Thermor Aéromax VS 200 Litre Heat Pump for DHW

The Thermor Aéromax VS 200 litres, reference 286042, is a state-of-the-art unit designed to provide an efficient and sustainable solution for domestic hot water production (DHW). This model is based on aerothermal technology, harnessing the energy of the air to generate heat, making it an environmentally friendly and highly efficient alternative in terms of energy consumption.

Energy Efficiency:

With an energy rating of A+, the Aéromax VS ensures optimised operation, significantly reducing energy consumption compared to traditional heating systems. Its SCOP (Seasonal Coefficient of Performance) varies according to temperature, reaching a value of 2.79 at 7°C and 3.01 at 14°C, demonstrating its ability to generate more heat energy than it consumes electrically. This translates into significant savings for the user over time, maintaining efficiency regardless of weather conditions.

Capacity and Performance:

With a capacity of 200 litres, this water heater is ideal for medium to large-sized households, meeting the hot water needs of several people simultaneously. Its heating time is 6 hours and 21 minutes, ensuring a constant supply of hot water for the entire family.

The operating range of this model is broad, capable of operating efficiently in outdoor temperatures ranging from -5°C to +43°C, making it an ideal choice for both cold and warm climates. This adaptability allows the heater to function optimally throughout the year, adjusting to temperature variations and ensuring a reliable supply of hot water regardless of external conditions.

Technology and Sustainability:

The Aéromax VS uses R513 refrigerant, which is a more environmentally friendly alternative compared to conventional refrigerants, reducing environmental impact and complying with current energy efficiency and sustainability regulations. This aerothermal technology takes advantage of up to 70% of the energy from the outside air, minimising the use of electrical energy and reducing CO2 emissions.

Additionally, the unit features a 1800 W electric backup, ensuring the supply of hot water even in extreme weather conditions, when the heat pump requires additional support to maintain the appropriate temperature.

Technical Features and Design:

The Thermor Aéromax VS 200 litres is designed to be robust and efficient, with a sound power level of 53 dB(A), making it quite quiet for a unit of its capacity. This ensures it does not cause disturbances in the home, even if installed in occupied spaces.

Regarding its dimensions, it has a height of 1617 mm, a diameter of 620 mm, and a depth of 665 mm, allowing for easy installation in a variety of locations without requiring too much space. These features make this water heater suitable for garages, utility rooms or dedicated heating system spaces.

Installation and Maintenance:

The Aéromax VS is designed to be easy to install and maintain, with straightforward access to internal components for maintenance or repairs. Its compact and efficient design allows for harmonious integration into any home. Additionally, its durability ensures a long service life, making it a safe investment for any family.

Summary:

The Thermor Aéromax VS 200 litres is an advanced aerothermal system offering an efficient and sustainable solution for domestic hot water production. Its high capacity of 200 litres and A+ energy rating make it the ideal choice for those seeking a reliable, economical, and environmentally friendly unit. With its wide operating range, adaptability to different climates, and electric backup technology, this water heater guarantees maximum comfort in the home, providing a constant supply of hot water throughout the year.

The use of R513 refrigerant and its aerodynamic design not only enhance its efficiency but also make it an environmentally responsible choice. Ideal for any home looking to reduce its energy footprint without sacrificing comfort, the Aéromax VS is an advanced option for those who value both performance and sustainability in their water heating systems.