The CWK water coolers are designed for installation in circular ducts. The CWK coolers are equipped with a rubber seal on the connections. The housing of the water coolers is made of Aluminum Zinc, the exchanger of copper tubes with aluminium fins. For the correct function of the condensate drain, a siphon installation (not included in the delivery) should be included in the mounting of the CWK cooler.

The MKW water coolers are HVAC components suitable for cooling air in HVAC distribution systems and are intended for installation in circular ducts. The MKW coolers are made of galvanized sheet metal, the fins for heat dissipation are made of aluminium, placed on copper pipes. The condensate drain pan is made of aluminium. The maximum operating pressure is 25 bar and the maximum air speed in the duct must not exceed 4 m/s. The air passing through the cooler must not contain solid, fibrous, sticky or aggressive admixtures. Furthermore, there must be no chemicals in the air that cause corrosion of the materials used, i.e. they damage aluminium, copper and zinc.

The MKF freon coolers are designed for air cooling in circular ducts and for the R410a refrigerant. The casing of the MKF freon coolers is made of galvanized steel sheet, the collectors are made of copper tubes. The condensate drain pan is made of aluminium. The maximum operating pressure of the cooler is 40 bar, the maximum air flow speed must not exceed 5 m/s.

The CHV water coolers are designed for air cooling in ventilation and air conditioning systems. The CHV water coolers are adapted for direct mounting in four-sided air ducts. The CHV water coolers are controlled by the SUMX mixing units, which are part of the delivery. In conjunction with other components of the Vento system, they guarantee mutual compatibility and balance of parameters.

The CHF direct coolers are designed for air cooling in four-sided air ducts. The CHF direct air coolers are filled with nitrogen at the factory and the R123, R134a, R152a, R404a, R407c, R410a, R507, R12, R22 can be used as refrigerant. In conjunction with other components of the Vento system, they guarantee mutual compatibility and balance of parameters.