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12
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PJG000Z525
Models FDUM71KXE6F, 90KXE6F, 112KXE6F, 140KXE6F, 160KXE6F
Models
FDUM71KXE6F
FDUM90KXE6F
FDUM112KXE6F
FDUM140KXE6F
FDUM160KXE6F
N
ominal
c
oo
lin
g c
apa
cit
y*
1
kW
7.
1
9.
0
11
.2
14
.0
16
.0
N
ominal
h
ea
tin
g c
apa
cit
y*
2
8.
0
10
.0
12
.5
16
.0
18
.0
P
ow
er
s
ou
rc
e
1 Phase
22
0-
24
0V 5
0H
z / 2
20
V 6
0H
z
1 Phase
22
0-
24
0V 5
0H
z / 2
20
V 6
0H
z
1 Phase
22
0-
24
0V 5
0H
z / 2
20
V 6
0H
z
1 Phase
22
0-
24
0V 5
0H
z / 2
20
V 6
0H
z
1 Phase
22
0-
24
0V 5
0H
z / 2
20
V 6
0H
z
Po
w
er
c
on
sum
pt
io
n
C
oo
lin
g
kW
0.
20
0 - 0
.2
00 / 0
.2
00
0.
20
0 - 0
.2
00 / 0
.2
00
0.
29
0 - 0
.2
90 / 0
.2
90
0.
33
0 - 0
.3
30 / 0
.3
30
0.
45
0 - 0
.4
50 / 0
.4
50
H
eat
in
g
0.
20
0 - 0
.2
00 / 0
.2
00
0.
20
0 - 0
.2
00 / 0
.2
00
0.
29
0 - 0
.2
90 / 0
.2
90
0.
33
0 - 0
.3
30 / 0
.3
30
0.
45
0 - 0
.4
50 / 0
.4
50
R
unni
ng
c
ur
re
nt
C
oo
lin
g
A
0.
91 - 0
.8
3 / 0
.9
1
0.
91 - 0
.8
3 / 0
.9
1
1.
32 - 1
.2
1 / 1
.3
2
1.
50 - 1
.3
8 / 1
.5
0
2.
05 - 1
.8
8 / 2
.0
5
H
eat
in
g
0.
91 - 0
.8
3 / 0
.9
1
0.
91 - 0
.8
3 / 0
.9
1
1.
32 - 1
.2
1 / 1
.3
2
1.
50 - 1
.3
8 / 1
.5
0
2.
05 - 1
.8
8 / 2
.0
5
Sou
nd
P
ow
er
L
ev
el
C
oo
lin
g
dB
(A)
65
65
71
72
74
H
eat
in
g
65
65
71
72
74
So
un
d P
re
ss
ur
e L
ev
el
C
oo
lin
g
P-
H
i
:
38 H
i
:
33 M
e
:
29 L
o
:
25
P-
H
i
:
38 H
i
:
33 M
e
:
29 L
o
:
25
P-
H
i
:
44 H
i
:
38 M
e
:
36 L
o
:
30
P-
H
i
:
45 H
i
:
40 M
e
:
34 L
o
:
29
P-
H
i
:
47
H
i
:
40 M
e
:
35 L
o
:
30
H
eat
in
g
P-
H
i
:
38 H
i
:
33 M
e
:
29 L
o
:
25
P-
H
i
:
38 H
i
:
33 M
e
:
29 L
o
:
25
P-
H
i
:
44 H
i
:
38 M
e
:
36 L
o
:
30
P-
H
i
:
45 H
i
:
40 M
e
:
34 L
o
:
29
P-
H
i
:
47
H
i
:
40 M
e
:
35 L
o
:
30
E
xt
er
io
r d
im
ens
io
ns
H
ei
gh
t x W
id
th x D
ep
th
mm
28
0 × 9
50 × 6
35
28
