DOP Test, Model 9600NEG 360 CFM | AllerAir 9650NEG, 9675 NEG

Model 9600NEG (360 CFM)

9650NEG (560 CFM) 9675 NEG (735CFM)

Compact Negative Air Purification Systems

Filters chemicals, odors, airborne particles, droplets and bacteria

For clean room quality indoor air	Isolation wards,
For clean room quality indoor air
	Negative air applications,
	Laboratory clean room environments

9600 NEG series

Features:

Motor before filters - 360,560,735 CFM

Minimize off-gassing

Variable speed

Low power consumption:

Filter Systems:

Carbon filter

30 lbs of MAC-B carbon filter for

Pre-filter

15.5" x 19.5" quick change pre-filter

HEPA filter

4" medical grade HEPA. Unique adjustable pressure seal maximizes filtration efficiency. Traps 99.97% of particles as small as 0.3 microns.

Optons:

10 or 20 Watt UV lamp

Motor 560 CFM (model 9650) or 735 CFM (modle 9670) Industrial ball bearing wheels

Negative air flanges (8,10 or 12")

2 carry handles (not shown in the picture)

Powercoated baked finish

(0.8 Amps on 360 FCM, 1.2 Amps on 735 CFM)

Metal housing

18 gauge polished galvanized steel housing

Ease of maneuverability

Weights only 40 lbs. on easy rolling castors

DOP TEST

Recommended filter replacement schedule

Filters life cycle can widely vary with

the environment the air purifiers are used in.

Allerair_Mk : Documents_on_PDF : Sale Sheets : 9000 Series : Flyer9600NegativeAir - March/2409/2006

Industries Inc. Toll free: 1-888-852-8247 / Fax: 1-877-688-2193 www.allerair.com

9675 NEG, 9650NEG, 9600NEG specifications

AllerAir has positioned itself as a leader in the air purification industry, notably with its range of air purifiers designed for various indoor environments. Among the standout products are the AllerAir 9600 NEG, 9650 NEG, and 9675 NEG models, each engineered to deliver superior air quality while incorporating advanced technologies and features tailored to address specific airborne contaminants.

The AllerAir 9600 NEG model is I designed for individuals seeking a reliable solution for allergies and asthma triggers. It comes with a robust HEPA filter capable of capturing 99.97% of particles as small as 0.3 microns, including dust, pollen, mold spores, and pet dander. The unit also incorporates a double-walled construction, enhancing insulation and reducing noise levels for a quieter operation. Its activated carbon filter contains 18 pounds of carbon, which effectively absorbs harmful VOCs (volatile organic compounds), odors, and chemicals, making it ideal for home, office, or studio environments.

Building upon this foundation, the AllerAir 9650 NEG includes enhanced features aimed at combatting smoke and chemical sensitivities. This model incorporates a specialized filter that targets an even broader spectrum of airborne pollutants. Additionally, it provides customizable options, allowing users to tailor the filtration system to their specific needs, enhancing its versatility. The incorporation of a high-performance fan ensures efficient airflow, promoting faster and more thorough air purification throughout the space.

The AllerAir 9675 NEG takes air purification a step further with its advanced multi-stage filtration system. This model combines HEPA filtration with a proprietary blend of activated carbon, including extra treatment for smoke and harmful gases. It is particularly suited for environments prone to heavy chemical exposure, such as workshops or homes with high levels of indoor air pollution. The unit’s user-friendly digital interface permits real-time monitoring of air quality, providing feedback and the option to adjust settings based on individual requirements.

All three models share common characteristics, including energy-efficient performance, robust construction, and portable designs for easy relocation. With customizable fan speeds and programmable timers, users can optimize operation according to personal preferences. The AllerAir 9600 NEG, 9650 NEG, and 9675 NEG exemplify a commitment to delivering robust solutions for cleaner, healthier indoor air, tailored to a variety of environments and contamination challenges.