• BSK ceiling type heat recovery units are designed to provide energy saving as well as high quality inside air.
  • The aluminum plate heat exchangers used in this system have high performance and also high heat conductivity.
  • 8 standard models are manufactured between 750 m³/h – 5000 m³/h air flow rates.
  • Self-motorized fans causes it to run quietly
  • It provides %50 – 60 efficiency depending on weather conditions.
  • Conditions the fresh air, by using the energy of exhaust air.
  • Filters the fresh air given to the interior environment.

Heat Recovery Unit

HS Code : 841480

Certificates : certificate

Product Details

Technicial Specifications

Other products

About the Company

Contact

BSK ceiling type heat recovery units are designed to provide energy saving as well as high quality inside air. Heat recovering ventilation systems regain the heat energy, which is lost during ventilation process, by executing heat transfer between fresh air and exhaust air. The aluminum plate heat exchangers used in this system have high performance and also high heat conductivity, therefore the product provides an efficient heat transfer between warm and cold air flows.

8 standard models are manufactured between 750 m³/h – 5000 m³/h air flow rates. The manufactured models have such designs that they are easy to assemble and maintenance, and also they can be put between suspended ceiling. BHRS model heat recovery units have 9mm thick thermal – acoustic insulation (units up to 5000 m³/h flow rate are manufactured with plug fan, units with 5000 m³/h flow rate are manufactured with radial fan).

Self-motorized fans causes it to run quietly. With aluminum plated heat exchanger, the heat energy of the inside air which is taken out from the environment, is transferred to fresh air taken from outside, without mixing them. This process provides %50 – 60 efficiency depending on weather conditions, this means approximately %30 energy save. Heat recovery units reduce the initial investment and operating costs of air conditioning systems. 

Besides saving energy, it also provides fresh air to places which should have high-intensity air exhaust such as offices, banks, hotels, houses, movie theaters, hospitals, all-purpose halls, fair-exhibition grounds etc.