Natural-refrigerant inverter heat pumps for DHW, heating and cooling in commercial and central systems.
Display full Aquapura X30HT / X60HT / X75HT / X120HT catalogue details
PORTUGUESE MANUFACTURING
SINCE 1981
NEW X120HT
AQUAPURA
INVERTER
X30HT | X60HT
X75HT | X120HT
DOMESTIC HOT
WATER AND
CENTRAL
A+++
HEATING
EN
ERGY
EFFICIENCY
CL
ASS
AEROTHERMY
HEAT PUMP.
LATEST GENERATION
OF HEAT PUMP
WITHNEW R290
NATURAL
REFRIGERANT.
TECHNOLOGY TEMPER
7
A
5
TU
°c R E
VERY
1
HYD
0
RAU
0
LIC
% HI G H
PERFORMA
N C E
O
P E R
ATING TEMPER
A T U R
E
INVERTER UP TO SILENT
INSTALLATION
COOLING
-25OC
E N E R G I E . P T
THE LATEST GENERATION OF
EENNEERRGGIIEE..PPTT
AIR / WATER HEAT PUMPS
WITH NATURAL REFRIGERANT R290
ECO
M
PERAT
U
E R
T E
75°c
FRENDLY
UP TO
Use a natural refrigerant The equipment can reach
with less global temperatures up to 75°C
warming potential. making it the ideal solution
for replacing boilers.
VERY
E
NERG
Y
A+++
E Y
SILENT FFICIENC
Generates low levels of noise, Efficiency class A+++ give the
almost imperceptible from a few equipment one of the highest
metres away when in operation. levels of efficiency on the market.
EASY SUPER
R
OBUST
A Y
N T
I N STALATI O N P O LYVALE N T D RELIABI L I
The system contains no Guaranteed high performance The equipment has an
fluorinated gases, regardless of the use: ABS polymer-coated exterior
it is 100% hydraulic. heating, cooling or designed to provide protection
production of DHW . against corrosion.
INTUITIVE TOUCH CONTROL
PRODUCTION OF DHW AND HEATING & COOLING
INVERTER X30HT INVERTER X60HT | X75HT | X120HT
FUNCTIONING
ENERGIE.PT
PRINCIPLE
A refrigerant fluid is pumped to an external heat exchanger (evaporator). At this point, the fluid absorbs energy from the
environment thanks to the temperature difference outside. During this process, the fluid changes state and becomes vapor.
The gaseous fluid is then drawn in by the mechanical part of the system the compressor. In the compressor , the fluid is
compressed, causing an increase in pressure and, consequently, in temperature. Next, the fluid travels to a second internal
heat exchanger (condenser), where it transfers the accumulated heat to the home’s heating system. As it naturally cools
down, the fluid returns to its liquid state. Finally, the pressure of the fluid is reduced through throttling in the expansion valve,
and the cycle begins again.
INVERTER HEAT PUMPS
SATAND OUT FOR THEIR HIGH PERFORMANCE
Heat Pumps are prepared for heating and cooling as well as domestic water heating. These solutions stand out for
their high energy efficiency, which makes them capable of achieving an energy rating up to A+++ for heating. They
also stand out for their ability to integrate with other heating systems and easy installation.
HIGH LEVEL OF EFFICIENCY
DOMESTIC HOT WATER PRODUCTION
The heat from the environment is indirect solar energy, stored in water, air and soil. The Heat Pump will extract
heat precisely from these heat sources for later use in your home's climate. Air/Water Heat Pumps with high
energy efficiency INVERTER technology are a modern, efficient and clean solution that guarantees the comfort of
your home, always respecting the environment.
It's a smart way to use nature's resources to improve your quality of life. By adopting one of these solutions, you
will be making a serious commitment to the issue of reducing harmful emissions to our atmosphere, thus contribu-
ting to the planet's natural balance. The Air/Water Heat Pumps with INVERTER technology were developed to
-
meet the needs of both domestic and industrial use, for climatization (heating and cooling) and Domestic Hot
Water solutions (DHW).
CONSUMPTIO OF DC INVERTER
PRIMARY ENERGY TECHNOLOGY
Compared to the diesel boiler, gas boiler or DC INVERTER technology is different from any other
electric heater, the Heat Pump provides quality t echnology existing on the market because it has a
compressor with the capacity to vary the operating
of life, with low operating costs, due to its high
frequency, meeting the exact needs of climatization
efficiency.
comfort at home. This achieves greater savings in energy
consumption.
Natural gas
Heating Diesel
Propane Gas (LPG)
Heat Pumps
CHART O F ENERGY CONSUMPTION INVERTER VS TRADITIONAL Operation Period
AQUAPURA
ENERGIE.PT
INVERTER
X30HT | X60HT
MPERATU
E R
MAXIMUM T E
X75HT | X120HT
RETURN ON 75°c
INVESTMENT
DOMESTIC HOT
UP TO
WATER AND
AQUAPURA X30HT
CENTRAL HEATING
• DHW production up to 75°C;
• Integrated water pump;
KEY FEATURES • Up to 960kw of capacity connecting 32 units
of 30 kw/each.