0 × 9
50 × 6
35
28
0 × 1
,3
68 × 7
40
28
0 × 1
,3
68 × 7
40
28
0 × 1
,3
68 × 7
40
N
et
we
ig
ht
kg
34
34
54
54
54
Re
fri
ger
an
t e
qu
ip
m
en
t H
ea
t e
xc
ha
ng
er
Lo
uv
er fi
n & i
nn
er g
ro
ov
ed t
ub
in
g
Lo
uv
er fi
n & i
nn
er g
ro
ov
ed t
ub
in
g
Lo
uv
er fi
n & i
nn
er g
ro
ov
ed t
ub
in
g
Lo
uv
er fi
n & i
nn
er g
ro
ov
ed t
ub
in
g
Lo
uv
er fi
n & i
nn
er g
ro
ov
ed t
ub
in
g
R
ef
rig
era
nt
c
on
trol
E
le
ct
ro
ni
c E
xpan
si
on
V
al
ve
E
le
ct
ro
ni
c E
xpan
si
on
V
al
ve
E
le
ct
ro
ni
c E
xpan
si
on
V
al
ve
E
le
ct
ro
ni
c E
xpan
si
on
V
al
ve
E
le
ct
ro
ni
c E
xpan
si
on
V
al
ve
Ai
r h
an
dl
in
g e
qu
ip
m
en
t F
an t
yp
e & Q
'ty
C
en
tr
ifu
ga
l f
an ×
2
C
en
tr
ifu
ga
l f
an ×
2
C
en
tr
ifu
ga
l f
an ×
3
C
en
tr
ifu
ga
l f
an ×
3
C
en
tr
ifu
ga
l f
an ×
3
Fa
n m
ot
or <
st
ar
tin
g m
et
ho
d>
W
13
0 < D
ire
ct l
in
e s
ta
rt >
13
0 < D
ire
ct l
in
e s
ta
rt >
10
0 + 1
30 < D
ire
ct l
in
e s
ta
rt >
10
0 + 2
00 < D
ire
ct l
in
e s
ta
rt >
10
0 + 2
00 < D
ire
ct l
in
e s
ta
rt >
A
ir
flo
w
(S
tan
dar
d)
C
oo
lin
g
m
3
/min
P-
H
i
:
24 H
i
:
19
M
e
:
15
L
o
:
10
P-
H
i
:
24 H
i
:
19
M
e
:
15
L
o
:
10
P-
H
i
:
36 H
i
:
28 M
e
:
25 L
o
:
19
P-
H
i
:
39 H
i
:
32 M
e
:
26 L
o
:
20
P-
H
i
:
48 H
i
:
35 M
e
:
28 L
o
:
22
H
eat
in
g
P-
H
i
:
24 H
i
:
19
M
e
:
15
L
o
:
10
P-
H
i
:
24 H
i
:
19
M
e
:
15
L
o
:
10
P-
H
i
:
36 H
i
:
28 M
e
:
25 L
o
:
19
P-
H
i
:
39 H
i
:
32 M
e
:
26 L
o
:
20
P-
H
i
:
48 H
i
:
35 M
e
:
28 L
o
:
22
A
va
ila
bl
e s
ta
tic p
re
ss
ur
e
Pa
10
0 (
at 2
4
m
3
/min
)
10
0 (
at 2
4
m
3
/min
)
10
0 (
at 3
6
m
3
/min
)
10
0 (
at 3
9
m
3
/min
)
10
0 (
at 4
8
m
3
/min
)
O
ut
do
or a
ir i
nt
ak
e
P
os
si
ble
P
os
si
ble
P
os
si
ble
P
os
si
ble
P
os
si
ble
A
ir fi
lte
r, Q
'ty
P
ro
cur
e l
oc
al
ly
P
ro
cur
e l
oc
al
ly
P
ro
cur
e l
oc
al
ly
P
ro
cur
e l
oc
al
ly
P
ro
cur
e l
oc
al
ly
