Connecting the Master Therm heat pump to the internet allows it to be controlled from anywhere via the web browser on Mastertherm.online or via an app on a mobile phone or tablet. You are thus in full control of your home’s heat, which is within easy reach. Continuous service supervision and remote diagnostics included.
The control system also can cooperate with photovoltaic inverter and can predict future electricity spot prices. It makes the heat pump's operation as economical as possible.
Download software AppStore GooglePlay MasterTherm software
The pGDx terminal with a 4.3-inch touchscreen and its own processor is the main control panel ofthe heat pump. With its help, the desired indoor temperature and all other pump functions can be easily set. It integrates the function of a room instrument to control the temperature of the heated / cooled space. It is possible to connect control panels or temperature sensors of adjacent heating circuits to the terminal and control everything from one place.
It supports communication within Smart Grids for efficient management of electricity production and consumption. Connection via Ethernet or Wi-Fi, automatic online updates.
Unique control software
Master Therm heat pumps are controlled by an internally developed app for controlling the cooling circuit including its peripherals. It uses an equithermal system based on following the outside temperature and complemented by advanced backward temperature control in the building based on internal room temperature sensors. As a result, the heat pump automatically maintains the building at a constant temperature with extreme precision and never operates at a higher heating water temperature than is strictly necessary.
Desuperheater
Desuperheater is an integrated device designed for efficient heating of water to high temperature with?high efficiency. It is a heat exchanger that extracts high temperature energy at the outlet of the hot steam from the compressor. This energy is transferred through a separate hydraulic circuit to the hot-water storage tank. The water is heated while the compressor is running as a “by-product” of the building’s heating. The heating efficiency when using a desuperheater is identical to the heating factor for heating.
Frequency-controlled BLDC compressor
A compressor with a frequency converter (inverter) allows the heat pump continuously to regulate the heating / cooling capacity. The main advantages of inverter technology are electricity savings, more efficient use of heat exchangers, a reduction in the number of compressor starts, a reduction in the energy required to defrost the evaporator (air-to-water system), and as a result, an increase in the heating factor.
All Master Therm heat pumps can fully cool the building. By purchasing a pump, you are, therefore, also purchasing the perfect cooling solution for summer. Thanks to its design, it has approximately half the running costs of a conventional air conditioner. Additionally, even while in cooling mode, it can simultaneously heat hot water for domestic use.
For ground-to-water pumps, we offer a passive cooling module that transfers heat from the interior to the ground collector without the need for a compressor. This ensures extremely ef?ficient summer cooling and contributes to the regeneration of the collector after the heating season.
All Master Therm heat pumps use quiet-scroll or double-rotary compressors, located in the unit in a special anti-vibration frame. Of course, the pump casing itself is carefully soundproofed.
For air-to-water heat pumps, we use the most modern low-speed fans with very low sound pressure levels, which ensure minimum noise levels in outdoor units
Master Therm is one of the leaders in the use of electronic refrigerant injection technology. The EEV allows for precise control of the superheat temperature of the refrigerant vapour in the evaporator. This allows the evaporator area to be used with maximum effect for the evaporation of the refrigerant, resulting in higher plant efficiency. The EEV thus increases the heating factor, operational reliability and lifetime.
The EEV also protects the compressor against liquid injection at high loads. On the other hand, in the low-load mode (e.g., with a heating duct outlet temperature of less than 30°C), the electronic valve can be fully opened and a high-heating factor can be achieved, which is not possible with a thermostatic valve (TEV).
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