AQUAPURA X60HT
• Compact design
• Production DHW up to 75°C;
• Touch control
• Up to 1920kw of capacity connecting 32 units
• Simple installation “Plug & Use”
of 60 kw/each.
• Control via Smart APP
AQUAPURA X75HT
• RS485/ModBus centralized control
• Production DHW up to 73°C;
• Configuring operating periods
• Up to 2400kW of capcity connecting 32 units
• Low operating noise
of 75kW/each.
• Operation at outdoor temperatures down
AQUAPURA X120HT
to -25°C
• DHW production up to 75°C;
• Up to 3840kW of capcity connecting 32 units
DWH INSTALLATION SCENARIOS of 120kW/each;
• High cooling performance.
Standard instalation Instalation with buffer tank
X30HT X30HT
(cold weather regions)
Instalação Standard IInstalation with buffer tank
X75HT X60HT
(cold weather regions)
TECHNICAL DATA UNT.
Equipment: AQUAPURA INVERTER X30HT Equipment: AQUAPURA INVERTER X60HT
Equipment: AQUAPURA INVERTER X75HT
084
841
598
6181 Water outlet 1”1/2
Water
inlet 1”1/2
1198
0331
089
505
1250
500
540
661
1001
Water
outlet 1”1/4
Water
inlet 1”1/4
174
325
Power supply --
Refrigerant --
Refrigerant charge /CO equivalent kg / Ton
2
Heating capacity (min/max) 1 kW
Cooling capacity (min / max) 2 kW
Maximum operating current A
Maximum operating power kW
Operating temperature limit oC
Moisture resistance --
1 Heating - Air temperature (DB/WB) 7°C/Water temperature (inlet/outlet) 30°C/35°C
Nominal heating capacity kW
Nominal power consumption kW
COP --
2 Cooling - Air temperature (DB/WB) 35°C/ 24°C; Water temperature (inlet/outlet): 12°C/ 7°C
Nominal cooling capacity kW
Nominal power consumption kW
EER kW
Technical Specifications
Maximum heating temperature oC
Minimum cooling temperature oC
Electric backup heater Un.
Number of compressors Un.
Compressor typology --
Water pump Un.
Nominal water flow (∆tmax. = 7oC) m3/h
Internal pressure drop of the hydraulic circuit kPa
Number of fans Un.
Hydraulic connections (inlet/outlet) Inch
Sound pressure level (1m) dB(A)
Sound power level dB
Net weight kg
Net dimensions ( A x L x P) mm
Erp / Performance according to EN 14825 – Average climate (+7ºC)
Energy efficiency class (35°C) --
SCOP/ɳ -- / %
Energy efficiency class (55°C) --
SCOP/ɳ -- / %
4-Ø16
800
2367
1897 19871937
480
Water
525 W ou a tl t e e t r DN50 1056
inlet DN50
621
2275
Water
outlet
273 Water 1150 inlet
205
INV. X30HT INV. X60HT INV. X75HT INV. X120HT
380-415V/3N~/50Hz
R290 R290 R290 R290
1,8 / 0,0055 1,5 x 2 / 0,0092 2,4 x 2 / 0,01472 4,7 x 2 / 0,0282
9,1 / 35,0 14,1 / 69,5 19,2 / 79,2 30,00 / 110,0
6,1 / 22,5 9,31 / 48,2 12,6 / 54,3 24,55 / 90,0
20 30 45 82
13,1 24 36 50
-25 / 43 -25 / 43 -25 / 43 -25 / 43
IPX4 IPX4 IPX4 IPX4
28,1 54,6 67,1 99,3
6,1 12,18 14,84 21,4
4,61 4,48 4,52 4,6
19,5 43,2 52,1 70,7
5,5 12,4 14,8 22,0
3,54 3,47 3,52 3,2
75 75 73 75
7 7 7 7
Non-integrated Non-integrated Non-integrated Non-integrated
1 2 2 2
DC Inverter DC Inverter DC Inverter DC Inverter
Integrated Integrated contactor Integrated contactor 2
3,5 6,9 8,3 12,0
50 20 25 70
2 1 2 2
1" 1/4 1" 1/2 DN50 2” 1/2
51 53 56 60
66 69 73 78
202 363 624 1100
1330 x 1250 x 540 1816 x 1198 x 980 1897 x 1987 x 1056 2367 x 2275 x 1150
A+++ A+++ A+++ A+++
4,72/ 186 4,59 / 180 4,62 / 182 4,89 / 192,5
A++ A++ A++ A++
3,49/ 136 3,43 / 134 3,71 / 145 3,93 / 154
Equipment: AQUAPURA INVERTER X120HT
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has compiled the contents of this flyer to the bst of its knowledge. No express or implied guarantee is given regarding the completeness, accuracy,
reability or ftness for a particular purpose of its content and the products and services it presents. Specifications are subject to change without
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tation of this flyer. R3V1/2026
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