
)
NOTES
1 As for this machine, setting is possible
by 14 position of ESP
2 Fan characteristics c shows a fan
characteristic at the time of the
“maximum ESP” “rating ESP”
“minimum ESP” as a representative.
3 Fan characteristics d (for field setting
of remote control) shows a fan
characteristic of each ESP of field
setting possible air flow “HH”.
4 Please choose ESP setting by using
fan characteristics c and fan
characteristics d by the resistance of
a connect duct.
5 The remote control can be used to
change “HH” “H” and “L”.
6 ESP: External Static Pressure
7 The value in this figure shows ESP in
rating air flow.
Range of available air flow rate in ªHH¼
rating EPS
HH
(rating ESP)
L
(rating ESP)
HH
(min ESP)
L
(min ESP)
(mmH
2
O)
(mmH
2
O) (mmH
2
O) (mmH
2
O)
FXMQ80P
3D060459
External static pressure
Air flow (m
3
/min)
L
o
w
e
r
l
i
m
i
t
o
f
E
S
P
(
r
a
t
i
n
g
E
S
P
)
External static pressure
Air flow (m
3
/min)
(mmH
2
O) (Pa) (mmH
2
O) (mmH
2
O) (Pa) (mmH
2
O)
Fan characteristics
Fan characteristics
(For local setting of remote control)
HH
(max ESP)
H
(max ESP)
HH
(min ESP)
L
(max ESP)
H
(rating ESP)
(note7)
max ESP
min EPS
L
o
w
e
r
l
i
m
i
t
o
f
E
S
P
(
m
a
x
E
S
P
)
U
p
p
e
r
l
i
m
i
t
o
f
E
S
P
(
N
o
t
e
6
)
(
m
a
x
E
S
P
)
U
p
p
e
r
l
i
m
i
t
o
f
E
S
P
(
r
a
t
i
n
g
E
S
P
)
L
o
w
e
r
l
i
m
i
t
o
f
E
S
P
(
m
i
n
E
S
P
)
U
p
p
e
r
l
i
m
i
t
o
f
E
S
P
(
m
i
n
E
S
P
)
L (min ESP)
NOTES
1 As for this machine, setting is possible
by 14 position of ESP
2 Fan characteristics c shows a fan
characteristic at the time of the
“maximum ESP” “rating ESP”
“minimum ESP” as a representative.
3 Fan characteristics d (for field setting
of remote control) shows a fan
characteristic of each ESP of field
setting possible air flow “HH”.
4 Please choose ESP setting by using
fan characteristics c and fan
characteristics d by the resistance of
a connect duct.
5 The remote control can be used to
change “HH” “H” and “L”.
6 ESP: External Static Pressure
7 The value in this figure shows ESP in
rating air flow.
Range of available air flow rate in ªHH¼
rating EPS
HH
(rating ESP)
(mmH
2
O)
(mmH
2
O) (mmH
2
O) (mmH
2
O)
FXMQ100P
3D060460
External static pressure
Air flow (m
3
/min)
L
ow
e
r
l
i
m
i
t of E
S
P
(
r
ati
n
g
E
S
P
)
External static pressure
Air flow (m
3
/min)
(mmH
2
O) (Pa) (mmH
2
O) (mmH
2
O) (Pa) (mmH
2
O)
Fan characteristics
Fan characteristics
(For local setting of remote control)
HH
(max ESP)
H
(max ESP)
HH
(min ESP)
L
(max ESP)
H
(rating ESP)
(note7)
max ESP
min EPS
L
o
we
r
l
i
m
i
t
o
f
E
S
P
(
m
a
x
E
S
P
)
U
p
p
e
r
l
i
m
i
t
o
f
E
S
P
(
N
o
t
e
6
)
(
m
a
x
E
S
P
)
Upper limit of ESP
(rating E
S
P)
L
ow
er
l
i
m
i
tof
E
S
P
(
m
i
n
E
S
P
)
U
p
p
e
r
l
i
m
i
t
o
f
E
S
P
(
m
i
n
E
S
P
)
L(rating ESP)
H (min ESP)
L (min ESP)
NOTES
1 As for this machine, setting is possible
by 14 position of ESP
2 Fan characteristics c shows a fan
characteristic at the time of the
“maximum ESP” “rating ESP”
“minimum ESP” as a representative.
3 Fan characteristics d (for field setting
of remote control) shows a fan
characteristic of each ESP of field
setting possible air flow “HH”.
4 Please choose ESP setting by using
fan characteristics c and fan
characteristics d by the resistance of
a connect duct.
5 The remote control can be used to
change “HH” “H” and “L”.
6 ESP: External Static Pressure
7 The value in this figure shows ESP in
rating air flow.
