Parker Hyperchill Plus-E Manual De Uso página 296

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Ecodesign requirements
REGULATION (EU) N. 2016/2281 FOR HIGH TEMPERATURE PROCESS CHILLERS
Model
Refrigerant : R513A
Operating temperature
Annual electricity consumption
Seasonal energy performance ratio
Parameters at full load and ambient temperature 35°C (Point A)
Rated refrigeration capacity
Rated power input
Rated energy efficiency ratio
Parameters at full load and ambient temperature 25°C (Point B)
Declared refrigeration capacity
Declared power input
Declared energy efficiency ratio
Parameters at full load and ambient temperature 15°C (Point C)
Declared refrigeration capacity
Declared power input
Declared energy efficiency ratio
Parameters at full load and ambient temperature 5°C (Point D)
Declared refrigeration capacity
Declared power input
Declared energy efficiency ratio
Others items
Capacity control
Degradation co-efficient chillers
GWP of refrigerant
ICEP080E
(air condenser)
Symbol Value Unit
t 7°C °C
Q 79000 kWh/a
SEPR 5,2 [-]
P 55,15 kW
A
D 20,35 kW
A
EER 2,71 [-]
DC,A
P 61,83 kW
B
D 16,53 kW
B
EER 3,74 [-]
DC,B
P 67,87 kW
C
D 13,41 kW
C
EER 5,06 [-]
DC,C
P 73,29 kW
D
D 11,00 kW
D
EER 6,66 [-]
DC,D
Staged
C 0,9 [-]
dc
GWP 573 kg CO
2eq
(100 y)
ICEP080E-ICEP120E
ICEP100E
(air condenser)
Symbol Value
t 7°C
Q 108660
SEPR 5,1
P 73,61
A
D 26,30
A
EER 2,7993
DC,A
P 82,29
B
D 21,94
B
EER 3,75
DC,B
P 90,37
C
D 18,33
C
EER 4,93
DC,C
P 97,86
D
D 15,48
D
EER 6,32
DC,D
Staged
C 0,9
dc
/ GWP 573
ICEP120E
(air condenser)
Unit Symbol Value
°C t 7°C
kWh/a Q 133000
[-] SEPR 5,02
kW P 87,03
A
kW D 30,01
A
[-] EER 2,9
DC,A
kW P 97,45
B
kW D 25,18
B
[-] EER 3,87
DC,B
kW P 107,5
C
kW D 21,63
C
[-] EER 4,97
DC,C
kW P 115,85
D
kW D 18,77
D
[-] EER 6,2
DC,D
Staged
[-] C 0,9
dc
kg CO / GWP 573
2eq
(100 y)
Unit
°C
kWh/a
[-]
kW
kW
[-]
kW
kW
[-]
kW
kW
[-]
kW
kW
[-]
[-]
kg CO /
2eq
(100 y)
12