Haier CA0100HANH Installationsanleitung Seite 448

9.7 CA0140HANH SCOP 55℃ average climate
Model(s):CA0140HANH
Air-to-water heat pump:yes
Water-to-water heat pump:no
Brine-to-water heat pump:no
Low-temperature heat pump:no
Equipped with a supplementary heater:no
Heat pump combination heater:no
This table shows the medlum temperature water output parameters for an average climate
Item
Rated heat output(*)
T = -7℃
j
T = +2℃
j
T = +7℃
j
T = +12℃
j
T
= bivalent temperature
j
T = operation limit
j
temperature
Bivalent temperature
Cycling interval capacity
for Heating
Degradation
co-efficient(**)
Power consumption in modes other than active mode
Off mode
Thermostat-off mode
Standby mode
Crankcase heater mode
Other items
Capacity control
Sound power level.
outdoors
Contact details
(*)For heat pump space heaters and heat pump combination heaters, the rated heat output Prated is equal to the design load
for heating Pdesignh, and the rated heat output of a supplementary heater Psup is equal to the supplementary capacity for
heating sup(Tj).
(**)If Cdh is not determined by measurement then the default degradation coefficient is Cdh = 0,9.
Table 7 SCOP 55℃ average climate
Symbol Value Unit
Prated 130 kW
117.25
Pdh kW
73.69
Pdh kW
45.53
Pdh kW
31.01
Pdh kW
Pdh 117.25 kW
Pdh 118.92 kW
T -7
℃
biv
Pcych x,x kW
Cdh x,x —
P 0.043 kW
OFF
P 0.290 kW
TO
P 0.034 kW
SB
P 0.000 kW
CK
Fixed/variable
dB
L 91
WA
mg/kWh
Name and address of the manufacturer or its authorized representative.
Item
Seasonal space heating
energy efficiency
T = -7℃
j
T = +2℃
j
T = +7℃
j
T = +12℃
j
T
= bivalent temperature
j
T =operation
j
temperature
For air-to-water
pumps: Operation limit
temperature
Cycling interval efficiency
Heating water operating
limit temperature
Supplementary heater
Rated heat output(*)
Type of energy input
For air-to-water
pumps: Rated air flow
rate, outdoors
50
Symbol Value
η 148.9
s
2.32
COP
d
3.74
COP
d
4.88
COP
d
6.57
COP
d
COP 2.32
d
limit
COP 2.12
d
heat
TOL -10
COPcyc x,xx
or or
PERcyc x,x
WTOL x
Psup 142
heat
— 50800
Unit
%
-
-
-
-
-
kW
℃
- or
%
℃
kW
m 3 /h