Midea MHC-V10W/D2N8-BER90 Air-to-Water Monobloc Heat Pump 10 kW M-Thermal WiFi R32 A+++/A++

The M-Thermal Monobloc R32 reduces carbon dioxide emissions and features an elegant design with an integrated hydraulic kit, ensuring that only one water line needs to be installed on site. It not only supplies domestic hot water for fan coil units, underfloor heating, or a domestic hot water tank, but is also compatible with solar panels, gas furnaces, boilers, and other heat sources.

Anti-Freeze

The anti-freeze function protects the hydraulic parts from freezing and thus from damage.

Highly Efficient Heating System

With an exceptionally high energy efficiency class of A+++, Midea M-Thermal heat pumps offer an optimal solution for anyone who values energy-efficient and thus environmentally friendly operation.

POWERFUL HEATING WITH HIGH EFFICIENCY

No power loss at -15 °C outdoor air temperature, ensuring operation down to -25 °C, a maximum flow temperature of +65 °C, and an energy efficiency rating of A+++ speak for themselves!

Flexible Operation and More Comfort

Weather-dependent operation with climate correlation for absolute comfort. Two zones ensure maximum flexibility and priority setting function, as well as multi-mode selection, providing optimal realization for every desire. Special functions such as air purging, floor pre-heating, and floor drying are already included in the Midea M-Thermal Split.

Improved Fan Blade Design

Outdoor units up to a nominal capacity of 16 kW have only a single fan, which, however, thanks to a revised design with reduced flow resistance, draws in sufficient air while keeping the noise level as low as possible.

Environmentally Friendly Refrigerant

The GWP (Global Warming Potential) of R32 is only 32% compared to conventional R410a, which reduces the refrigerant charge and at least 75% of the CO2 equivalent (carbon dioxide equivalent).

High Efficiency and Wide Operating Range

DC inverter technology for optimal operational reliability and efficiency. Thanks to the large heat exchanger and large compressor, it offers a heating capacity of 80% down to -7°C outdoor temperature. A built-in electric backup heater for additional heating capacity at extremely cold temperatures. The power of the electric backup heater is freely adjustable, and the output power is separately configurable. Heating, cooling, and hot water: a complete thermal solution for your application. Wide operating ranges for ambient temperature and water outlet temperature make the Midea M-Thermal Split the optimal solution for all installation environments.

WiFi Control

With the integrated WiFi module and the MSmartLife app, you can control your Midea air-to-water heat pump from anywhere and configure desired set parameters before arriving home.

Auxiliary Heater Rod

An auxiliary heater rod is standard in all Midea M-Thermal heat pumps. This ensures continuous water heating, even if the basic power of the inverter heat pump is not sufficient for the required operation.

Inverter Control

The key components of the heat pump are manufactured using advanced technologies and are equipped with innovative inverter technology, which ensures precise control of operation and high efficiency.

Heating Curve Function

Midea M-Thermal heat pumps allow you to choose a heating curve from 32 pre-made curves or individually set a custom curve.

Smart-Grid

Midea M-Thermal heat pumps are factory-prepared for working with a smart grid, which is why each one carries the SG-Ready label. This allows the electricity consumed by the system to be automatically regulated according to tariffs, significantly reducing energy consumption. The smart grid function can also be used with photovoltaic systems.

USB INTERFACE

Transfer settings between wired remote controls.

Program updates via the interface to save time during installation.

Important Note!

Installation and commissioning of the devices must be carried out exclusively by specialist personnel. In the event of a complaint, professional installation by qualified specialist companies (specialist contractor certificate and special qualification) must be proven. If no proof is provided, any warranty and guarantee will expire.

Technical changes and errors reserved! Subject to prior sale! Illustration similar!

Refrigerant leaks contribute to climate change. Refrigerants with a lower global warming potential (GWP) contribute less to global warming in the event of a leak than those with a higher global warming potential (GWP). A leak of 1 kg of this refrigerant would therefore have a greater impact on global warming than 1 kg of CO2 over a 100-year period, proportional to the refrigerant's GWP value. Do not perform any work on the refrigerant circuit or disassemble the unit – always consult qualified personnel.

Midea Europe GmbH Ludwig-Erhard-Straße 14 65760 Eschborn Germany +49 6196 – 90 20-0 info-meg@midea.com