Range of available air flow rate in ªHH¼
rating EPS
HH
(rating ESP)
(mmH
2
O)
(mmH
2
O) (mmH
2
O) (mmH
2
O)
FXMQ125P
3D060461
External static pressure
Air flow (m
3
/min)
L
ow
e
r
l
i
m
i
t of E
S
P
(
r
ati
n
g
E
S
P
)
External static pressure
Air flow (m
3
/min)
(mmH
2
O) (Pa) (mmH
2
O) (mmH
2
O) (Pa) (mmH
2
O)
Fan characteristics
Fan characteristics
(For local setting of remote control)
HH
(max ESP)
H
(max ESP)
HH
(min ESP)
L
(max ESP)
H
(rating ESP)
(note7)
max ESP
min EPS
L
o
we
r
l
i
m
i
t
o
f
E
S
P
(
m
a
x
E
S
P
)
U
p
p
e
r
l
i
m
i
t
o
f
E
S
P
(
N
o
t
e
6
)
(
m
a
x
E
S
P
)
Up
pe
rl
i
m
i
to
fES
P
(rat
i
ng E
SP)
Low
er
l
i
m
i
t
of
E
S
P
(
m
i
n
E
S
P
)
U
p
p
e
r
l
i
m
i
t
o
f
E
S
P
(
m
i
n
E
S
P
)
L(rating ESP)
H (min ESP)
L (min ESP)
NOTES
1 As for this machine, setting is possible
by 14 position of ESP
2 Fan characteristics c shows a fan
characteristic at the time of the
“maximum ESP” “rating ESP”
“minimum ESP” as a representative.
3 Fan characteristics d (for field setting
of remote control) shows a fan
characteristic of each ESP of field
setting possible air flow “HH”.
4 Please choose ESP setting by using
fan characteristics c and fan
characteristics d by the resistance of
a connect duct.
5 The remote control can be used to
change “HH” “H” and “L”.
6 ESP: External Static Pressure
7 The value in this figure shows ESP in
rating air flow.
Range of available air flow rate in ªHH¼
rating EPS
(mmH
2
O)
(mmH
2
O) (mmH
2
O) (mmH
2
O)
Содержание
- Air conditioning systems 1
- Technical data 1
- Capacity table 2
- Centre of gravity 2
- Control system 2
- Cooling capacity tables 2
- Dimensional drawing 2
- Dimensional drawing centre of gravit 2
- Electrical specifications 2
- Fan characteristic 2
- Heating capacity tables 2
- Option 2
- Piping diagra 2
- Safety device setting 2
- Sound dat 2
- Sound pressure spectrum 2
- Specification 2
- Table of contents fxmq pve 2
- Technical specifications 2
- Wiring diagra 2
- Wiring diagram 2
- 1 technical specifications 3
- Indoor units concealed ceiling unit fxmq pve 3
- Specifications 3
- Systems indoor units 132 3
- 2 electrical specifications 4
- Indoor units concealed ceiling unit fxmq pve 4
- Specifications 4
- Systems indoor units 133 4
- D034597e 5
- D060443 5
- Fxmq p 5
- Indoor units concealed ceiling unit fxmq pve 5
- Options 5
- Safety device settings 5
- See the latest for the modification marks 5
- Systems indoor units 134 5
- Control systems 6
- D060455 6
- Fxmq p 6
- 1 cooling capacity tables 7
- Capacity tables 7
- Fxmq p 7
- Indoor units concealed ceiling unit fxmq pve 7
- Systems indoor units 136 7
- 1 cooling capacity tables 8
- Capacity tables 8
- Fxmq p 8
- Indoor units concealed ceiling unit fxmq pve 8
- Systems indoor units 137 8
- 2 heating capacity tables 9
- Capacity tables 9
- Fxmq p 9
- Indoor units concealed ceiling unit fxmq pve 9
- Systems indoor units 138 9
- 2 heating capacity tables 10
- Capacity tables 10
- Fxmq p 10
- Indoor units concealed ceiling unit fxmq pve 10
- Systems indoor units 139 10
- 1 dimensional drawing 11
- 8x12 oblong hole 11
- 8x12 oblong hole all around 11
- According to any one of below 1 3 secure a space for service works such as checking and maintenance of control box and drain pumps etc 11
- Air inlet 11
- Air inlet note 2 11
- Air outlet 11
- Air outlet air inlet 11
- All around 11
- All around suspention bolt position 11
- Ceiling floor surface 11
- Ceiling opening 11
- Control box 11
- Control box control box 11
- Control box inspection hatch 3 11
- D060160 11
- Dimensional drawing centre of gravity 11
- Drain hose accessory o d ø 32 outlet 11 socket for maintenance 11
- From the air inlet 11
- From the air outlet 11
- Fxmq40p 11
- Gas pipe connection ø 12 flale connection 1 liquid pipe connection ø 6 flale connection 11
- Gas pipe connection ø 15 flale connection 1 liquid pipe connection ø 9 flale connection 11
- Hook for m10 9 air suction flange 8 air discharge flange 7 power supply connection 6 interunit wiring connection 5 control box inside 4 ground terminal in control box m4 3 drain pipe connection 11
- Indoor units concealed ceiling unit fxmq pve 11
- Inspection hatch 450 or more 11
