Heating and Cooling Bibloc Panasonic Aquarea High Performance All in One KIT-ADC03K3E5
Heating and Cooling Bibloc Panasonic Aquarea High Performance All in One KIT-ADC03K3E5
Heating and Cooling Bibloc Panasonic Aquarea High Performance All in One KIT-ADC03K3E5
Heating and Cooling Bibloc Panasonic Aquarea High Performance All in One KIT-ADC03K3E5
Heating and Cooling Bibloc Panasonic Aquarea High Performance All in One KIT-ADC03K3E5

Air-to-Water Heat Pump Systems Heating and Cooling Bibloc Panasonic Aquarea High Performance All in One KIT-ADC03K3E5

RRP: 8,910.44 € ClimaMarket Price 5,413.09 € -39%

Taxes included

Price without taxes: 4.473,63 €

 Calculate Shipping Cost

AVAILABLE!

Buy it now and receive it in 11 to 20 working days.

Quantity

Heating and Cooling Panasonic
Cooling capacity (35°C, 7°C DHW): 2.752 Kcal/h (3.20 kW)
Heating capacity (7°C, 35°C DHW): 2.752 Kcal/h (3.20 kW)
Energy Classification: A+++
Refrigerant: R-32

ClimaMarket, Entidad adherida a CONFIANZA ONLINE Logo garantia CE

Seal of Online Trust. Purchase and browse without worries through our web store.

climamarket_en Reviews with ekomi.co.uk

Air-to-Water Heat Pump Systems Heating and Cooling Bibloc Panasonic Aquarea High Performance All in One KIT-ADC03K3E5

"Discover the Aquarea High Performance All in One Generation K single-phase! This is the ultimate solution for your heating and cooling needs. With its outstanding energy efficiency, this unit ensures exceptional performance.

Imagine enjoying a COP of up to 5.33 in heating at 35 °C and an A+++ energy efficiency rating. It also features a variable speed water pump system with a class 'A' rating, allowing you to save energy without compromising comfort. Its stainless steel domestic hot water (DHW) tank with U-Vacua™ insulation panel ensures optimal performance with a DHW COP of up to 3.50.

Flexibility is key, and the Aquarea High Performance All in One delivers. Its compact size of 598 x 600 allows for easy installation in any space. Additionally, you'll have quick access to hydraulic parts, making maintenance a breeze. Don't worry about water quality! This unit comes with a built-in magnetic water filter to ensure clean and pure water.

Imagine enjoying unparalleled comfort even in extreme conditions. With its integrated auxiliary heating, you can maintain a pleasant temperature even at -25 °C. And no matter how cold it is outside, you'll get hot water at 60 °C, even with an outdoor temperature of -10 °C.

Control over your environment is crucial, which is why the Aquarea High Performance All in One offers an optimized interface and enhanced functions. With 2-zone control and bivalent control, you can adjust the unit to your specific needs.

And if you're a fan of connectivity, this unit has it all. You can opt for Aquarea Smart and Service Cloud for even more advanced control, as well as integration into building management system (BMS) projects.

In summary, the Aquarea High Performance All in One Generation K single-phase is the perfect companion to keep your home warm in winter and cool in summer. Don't wait any longer and get the maximum performance with this exceptional unit!"


KIT-ADC03K3E5

Data sheet

Indoor unit
WH-ADC0309K3E5
Remote control
Integrated into the indoor unit
Outdoor unit
WH-UDZ03KE5
Wifi
CZ-TAW1B
Series
Aquarea High Performance All in One
Class
Bibloc
Heating capacity (7°C, 35°C DHW)
2.752 Kcal/h (3.20 kW)
Cooling capacity (35°C, 7°C DHW)
2.752 Kcal/h (3.20 kW)
Refrigerant
R-32
Heat Pump
Yes
Dimensions - Indoor Unit (mm - W x D x H)
599 x 602 x 1642
Dimensions - Outdoor Unit (mm - W x D x H)
824 x 298 x 622
Net weight
137
Total packages
3
Liquid pipe diameter
1/4
Gas pipe diameter
1/2
Tank capacity (l)
185 L
Operating range
-20 °C
Supply
Single-phase
Max. Output Water Temperature (Heating)
60 °C
Min. Output Water Temperature (Cooling)
5 °C
DHW Tank
Built-in
Energy Classification
A+++
COP (7°C, 35°C DHW)
5.33
EER (35°C, 7°C DHW)
3.52
Indoor unit sound pressure (Cooling / Heating)
28 dBA
High temperature
Yes
Kit
Set

1 other product in the same category:

Other users have also been interested in these articles