KLIMOR, a leading Polish manufacturer of air conditioning and ventilation systems, has introduced a new BLAST recuperator with a countercurrent heat exchanger.
The BLAST air handling unit is a high-efficiency heat recovery unit designed for mechanical ventilation systems in residential, commercial, and detached houses. Used in energy-efficient and passive buildings, it provides fresh and clean air inside the building by systematically and continuously exchanging used air for fresh air.
The BLAST recuperator has been designed and manufactured according to the latest technological trends in order to provide comfortable conditions for the users of the room and to achieve efficiency in the operating process.
The first presentation of the product took place at the end of June at the international trade fair Mostra Convegno Expocomfort 2022 in Milan.
The AHU is available in 2 sizes with the capacity of 360 m3/h and 630 m3/h. Undoubtedly, what distinguishes the BLAST AHU is, among other things, the durable construction of the housing combined with a modern, timeless design, the innovative antifreeze system that minimizes the energy consumption associated with the phenomenon of frosting of the exchanger, the Wi-Fi module in the transmitter that enables the remote control of the AHU from a phone, tablet or computer, the setting of the operating modes of the unit according to an individually programmed calendar, and compliance with the requirements of the "Clean Air" program class A/A+.
The new AHU in the KLIMOR product portfolio is a well-thought-out solution, the result of extensive analysis and research carried out by the KLIMOR R&D department.
Undoubtedly, BLAST is a sophisticated product that stands out from the competition and meets the high requirements of European certification. It owes this primarily to the application of innovative technical, technological, and material solutions - says Marek Kupiec, President of KLIMOR - and adds - as a result we have created a product with the most rational values of heat energy saving with the lowest possible electricity consumption.
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