Condor © Standard

    Designed for use in applications where on-demand HEPA Air Filtration is required.
    Offers a low cost on-site solution to on-demand HEPA air filtration
    Designed for the containment of microscopic airborne contamination prior to exhausting into the hospital building or laboratory building HAVC system

Condor© Negative pressure HEPA units are designed for use in applications where on-demand HEPA Air Filtration is required. Condor units can convert positive pressure rooms to negative pressure rooms or create a suitable environment where one never existed, such as within a ward. These units are designed for the containment of microscopic airborne contamination prior to exhausting into the hospital building or laboratory building HAVC system.

These systems are suitable in areas such as

  • Operating theatres
  • Isolation Wards
  • laboratories or standard air conditioned rooms that require containment of microscopic airborne contamination

User Friendly

The Condor© offers a low cost on-site solution to on-demand HEPA air filtration when there is an urgent requirement to convert a positive pressure area to negative pressure area. This is essential in situations where air borne contaminants may be present or generated through the cleanup and containment of spillage. The Condor© is ready to be engaged to provide safety to the operators in the containment effort. The Condor© Standard unit is suitable for areas up to 4.5mts2. In addition, these units can be stacked for larger areas. 

Design and Construction

The Condor© comes complete with an H14 deep bed HEPA filter and pre-filter. The robust cabinet design is available with either a 250mm or 300mm diameter exhaust spigot, facilitating easy connection of the room exhaust duct. 

The Condor© can be custom optioned to suit various applications. 

Certified to International standards

Each Condor© unit is supplied with an individual factory test certificate affixed to the outer body demonstrating that the HEPA filter is leak free when integrity tested to AS1807.7.