Erp Performance Values - Fujitsu WATERSTAGE WOYG112LHT Maintenance Document

Air to Water Heat Pump (Split integrated DHW type)

ErP performance values

• ErP Definition
"ErP" includes two directives that are part of the program for the reduction of green house gas emission :
Eco-design directive sets effiency thresholds and prohibits the sale of any product with efficiency lower than the set
thresholds.
According to labelling directive, energetic efficiency shall be displayed to encourage end-users to purchase energy-
efficient products.
• Package fiche (HP models)
" application 35 °C
Models Waterstage . . .
Hydraulic unit reference
Seasonal space heating energy efficiency of heat
pump
Type of temperature control (* = Outdoor sensor ;**
= Room unit)
Bonus
Seasonal space heating energy efficiency of
package under average climate
Energy class of package
Seasonal space heating energy efficiency of
package under warmer climate
Seasonal space heating energy efficiency of
package under colder climate
The energy efficiency of the package of products provided for in this fiche may not correspond to its actual energy efficiency once installed in a building, as
the efficiency is influenced by further factors such as heat loss in the distribution system and the dimensioning of the products in relation to building size and
characteristics.
Electrical back up heater consumption is taken into account in the performance calculation.
" application 55 °C
Models Waterstage . . .
Hydraulic unit reference
Seasonal space heating energy efficiency of heat
pump
Type of temperature control (* = Outdoor sensor ;**
= Room unit)
Bonus
Seasonal space heating energy efficiency of
package under average climate
Energy class of package
Seasonal space heating energy efficiency of
package under warmer climate
Seasonal space heating energy efficiency of
package under colder climate
The energy efficiency of the package of products provided for in this fiche may not correspond to its actual energy efficiency once installed in a building, as
the efficiency is influenced by further factors such as heat loss in the distribution system and the dimensioning of the products in relation to building size and
characteristics.
Electrical back up heater consumption is taken into account in the performance calculation.
- 80 -
G F E D
< 55% ≥ 55% ≥ 59% ≥ 61% ≥ 100% ≥ 107% ≥ 115% ≥ 123% ≥ 150% ≥ 175%
HP 11 Single
phase type
WGYG140DG6
151%
*classe II **classe VI
2% 4%
153% 155%
A++ A++
173% 175%
123% 125%
G F E D
< 30% ≥ 30% ≥ 34% ≥ 36%
HP 11 Single
phase type
WGYG140DG6
112%
*classe II **classe VI
2% 4%
114% 116%
A+ A+
122% 124%
102% 104%
C B A A +
HP 14 Single phase
HP 11 3-Phase
type
WGYG140DG6 WGYK160DG9
148% 154%
*classe II **classe VI *classe II
2% 4% 2%
150% 152% 156%
A++ A++ A++
178% 180% 207%
120% 122% 126%
C B A A +
≥ 75% ≥ 82% ≥ 90% ≥ 98% ≥ 125% ≥ 150%
HP 14 Single phase
HP 11 3-Phase
type
WGYG140DG6 WGYK160DG9
113% 112%
*classe II **classe VI *classe II
2% 4% 2%
115% 117% 114%
A+ A+ A+
121% 123% 138%
102% 104% 102%
Installation and operating manual "1768 - EN"
A ++ A +++
HP 14 3-Phase
WGYK160DG9
150%
**classe VI *classe II **classe VI *classe II
4% 2% 4%
158% 152% 154% 151%
A++ A++ A++
209% 198% 200% 190%
128% 124% 126% 121%
A ++ A +++
HP 14 3-Phase
WGYK160DG9
117%
**classe VI *classe II **classe VI *classe II
4% 2% 4%
116% 119% 121% 119%
A+ A+ A+
140% 139% 141% 143%
104% 102% 104% 102%
HP 16 3-Phase
WGYK160DG9
149%
**classe VI
2% 4%
153%
A++ A++
192%
123%
HP 16 3-Phase
WGYK160DG9
117%
**classe VI
2% 4%
121%
A+ A+
145%
104%