Ariston Nuos Evo Split 100, Manual

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Heat pump water heater – GENERAL INFORMATION
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1.7 Identification of the appliance
The main information for identifying the appliance is contained on the adhesive data plate loc
casing.
Internal unit technical label Description
A model
B tank capacity
C serial no.
D power supply voltage. frequency. maximum absorbed power
E max./min. pressure of the refrigeration circuit
F tank protection
G absorbed power – heating element mode
H marks and symbols
I Rated thermal power in heat pump mode
L max./min. power in heat pump mode
M type of refrigerant and charge
N maximum tank pressure
External unit technical label Description
model
-
-
-
-
-
-
-
Level of protection
-
Type/quantity of refrigerant
-
Design pressure of the circuit
serial no.
2. TECHNICAL FEATURES
2.1 Operating principle
The heat pump water heater does not directly heat water using electrical energy, but makes a more rational use of the
latter to obtain the same result in a more efficient manner, namely by consuming approx. 2/3 less water.
The efficiency of a heat pump cycle is measured by the Coefficient of Performance (COP), i.e. the ratio between the
energy supplied to the appliance (in this case, the heat transferred to the water to be heated) and the electrical energy
used (by the compressor and the appliance's auxiliary devices). The COP varies according to the type of heat pump
and to its relative conditions of operation. For example, a COP value equal to 3 indicates that for every 1
electrical energy used, the heat pump supplies 3 kWh of heat to the medium to be heated, of which 2 kWh are
extracted from the free source.
The main information for identifying the appliance is contained on the adhesive data plate located on the water heater
ption
power supply voltage. frequency. maximum absorbed power
max./min. pressure of the refrigeration circuit
heating element mode
mode
Type/quantity of refrigerant
pressure of the circuit
The heat pump water heater does not directly heat water using electrical energy, but makes a more rational use of the
manner, namely by consuming approx. 2/3 less water.
The efficiency of a heat pump cycle is measured by the Coefficient of Performance (COP), i.e. the ratio between the
heated) and the electrical energy
used (by the compressor and the appliance's auxiliary devices). The COP varies according to the type of heat pump
For example, a COP value equal to 3 indicates that for every 1 kWh of
electrical energy used, the heat pump supplies 3 kWh of heat to the medium to be heated, of which 2 kWh are