- Inspection hatch 450mmx450mm inspection hatch 450 11
- Inspection hatch ceiling 11
- Location of manufacture s label control box surface 2 mount the air filter at the suction side select its colorimethod gravity method 50 or more 3 do not locate things should not be wet under the indoor unit dews may droop when humidity reaches over 80 or a drain gets stuck or air filters are not clean 11
- One inspection hatch 450x450 on the control box side and a space of 300mm or more under the unit fig a 2 one inspection hatch 450x450 on the control box side and 2 two inspection hatches under the unit arrow view b 1 3 11
- One inspection hatch 450x450 on the control box side and a space of 300mm or more under the unit fig a 2 one inspection hatch 450x450 on the control box side and 2 two inspection hatches under the unit arrow view b 1 3 3 three inspection hatches under the unit and the control box arrow view b 2 11
- Or less 11
- Or more 11
- Part name remark 11
- Service space 11
- Systems indoor units 140 11
- Three inspection hatches under the unit and the control box arrow view b 2 11
- View b 1 view b 2 inspection hatch 2 11
- Vp25 o d ø 32 i d ø 25 11
- Ø 4 hole 11
- 1 dimensional drawing 12
- Between remote control and control box 12
- Conduit 12
- Control box 12
- Cord oulet hole 12
- Dimensional drawing centre of gravity 12
- Exposed body embedded cord exposed body embedded code 12
- Exposed body exposed cord 12
- For australia for other countries 12
- Indoor units concealed ceiling unit fxmq pve 12
- Installation method 12
- Location of manufacture s label control box surface 2 mount the air filter at the suction side select its colorimethod gravity method 50 or more 3 do not locate things should not be wet under the indoor unit dews may droop when humidity reaches over 80 or a drain gets stuck or air filters are not clean 12
- Remote control 12
- Remote control dimensions 12
- Shield wire insulated thickness 1mm or more vinyl cord with sheath or cable insulated thickness 1mm or more 12
- Staple 12
- Systems indoor units 141 12
- Through hole 12
- 1 dimensional drawing 13
- 5x9 slot 13
- Ceiling opening 13
- Dimensional drawing centre of gravity 13
- Indoor units concealed ceiling unit fxmq pve 13
- Liquid crystal remote control wireless 13
- Location of manufacture s label control box surface 2 mount the air filter at the suction side select its colorimethod gravity method 50 or more 3 do not locate things should not be wet under the indoor unit dews may droop when humidity reaches over 80 or a drain gets stuck or air filters are not clean 13
- Remote control dimensions receiver detail 13
- Remote control holder 13
- Remote control holder installation procedure installation to wall surface 13
- Service space for ceiling installation 13
- Switch box 13
- Systems indoor units 142 13
- Transmitting part 13
- 2 centre of gravity 14
- Dimensional drawing centre of gravity 14
- Fxmq100 125p 14
- Fxmq40p 14
- Fxmq50 63 80p 14
- Model name 14
- D034245c 15
- Fxmq p 15
- Indoor units concealed ceiling unit fxmq pve 15
- Piping diagram 15
- Systems indoor units 144 15
- 1 wiring diagram 16
- Indoor units concealed ceiling unit fxmq pve 16
- Systems indoor units 145 16
- Wiring diagram 16
- 1 sound pressure spectrum 17
- D060428 17
- D060429 17
- D060446 17
- D060447 17
- Fxmq40p 17
- Fxmq50p 17
- Fxmq63p 17
- Fxmq80p 17
- Indoor units concealed ceiling unit fxmq pve 17
- Sound data 17
- Systems indoor units 146 17
- 1 sound pressure spectrum 18
- D060448 18
- D060449 18
- Fxmq100p 18
- Fxmq125p 18
- Indoor units concealed ceiling unit fxmq pve 18
- Sound data 18
- Systems indoor units 147 18
- D060456 19
- D060457 19
- D060458 19
- D060459 19
- D060460 19
- D060461 19
- External static pressure 19
- Fan characteristics 19
- Fxmq100p 19
- Fxmq125p 19
- Fxmq40p 19
- Fxmq50p 19
- Fxmq63p 19
- Fxmq80p 19
- Indoor units concealed ceiling unit fxmq pve 19
- Systems indoor units 148 19
- Naamloze vennootschap zandvoordestraat 300 b 8400 oostende belgium www daikin eu btw be 0412 120 336 rpr oostende 20
- Èeeden08 204aëí 20
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