Tj = operating limit
Pdh
Declared capacity (5) for heating/Warmer
season, at indoor temperature 20 °C and
outdoor temperature Tj
Tj = 2 °C
Pdh
Tj = 7 °C
Pdh
Tj = 12 °C
Pdh
Tj = bivalent
Pdh
temperature
Tj = operating limit
Pdh
Declared capacity (5) for heating/Colder
season, at indoor temperature 20 °C and
outdoor temperature Tj
Tj = – 7 °C
Pdh
Tj = 2 °C
Pdh
Tj = 7 °C
Pdh
Tj = 12 °C
Pdh
Tj = bivalent
Pdh
temperature
Tj = operating limit
Pdh
Tj = – 15 °C
Pdh
Bivalent temperature
heating/Average
Tbiv
heating/Warmer
Tbiv
heating/Colder
Tbiv
Cycling interval capacity
for cooling
Pcycc
for heating
Pcych
1.8
kW
Tj = operating limit
Declared coefficient of performance
(5)/Warmer season, at indoor temperature 20
°C and outdoor temperature Tj
x,x
kW
Tj = 2 °C
x,x
kW
Tj = 7 °C
x,x
kW
Tj = 12 °C
Tj = bivalent
x,x
kW
temperature
x,x
kW
Tj = operating limit
Declared coefficient of performance
(5)/Colder season, at indoor temperature 20
°C and outdoor temperature Tj
x,x
kW
Tj = – 7 °C
x,x
kW
Tj = 2 °C
x,x
kW
Tj = 7 °C
x,x
kW
Tj = 12 °C
Tj = bivalent
x,x
kW
temperature
x,x
kW
Tj = operating limit
x,x
kW
Tj = – 15 °C
Operating limit temperature
-7
°C
heating/Average
x
°C
heating/Warmer
x
°C
heating/Colder
Cycling interval efficiency
x,x
kW
for cooling
x,x
kW
for heating
82
COPd
2.65
—
COPd
x,x
—
COPd
x,x
—
COPd
x,x
—
COPd
x,x
—
COPd
x,x
—
COPd
x,x
—
COPd
x,x
—
COPd
x,x
—
COPd
x,x
—
COPd
x,x
—
COPd
x,x
—
COPd
x,x
—
Tol
-10
°C
Tol
x
°C
Tol
x
°C
EERcyc
x,x
—
COPcyc
x,x
—
GB