Working principle of Cross Counterflow Sensible Air to Air Plate Heat Exchangers:Two neighbor aluminum foils form a channel for fresh or exhaust air stream. Heat is transferred when the partial air streams flow crossly and partial air streams flow counter through the channels, and fresh air and exhaust air is totally separated.
Counterflow Plate Heat Exchangers. These designs achieve energy recovery efficiencies of up to 90%. Counterflow heat exchangers are primarily used in ventilation and air-conditioning systems and particularly suitable for controlled ventilation of living spaces. At the core is a stack of aluminum or plastic plates, within which recesses create
Air-to-air heat exchangers & ventilation components ERI ALUMINIUMCROSSFLOW PLATE HEATEXCHANGER. A cross-flow heat exchanger is used in a cooling and ventilation system that requires heat to be transferred from one airstream to another.The thermal energy is exchanged via the panels. A traditional cross-flow heat exchanger has a square cross-section. It has a thermal efficiency of 4065%.
GENERAL DESCRIPTION The The HU-EX6/HC-EX6/Combi HC-EX6 counter-flow heat exchangers are specifically developed for heat recovery in balanced ventilation systems. These heat exchangers allow efficient use of extract air energy for heating or cooling, thus optimizing ventilation and providing healthy indoor climate. Due to the unique heat exchanger design and the shape of the heat exchanging 
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