• Unit of Measure: of 1
• Includes AC 1-speed blower motor
• Internal baffling plates and diffuser panel provide uniform air speed across the filter face, ensuring laminar airflow
• 1/4 ( 6 mm) -20 threaded holes in top corners accommodate eyebolts to facilitate installation using suspended guy wires (order eye bolt package separately)
• Includes FDA-approved silicone sealant (specify acrylic urethane or other required sealant type when FFU is ordered)
• ULPA Filter: 99.999% efficient Ultra-Low Penetration Air, rated at particles 0.12µm diameter’
• All wiring embedded in filled, rigid conduit in accordance with Class I/II requirements
• Proper installation of explosion proof equipment is critical to maintaining the explosion-proof protection aspects of the system. Therefore all wiring for explosion proof systems should be done in the field per local code by a licensed electrician.
• Explosion-proof motor meets NEC requirement for Class I Group C&D, Class II Group F&G, Division 1 hazardous locations
• Sound level is approximately 49 dBA, at average air flow velocity of 90 FPM ( 0.46 m/s).
• Replacement filter (order separately)
• Because filters are delicate and subject to damage during handling, all filter sales are final; no failure claims can be accepted
• All FFU data is based on a standalone unit using 1” prefilter and clean filters.
• Data will vary depending on filter media and configurations with other products/systems, such as ductwork or hoods.
• Unit of Measure: of 1
Most cleanroom professionals understand that HEPA and ULPA filters capture contaminants that degrade particle-sensitive samples. But they also help remove bacteria, mold spores, and many viruses that contribute to a host of infections.
Most common bacteria are contained by the 0.3-micron pore size of high-efficiency particular air (HEPA) filters. Ultra-Low Penetration Air (ULPA) filters, which are rated 99.999% efficient at retaining particles of 0.12 microns and larger in diameter, capture ultra-fine contaminants, including many large viruses and mold spores.
These filters also remove aerosol-born pathogens - germs that hitch a ride on larger particles and liquid droplets that are captured in a HEPA or ULPA filter. HEPA- or ULPA-based Fan/Filter Units (FFUs) thus can play an important role in infection prevention in surgical theaters, ICUs and other medical settings.
Additionally, HEPA filters can help filter pollen, tiny insects, bacteria, mold, and other fungal spores that might be present during plant tissue culture or cannabis production. Contaminants such as these can find a way in via personnel or normal HVAC units and can blight crops and reduce yields. HEPA Filters help increase crop yields, pass inspection/meet regulations, and reduce contamination.
Here is a list of common human pathogens that HEPA/ULPA filters capture and remove from circulation: