MAXIMUS AIR –

Air-to-water heat pump with EVI technology

Stable operation with high performance up to an ambient temperature of -20° C.

Our MAXIMUR AIR air-to-water heat pumps are equipped with continuously variable inverter technology and a brushless fan with variable speed control. This allows the heat pump to adapt to the energy requirements of the heat consumers. The refrigeration system, equipped with EVI (Enhanced Vapour Injection) technology, ensures high efficiency even with traditional radiator systems and also have a cooling function as standard. Thanks to the use of components from world-renowned manufacturers, our systems have high efficiency and long service life.

All advantages at a glance

Heating, water heating & standard cooling function in summer

Suitable for underfloor heating and radiators due to high flow temperatures of up to 65° C

One of the most economical ways to heat and cool buildings

The systems operate at ambient temperatures as low as – 20° C

Evaporator with hydrophilic surface coating

Less susceptible to icing, defrosts effectively and is better protected against dirt deposits

Infinitely variable inverter compressor and variable speed brushless fan

EVI rotary compressor with multi-stage steam discharge

High state subsidies of up to 70 %

Benefit from government subsidies of up to 70 % of the purchase cost.

Smart operating convenience

User-friendly comprehensive control with optimal control and internet monitoring.

Quick Installation

Since the existing radiators and/or underfloor heating and piping in the building can still be used, the installation of our heat pumps is uncomplicated and possible in almost any building

Keymark certification

Warrenty

5 years product warranty.

Made in the European Union
Assembled in Germany

CONTACT

Hybristar Deutschland GmbH
Berliner Straße 20
03172 Guben

Geschäftsführer: Karolina Balthasar
Registergericht Cottbus: HRB 17015 CB
Umsatzsteuer ID: DE359510795

Kontaktdaten

Telefon: 03561 – 622 99 92
Telefax: 03561 – 502 49 97

info@hybristar.com
www.hybristar.com

Datenschutzerklärung