Discover Mr. Hybrid, the compact, wall-mounted indoor hybrid heat pump with no F-Gas license required. Save energy, space, and costs while enjoying smart, efficient heating.
ErP A++
5kW
290 zł
54dB(A)
75°C
3
opcjonalny 4-calowy kontroler z ekranem dotykowym
Wentylator DC + pompa wodna DC, inteligentny i o niskim zużyciu
R290(Propane) refrigerant has a remarkably low Global Warming Potential (GWP) of 3 (compared to the GWP of other refrigerant technologies such as R32 (675))
Erp A++，CE，EMC，Keymark，MCS，Rohs
Wielofunkcyjny kontroler, zarządzanie dwustrefowym źródłem ciepła
SG gotowy automatycznie dopasowuje się do inteligentnej kontroli sieci
System monitorowania zużycia energii, monitoruj zużycie energii w dowolnym momencie
Wielostopniowy, inteligentny system rozmrażania zapewnia nieprzerwaną pracę maszyny
| Model | / | HWHRHP05SR3-A |
| Zasilacz | V/Faza/Hz | 220-240V~ 50Hz |
| Heating(A7/6℃,W30/35℃) | ||
| Heating Capacity | kw | 5.09 |
| Power Input | kw | 1.27 |
| POLICJANT | W/W | 4.01 |
| Heating(A7/6℃,W47/55℃) | ||
| Heating Capacity | kw | 4.58 |
| Power Input | kw | 1.52 |
| POLICJANT | W/W | 3.01 |
| Cooling(A35/24℃,W12/7℃) | ||
| Cooling Capacity | kw | 4.5 |
| Power Input | kw | 1.44 |
| EER | W/W | 3.13 |
| ERP Level(35℃) | / | A++ |
| Przepływ znamionowy wody | m3/h | 1.10 |
| MAX input power | kw | 2.5 |
| MAX input current | A | 10.87 |
| Motor type of outdoor unit | / | DC motor |
| Type of fan | / | Centrigugal |
| Przepływ powietrza | m3/h | 1000 |
| Static pressure | pa | 80 |
| Kompresor | / | Hai Li/Rotary |
| Water Pump | / | Inverter/Built-in |
| Chłodziwo | / | 290 zł |
| Charge volume | / | 600g |
| Pump head | / | 6m |
| Wymiennik ciepła po stronie powietrza | / | Finned tube |
| Wymiennik ciepła po stronie wody | Plate type | |
| Defrost | / | Auto defrost with 4 way valve |
| Heat recovery box | / | Mixed air type |
| Fresh air flow | % | 10%~100% |
| Waterproof grade | / | IPX4 |
| Sound pressure | dB(A) | 54 |
| Max water outlet temperature | ℃ | 75 |
| Cooling ambient temperature | ℃ | -5 ~43 |
| Heating ambient temperature | ℃ | -25 ~ 35 |
| DHW ambient temperature | ℃ | -25 ~43 |
| Cooling Outlet water temperature | ℃ | 5 ~ 30 |
| Heating Outlet water temperature | ℃ | 12 ~ 65 |
| DHW ( tank ) Outlet water temperature | ℃ | 10 ~ 60 |
| Water side connection | / | R5/4″ |
| Air side connection | mm | 2*250 |
| Kontroler | / | 4 inch touch screen |
| Body & Panel | / | Galvanized steel with coating |
| Unit dimension | mm | 760x620x465 |
| Net weight | kg | 75 |
A hybrid heat pump is a heating and cooling system that combines a heat pump with an additional heating source, such as a gas boiler or electric resistance heater. It operates by using the heat pump for most of the heating or cooling, leveraging its high efficiency, and switches to the secondary heating source during extremely cold conditions or when greater heat output is needed. This combination ensures optimal energy efficiency, cost savings, and reliable performance throughout varying weather conditions.
A hybrid heat pump combines a traditional heat pump with an auxiliary heat source, automatically switching between them to optimize energy efficiency and comfort. It primarily uses the heat pump for efficiency and activates the secondary source in extreme conditions.
R290 is eco-friendly with a low Global Warming Potential (GWP) and zero Ozone Depletion Potential (ODP). It offers high energy efficiency, excellent thermodynamic properties, and compliance with strict environmental regulations.
Hybrid heat pumps are highly efficient, as they primarily use the heat pump for heating and cooling, which consumes less energy than traditional systems. The backup heat source is used only when necessary, further optimizing energy use.
The best hybrid heat pumps combine high energy efficiency, low emissions, and smart controls for seamless operation. Look for models with advanced features, R290 refrigerants, and reliable secondary heating options like a gas boiler.
While initial costs can be higher than conventional systems, hybrid heat pumps offer long-term savings through reduced energy bills. Government incentives for energy-efficient technologies can also lower upfront expenses.
They offer high efficiency, flexibility, and reduced carbon emissions. A hybrid system ensures comfort even in extreme weather or power outages by utilizing a secondary heating source.
Ensure proper sizing, professional installation, and compatibility with your existing heating system. A well-installed unit ensures maximum efficiency and long-term reliability.
Hybrid heat pumps are more energy-efficient and environmentally friendly. Unlike traditional systems, they combine the benefits of two technologies for consistent comfort and cost savings.
A hybrid heat pump can reduce energy usage by up to 70% compared to traditional systems, especially in moderate climates where the heat pump can handle most of the work.
Yes, many hybrid heat pumps come in compact designs that are perfect for homes with limited space. Wall-mounted models are particularly suitable for maximizing space efficiency.
F-gas-free heat pumps, like those using R290 refrigerant, have no harmful fluorinated gases. They are eco-friendly, offering the same heating and cooling efficiency with a much lower environmental impact.
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