1
1-471
1-14. Product Fiche
U-100PE1E5A
Average Heating Season (Mandatory)
Colder Heating Season (Optional)
kW
XY,Z
kW
XY,Z
SEER
X,Y
A ć¹¼ GA ć¹¼ G
kW
XY,Z
SCOP
X,Y
SCOP
X,Y
Indoor Unit
Outdoor Unit
A ć¹¼ G
kW
XY,Z
SCOP
X,Y
kWh/annum
XY
kWh/annum
XY
elbu
(-10°C)
kW
X,YZ
kWh/annum
XY
A ć¹¼ G
kWh/annum
XY
A
B
C
E
F
GH I
J
J
J K
K
K
L
L
L
M
N
O P
Q
Warmer Heating Season (Optional)
0.00 - Ć Ć ĆA+ 10.0 4.3 3256 54 6954 69 - Ć Ć Ć
S-36PT2E5A
Ć3
U-100PE1E5A
A++ 10.0 6.5 539
- Ć Ć A 9.5 3.8 3500 65 69 0.00 - Ć Ć ĆĆ
U-100PE1E5A
A++ 9.5 6.2 536 65 69
S-100PK1E5A
-ĆĆ ĆA++ 10.0 6.2 564 57 69 - Ć Ć Ć A+ 10.0 4.0 3500 57 69 0.00
S-50PK1E5A
Ć2
U-100PE1E5A
-ĆĆ Ć564 52 69 - Ć Ć Ć A+ 10.0 4.0 3500 52 69 0.00A++ 10.0 6.2
S-36PK1E5A
Ć3
U-100PE1E5A
-ĆĆ Ć538 55 69 - Ć Ć Ć A 9.5 3.8 3500 55 69 0.00A++ 10.0 6.5
S-50PY2E5A
Ć2
U-100PE1E5A
-ĆĆ Ć538 51 69 - Ć Ć Ć A 9.5 3.8 3500 51 69 0.00A++ 10.0 6.5
S-36PY2E5A
Ć3
U-100PE1E5A
S-100PT2E5A U-100PE1E5A
A++ 10.0 6.7 69 - Ć ĆĆ69 0.00 - Ć523 60 Ć A+ 10.0Ć 4.3 3256 60
S-50PT2E5A
Ć2
U-100PE1E5A
A++ 10.0 - Ć Ć Ć6.5 539 55 69 55 69 0.00 -A+ 10.0 4.3 3256 Ć Ć Ć
D
A
ī
: Panasonic Corporation
B
ī
: Model Name
C
ī
: SEER Grading
D
ī
: SCOP Grading (Standard, mandatory)
E
ī
: SCOP Grading (Warmer, optional)
F
ī
: SCOP Grading (Colder, optional)
G
ī
: Design Load kW (round up to one decimal)
<Cooling>
H
ī
: SEER (round up to one decimal)
I
ī
: Annual Energy Consumption (rounded
<Cooling> up to the nearest integer)
J
ī
: Design Load kW (round up to one decimal)
<Heating>
K
ī
: SCOP (round up to one decimal)
<Heating>
L
ī
: Annual Energy Consumption (rounded up to
the nearest integer) <Heating>
M
ī
Sound Power level for all indoor units dB
(cooling)
N
ī
Sound Power level for all outdoor units dB
(cooling)
O
ī
Sound Power level for all indoor units dB
(heating)
P
ī
Sound Power level for all outdoor units dB
(heating)
Q
ī
backup heating capacity X,YZ kW
R
ī
name of refrigerant and GWP
R410A (GWP 1975)
S
ī
Refrigerant leakage contributes to
climate change. Refrigerant with lower
global warming potential (GWP) would
contribute less to global warming than a
refrigerant with higher GWP, if leaked to
the atmosphere. This appliance contains a
refrigerant ļ¬ uid with a GWP equal to 1975.
This means that if 1
kg
of this refrigerant
ļ¬ uid would be leaked to the atmosphere,
the impact on global warming would be
1975 times higher than 1
kg
of CO
2
, over a
period of 100 years.
Never try to interfere with the refrigerant
circuit yourself or disassemble the product
yourself and always ask a professional.
T
ī
Explanation on annual energy consumption
Energy consumption āXYZā kWh per year,
based on standard test results. Actual
energy consumption will depend on how the
appliance is used and where it is located.
SM830231-02īSingleī꬧å·.indbīīī471SM830231-02īSingleī꬧å·.indbīīī471 2014/09/19īīī13:22:262014/09/19īīī13:22:26