8
IOM_WPVBZ HE-WPVZ HE_401-1201-4002_208110_200901_EN
PACKAGED COMPACT VERTICAL
– WATER / AIR
WPVBZ HE / WPVZ HE
TECHNICAL SPECIFICATIONS
WPVZ HE / WPVBZ HE
401
1201
4002
REFRIGERANT
Type
-
R407c
GWP (1)
-
1774
Refrigerant charge WPVZ
kg
1.05
3.7
5.8 + 5.8
Refrigerant charge WPVBZ
kg
2
7
9 + 9
COOLING CAPACITIES
Cooling capacity (2)
kW
13.2
41.0
129.3
Total absorbed power (2)
kW
4.33
13.68
44.28
EER coefficient (2)
kW / kW
3.05
3.00
2.92
η
s,c
(2)
%
106.8
108.0
103.7
Water flow
m
ᶟ
/h
2.97
9.27
29.4
WPVBZ HE (Heat pump units)
HEATING CAPACITIES
Nominal heating capacity (3)
kW
15.8
49.6
155
Heating capacity (4)
kW
12.7
39.92
124.99
Total absorbed power (4)
kW
3.75
11.67
37.88
COP coefficient (4)
kW / kW
3.39
3.42
3.3
η
s,h
(4)
%
109.6
110.7
106.5
Water flow
m
ᶟ
/h
2.6
8.19
25.27
1)
GWP: Global Warming Potential (climatic) of 1 kg of greenhouse gas relative to 1 kg of CO2, calculated in terms of 100-year warming
potential.
2) Cooling tower conditions: Room temperature 27/19ºC. Condenser water: inlet 30 ºC / outlet 35ºC.
3) Dry air temperature 20°C. Humid temperature, room air 14°C. Inlet water temperature 16°C.
4) Ground water conditions: Room temperature 20ºC. Evaporator water: inlet 10ºC,
Unit’s water flow 100 % inlet 7ºC.