India · भारत
India · भारत
-
)
BA Hygiene Air Handling Units
Modular air handling unit with enhanced energy efficiency and certified by Eurovent for hygienic applications
BA Hygiene units can handle airflows from 1,000 to 178,000 CMH
Ideal for medium to high air pressure systems with static pressure up to 2300 pa
Eurovent certified for hygienic applications
Available with options for integrated controls for simple, plug-and-play start-up
Enhanced thermal transmittance of T2 with BA+-H
Modular and extremely adaptable
Systemair BA units are available in different sizes offering a flexible solution to be used in various applications, from small office premises to larger industrial applications.
A trusted choice for hygienic applications
BA Hygiene is built according to international standards and certified by Eurovent for hygienic application. The Eurovent HAHU Certification includes stringent, annual factory and selection software audits.
Smart integrated control technology
The BA Hygiene is available with a pre-installed, preconfigured and fully integrated control system. The system is preloaded with parameters to simplify field commissioning. Inspired by smartphones, the accessible controls enable a seamless user experience.
Enhanced energy efficiency
BA Hygiene units have enhanced thermal transmittance compared to other models within the range. Combined with low energy consumption components and controls the units can offer energy savings of up to 40%.
Specially designed and certified air handling units for...
Operation theatres
Intensive care units
Critical care units
Clean Rooms
Office buildings
Manufacturing facilities
BA Hygiene is available with improved thermal transmittance combined with low-consumption components and integrated controls, offering optimal operations and savings for years to come.
Are you aware of what happens inside your air handling units?
Growth of microorganism colony on non-metallic parts over the period of operation
Metallic parts get corroded
Dust and foreign materials get accumulated during construction and remain there
Does not have sufficient space for cleaning its components
High leakage rate
Inefficient thermal bridging
Low casing strength