The Mycond Inverter Pro series of heat pumps, with an innovative
inverter compressor, offers high efficiency and reliability, even at
different outdoor temperatures. The unit features smaller dimensions,
making installation easier and reducing the space required.
It provides stable water production at +55 degrees and operates
efficiently all year round Read more
The new Mycond heat pump model offers high technical
performance and efficiency, running on environmentally
friendly R290 Freon. It provides efficient heating even at
-25 degrees, reaching temperatures of up to +75 degrees Read more
The 500 kW Mycond high-temperature heat pump,
equipped with Danfoss compressors with EVI technology
and 3rd generation control system, maintains high
temperatures as low as -32°C. Efficiently produces
hot water up to +60°C, ideal for large facilities,
provides reliable heating all year round Read more
The STANDARD generation of MCU-YH modular air-to-water heat pumps features enhanced controls and microprocessor-based architecture, resulting in extended range of cooling and heating operation and improved adaptability to modern comfort demands. You can combine maximum 16 heat pumps units to obtain a total capacity of 60 kW to 2080 kW Read more
The full heat recovery heat pump of RECOVERY MCU-YHR series uses an eco-friendly refrigerant R410A. The unit supports several modes: cooling,
cooling + heat recovery, heating and domestic hot water. This heat pump is especially suitable for facilities that require cooling and domestic hot water
at the same time, such as hotels, schools, restaurants, hospitals, and saunas Read more
The low-temperature version os a modular heat pump from Mycond. This series of heat pumps uses compressors from the world famous manufacturer Copeland "Emerson" with intermediate refrigerant injection using EVI (Enchanced Vapor Injection) technology. Using this technology with a high-level control system allows the heat pump to reabily and effortlessly maintain a high temperature of coolant even in the coldest days of the season. Possibility of continuous operation at ambient temperatures down to -26 °C. Using the heat pumps of EVI-series provides year-round and uninterrupted heat/cold supply for any of your facilities Read more
The new generation of TECHNO MCU-YHA modular heat pumps provides round-year cooling and heating at outdoor air temperatures down to -20 °C. Thanks to the use of electronically switched fans (EC-fans) with smooth speed control and modern electronic valve control technology, in combination with well-chosen components, these pumps are ideal for technological process and facilities that need cooling in winter. MCU-YHA is a permanent and uninterrupted cold supplier for the whole year Read more
The 4-pipe version of MCU-YHF heat pumps from Mycond is made to ensure simultaneous production of cold and heat. The heat pump has 2 separate, independent heat/cold heat exchangers that can operate simultaneously, and its internal control algorithm allows you to independently analyze and automatically balance the output power of these circuits. The 4-pipe version reaches the maximum energy efficiency indicators and will provide full autonomy of the heat/cold supply of any system Read more
The high-tech series of MCU YHI heat pumps from Mycond is made on the basis of advanced technologies. The heart of the unit is an advanced inverter compressor with EVI technology. Along with fans made on the basis of inverter technologies, microprocessor type of control and other components from world-famous brands, the heat pump guarantees uninterrupted operation all year round, both for cold to -20...55 °C and heat to -26...55 °C degrees. It combines high efficiency with accurate and year-round maintenance of climate performance for any system Read more
Mycond version of MWU heat pumps with water-cooled condenser and scroll compressors. Available in only cooling and heat pump versions. Heat pumps are highly efficient and are ideal for projects with a small installation area, and projects where the outdoor unit needs to be installed remotely Read more