Panasonic U-100PEY1E5, Technical Data & Service Manual, Page: 526 / 739

1
1-516
1-14. Product Fiche
U-71PE1E5
Aver
age Heat
ing S
easo
n
(
M
andat
o
ry
)
Cold
er Heat
in
g Season
(Op
tional)
kW
X
Y,Z
kW
XY
,Z
SE
E
R
X,
Y
A
㨪
GA
㨪
G
kW
XY
,Z
SCO
P
X,
Y
SC
O
P
X,
Y
Indo
o
r U
n
it
O
u
td
oor
Un
it
A
㨪
G
kW
X
Y,Z
SCO
P
X,
Y
kW
h/annum
XY
kW
h/annum
XY
el
bu
(
-10°C)
kW
X,
Y
Z
kW
h/annum
XY
A
㨪
G
kW
h/annum
XY
A
B
C
E
F
GH
I
J
J
J
K
K
K
L
L
L
M
N
O
P
Q
W
a
rm
er
Heat
in
g S
easo
n
(
O
pt
io
nal)
0.
83
-
×
×
×
A+
7.
1
4
.1
2424
47
67
47
65
-
×
×
×
S-36PU
1E5
×2
U-
7
1
PE
1
E
5
A
+
+
7
.1
7
.4
3
3
6
×××
-×
×
-×××
3.
5
2
840
5
4
6
7
0
.4
6
×
-×××
A
7
.1
×××
6.
0
4
14
S-36PT
1E5
×2
U-
7
1
PE
1
E
5
A
+
7
.1
6
5
-
A7
.1
3
.5
2
8
4
0
6.
0
4
14
53
58
-
67
58
65
S-71PT
1E5
U
-71PE1E5
A+
7.
1
67
0.
46
×5
7
57
65
-
×
×
0.
00
-
×
×
×
S-36PN
1E5
×2
U-
7
1
PE
1
E
5
A6
.5
3
.7
2
4
5
8
6
0
6
7
60
65
-
×
×
×
S-71PN1E5
U-71PE1E5
A
7.
1
5
.5
452
67
0.
42
-
×
×
×
×A
+
7
.1
4
.0
2
4
8
5
5
5
401
5
5
6
5
-
×
×
0.
42
-
×
×
×
S-36PF1E5
×2
U-
7
1
PE
1
E
5
A
+
+
7
.1
6
.2
A+
7.
1
4
.0
2485
57
67
57
65
-
×
×
×
S-71PF1E5
U
-71PE1E5
A++
7
.1
6.
4
3
88
336
5
4
×
A+
7.
1
××
67
0.
43
-
×
-
×
×
4
.1
2424
54
S-71PU1E5
U-71PE1E5
A
++
7.
1
7
.4
65
0.
00
A6
.5
3
.7
2
4
5
8
A7
.1
5
.5
4
5
2
D
401
4
9
67
0.
83
-
×
×
×
-
×
×
3
.9
2548
52
7.
1
×A
S-36PK
1E5
×2
U-
7
1
PE
1
E
5
A
+
+
7
.1
6
.6
6
5
376
5
2
67
0.
44
-
×
×
×
×
3
.9
2548
64
7.
1
×A
+
6.
6
6
5
-
×
S-71PK
1E5
U
-71PE1E5
A++
7
.1
376
6
4
67
1.
25
-
×
×
×
-
×
×
3
.8
2616
49
7.
1
×A
S-36PY
1E5
×2
U-
7
1
PE
1
E
5
A
+
+
7
.1
6
.2
6
5
67
0.45
-
×
×
×
-
×
×
4
.0
2485
54
7.
1
×A
+
S-36PT
2
E
5
×2
U
-71PE1E5
A
++
7.
1
6
.2
65
401
54
67
0.00
-
×
×
×
×
4
.0
2485
57
7.
1
×A
+
6.2
6
5
-
×
S-71PT
2
E
5
U
-71PE1E5
A++
7
.1
401
57
A
: P
anasonic Cor
por
ation
B
: Model Name
C
: SEER Gr
ading
D
: SCOP Gr
ading (Standard, mandator
y)
E
: SCOP Gr
ading (W
ar
mer
, optional)
F
: SCOP Gr
ading (Colder
, optional)
G
: Design Load kW (round up to one decimal)
<Cooling>
H
: SEER (round up to one decimal)
I
: Ann
ual Energy Consumption (rounded
<Cooling>
up
to
the
nearest
integer)
J
: Design Load kW (round up to one decimal)
<Heating>
K
: SCOP (round up to one decimal)
<Heating>
L
: Ann
ual Energy Consumption (rounded up to
the nearest integer) <Heating>
M
Sound P
o
w
er le
v
el f
or all indoor units dB
(cooling)
N
Sound P
o
w
er le
v
el f
or all outdoor units dB
(cooling)
O
Sound P
o
w
er le
v
el f
or all indoor units dB
(heating)
P
Sound P
o
w
er le
v
el f
or all outdoor units dB
(heating)
Q
bac
kup heating capacity X,YZ kW
R
name of refr
iger
ant and GWP
R410A
(GWP
1975)
S
Refr
iger
ant leakage contr
ib
utes to
climate change
. Refr
iger
ant with lo
w
er
global w
a
rming potential (GWP) w
ould
contr
ib
ute less to global w
a
rming than a
refr
iger
ant with higher GWP
, if leak
ed to
the atmosphere
. This appliance contains a
refr
iger
ant fl
uid with a GWP equal to 1975.
This means that if 1 kg of this refr
iger
ant
fl
uid w
ould be leak
ed to the atmosphere
,
the impact on global w
a
rming w
ould be
1975 times higher than 1 kg of CO
2
, o
v
er
a per
iod of 100 y
ears
.
Ne
v
er tr
y to interf
ere with the refr
iger
ant
circuit y
ourself or disassemb
le the product
y
ourself and alw
a
ys ask a prof
essional.
T
Explanation on ann
ual energy consumption
Energy
consumption
“XYZ”
kWh
per
y
ear
,
based
on
standard
test
results
.
Actual
energy
consumption will depend on ho
w the
appliance is
used and where it is located.
SM830211-07̲PAC-i.indb 516 SM830211-07̲PAC-i.indb 516 2013/09/17 22:50:46 2013/09/17 22:50:46