The OmniAire 600V is a compact, versatile air scrubber with high airflow and variable speeds. It is used for removal
of toxic mold, asbestos and lead dust during renovation and abatement projects, and for purifying air in commercial
or factory sites and medical facilities. This popular, light-weight machine is made of strong aircraft grade aluminum
housing with smooth surfaces for easy sanitation. It can be used with multiple filter options such as HEPA, activated
carbon plus MERV 9 primary/secondary filter. Additional accessories include intake manifold, flex ducting and quick
clamps.
Application Examples
600V Specifications
Airflow: 150-550 CFM
Power Requirements: 115VAC/60 Hz/2.3 Amp
Motor: 0.25 HP with thermal overload
Filtration: HEPA filter 99.97% @ 0.3μ; MERV 9 primary/secondary filter
Optional Filtration: OdorGuard 600 activated carbon web filter; HEPA filter 99.99% @ 0.3μ
Controls: variable speed controller; amber change filter light
Housing: aircraft grade aluminum; silicone sealed before riveting; (2) rubber grip handles; (4) 3” hospital grade locking
casters
Exhaust Collar: 8” diameter
Size/Weight with Filters: 14”W x 19”H x 31”L; 58 lbs.
Receiving Instructions
Visually inspect the unit for damage. Remove the primary/secondary filter and ensure that the HEPA filter has not been
dislodged during shipping. The HEPA filter should be sitting on the filter guides and the filter tabs that hold the HEPA
filter in place should be tight.
If the filter is not seated correctly then remove the filter tabs, reposition the filter, and reinstall the filter tabs before
operation to ensure that there is no bypass around the filter. If the filter tabs are loose verifying that the filter is in the
correct position and retighten the filter tab nuts.
Operations
For Asbestos and mold abatement, the machine must be operated with a HEPA filter in place. Also, it is recommended
to use the primary/secondary filer and replace it frequently to extend the life of the HEPA.
contaminated
containment area
positive pressure
clean contained area
clean
filtered
air
sealed contaminated
containment area
sealed
clean room
clean
filtered
air
recirculation
sealed contaminated
clean
filtered
air
contaminated
air
negative pressure
sealed contaminated
sealed
clean room
clean
filtered
air
negative pressure
contaminated room
clean
filtered
air
contaminated
air
contaminated
air
contaminated
air
contaminated
containment area
positive pressure
clean contained area
clean
filtered
air
sealed contaminated
containment area
sealed
clean room
clean
filtered
air
recirculation
sealed contaminated
clean
filtered
air
contaminated
air
negative pressure
sealed contaminated
sealed
clean room
clean
filtered
air
negative pressure
contaminated room
clean
filtered
air
contaminated
air
contaminated
air
contaminated
air
To create
NEGATIVE PRESSURE
inside the containment,
more air has to be exhausted out than leaks into the
containment. Place the machine inside the containment
and hook a flexible duct to the outlet ring of the
machine exhausting to outside the containment.
(See Above) All of the air being exhausted has been
treated by the HEPA filter so no contaminants are being
exhausted from the containment.
To create
POSITIVE PRESSURE
inside the containment,
more air has to be pumped in than leaks out of the
containment. Place the machine outside the containment
and hook a flexible duct to the outlet ring of the machine
ducting the exhaust into the containment. (See Above)