S
ho
ck & v
ib
ra
tio
n a
bs
or
be
r
R
ub
be
r s
le
ev
e(
fo
r f
an m
ot
or
)
R
ub
be
r s
le
ev
e(
fo
r f
an m
ot
or
)
R
ub
be
r s
le
ev
e(
fo
r f
an m
ot
or
)
R
ub
be
r s
le
ev
e(
fo
r f
an m
ot
or
)
R
ub
be
r s
le
ev
e(
fo
r f
an m
ot
or
)
In
su
la
tio
n (
no
is
e & h
ea
t)
P
ol
yu
re
than
e fo
rm
P
ol
yu
re
than
e fo
rm
P
ol
yu
re
than
e fo
rm
P
ol
yu
re
than
e fo
rm
P
ol
yu
re
than
e fo
rm
O
pe
ra
tion
c
on
trol
R
em
ot
e c
on
tro
l s
w
itc
h ( o
pt
io
n )
W
ire
d : R
C
-E
X
3A
,R
C
-E
5
W
ire
le
ss : R
C
N
-K
IT
4-
E
2
W
ire
d : R
C
-E
X
3A
,R
C
-E
5
W
ire
le
ss : R
C
N
-K
IT
4-
E
2
W
ire
d : R
C
-E
X
3A
,R
C
-E
5
W
ire
le
ss : R
C
N
-K
IT
4-
E
2
W
ire
d : R
C
-E
X
3A
,R
C
-E
5
W
ire
le
ss : R
C
N
-K
IT
4-
E
2
W
ire
d : R
C
-E
X
3A
,R
C
-E
5
W
ire
le
ss : R
C
N
-K
IT
4-
E
2
R
oom
te
m
pe
ra
tu
re
c
on
trol
Th
er
m
os
ta
t b
y e
le
ct
ro
ni
cs
Th
er
m
os
ta
t b
y e
le
ct
ro
ni
cs
Th
er
m
os
ta
t b
y e
le
ct
ro
ni
cs
Th
er
m
os
ta
t b
y e
le
ct
ro
ni
cs
Th
er
m
os
ta
t b
y e
le
ct
ro
ni
cs
S
af
et
y eq
ui
pme
nt
O
ve
rlo
ad
p
ro
tec
tion
for
fa
n mo
tor
Fr
os
t p
ro
tec
tion
th
er
mos
ta
t
O
ve
rlo
ad
p
ro
tec
tion
for
fa
n mo
tor
Fr
os
t p
ro
tec
tion
th
er
mos
ta
t
O
ve
rlo
ad
p
ro
tec
tion
for
fa
n mo
tor
Fr
os
t p
ro
tec
tion
th
er
mos
ta
t
O
ve
rlo
ad
p
ro
tec
tion
for
fa
n mo
tor
Fr
os
t p
ro
tec
tion
th
er
mos
ta
t
O
ve
rlo
ad
p
ro
tec
tion
for
fa
n mo
tor
Fr
os
t p
ro
tec
tion
th
er
mos
ta
t
Ins
ta
lla
tio
n da
ta
Li
qu
id
li
ne
R
ef
rig
er
an
t p
ip
in
g s
iz
e
G
as l
in
e
φ
9.
52 (
3/
8"
)
<
Flar
e p
ip
in
g
>
φ
15
.8
8 (
5/
8"
)
<
Flar
e p
ip
in
g
>
φ
9.
52 (
3/
8"
)
<
Flar
e p
ip
in
g
>
φ
15
.8
8 (
5/
8"
)
<
Flar
e p
ip
in
g
>
φ
9.
52 (
3/
8"
)
<
Flar
e p
ip
in
g
>
φ
15
.8
8 (
5/
8"
)
<
Flar
e p
ip
in
g
>
φ
9.
52 (
3/
8"
)
<
Flar
e p
ip
in
g
>
φ
15
.8
8 (
5/
8"
)
<
Flar
e p
ip
in
g
>
φ
9.
52 (
3/
8"
)
<
Flar
e p
ip
in
g
>
φ
15
.8
8 (
5/
8"
)
<
Flar
e p
ip
in
g
>
R
ef
rige
ra
nt
R
41
0A
R
41
0A
R
41
0A
R
41
0A
R
41
0A
D
ra
in
pu
mp
B
ui
lt-
in D
ra
in p
um
p
B
ui
lt-
in D
ra
in p
um
p
B
ui
lt-
in D
ra
in p
um
p
B
ui
lt-
in D
ra
in p
um
p
B
ui
lt-
in D
ra
in p
um
p
D
ra
in
h
os
e
C
on
ne
ct
ab
le w
ith V
P2
5 (
I.D
.2
5,
O
.D
.3
2)
C
on
ne
ct
ab
le w
ith V
P2
5 (
I.D
.2
5,
O
.D
.3
2)
C
on
ne
ct
ab
le w
ith V
P2
5 (
I.D
.2
5,
O
.D
.3
2)
C
on
ne
ct
ab
le w
ith V
P2
5 (
I.D
.2
5,
O
.D
.3
2)
C
on
ne
ct
ab
le w
ith V
P2
5 (
I.D
.2
5,
O
.D
.3
2)
In
su
la
tio
n fo
r p
ip
in
g
N
ec
es
sa
ry
(b
ot
h L
iq
ui
d & G
as l
in
e)
N
ec
es
sa
ry
(b
ot
h L
iq
ui
d & G
as l
in
e)
N
ec
es
sa
ry
(b
ot
h L
iq
ui
d & G
as l
in
e)
N
ec
es
sa
ry
(b
ot
h L
iq
ui
d & G
as l
in
e)
N
ec
es
sa
ry
(b
ot
h L
iq
ui
d & G
as l
in
e)
A
cc
es
sor
ie
s
M
ou
nt
in
g k
it, D
ra
in h
os
e
M
ou
nt
in
g k
it, D
ra
in h
os
e
M
ou
nt
in
g k
it, D
ra
in h
os
e
M
ou
nt
in
g k
it, D
ra
in h
os
e
M
ou
nt
in
g k
it, D
ra
in h
os
e
E
xt
er
io
r d
im
ens
io
ns
PJ
G
000
Z0
17
PJ
G
000
Z0
17
PJ
G
000
Z0
18
PJ
G
000
Z0
18
PJ
G
000
Z0
18
E
le
ct
ric
al
w
irin
g
PJ
G
000
Z5
27
PJ
G
000
Z5
27
PJ
G
000
Z5
28
PJ
G
000
Z5
28
PJ
G
000
Z5
28
Notes (1)
The data are measured at the following conditions.
(2)
This packaged air-conditioner is manufactured and tested in conformity with the standard.
ISO-T1
"UNIT
AR
Y AIR-CONDITIONERS"
(3)
Sound level indicates the value in an anechoic chamber
.
During operation these value are somewhat higher due to ambient conditions.
(4)
Initial static pressure values of optional air filter "UM-FL
□
EF" are 5Pa.
(5)
Select the breaker size according to the own national standard.
Adapted t
o
Ro
HS
directive
Item
Indoor air temperature
Outdoor air temperature
Standards
External static pressure of
indoor unit (Pa)
Operation
DB
WB
DB
WB
Cooling*1
27
℃
19
℃
35
℃
24
℃
ISO-T1
60
Heating*2
20
℃
7
℃
6
℃
OPTION
Model
Specification
Remote control
Wired
RC-EX3A
PJZ000Z333
Wired
RC-E5
PJZ000Z295
Wired
RCH-E3
PJZ000Z272
Wireless
RCN-KIT4-E2
PJZ000Z323
Motion sensor
LB-KIT
PJZ000Z331
Air filter (For 71-90)
UM-FL2EF
-
Air filter (For 1
12-160)
UM-FL3EF
-
'19 • KX-T-310D