Today's IAQ Challenges

The effort to increase performance and efficiency of buildings has resulted in tighter construction and reduced air infiltration. Airborne particulate and gas phase contaminants released from paint, carpeting, wallpaper, insulation, copy machines, and cleaning agents become trapped in the work environment.

A typical ventilation system recirculates 80-90% of the total air volume in the building, and introduces 10-20% outside (make-up) air to the recirculated air, in order to dilute the airborne contaminants and reduce stale- ness. However, make-up air often introduces new pollutants to the building, such as diesel and gasoline engine exhaust, mold, pollen, dust, offensive odors and other common outdoor pollutants.

The key to providing healthy indoor air is reducing the levels of airborne particulate and gas phase contami- nants. A successful ventilation system reduces the levels of contaminants through high efficiency filtration and gas phase control, while at the same time, reduc- ing maintenance, upkeep, and operating costs.

Filtration System Considerations

PurePac's particle collection efficiency is continuous and not highly dependent on particle size or filter load- ing, therefore actual efficiencies of 90-95% and high- er can be achieved at an economical operating cost.

PurePac is available with optional TechSorb HMZD impregnated bonded carbon panels for gas phase contaminant and odor control. The rigid panels elimi- nate air by-pass, channeling and settling, which are typical with conventional loose granular carbon filters. The disposable HMZD panels also offer clean, easy, removal and replacement.

The operating cost to move ventilation air through a fil- tration system is directly related to the filter is resist- ance. PurePac's low and constant 0.25î w.g. resist- ance results in reduced fan horsepower and a signifi- cant energy savings compared to conventional filtra- tion. Since PurePac's efficiency is instant and contin- uous, fouling of heating and cooling coils is reduced, resulting in higher performance and reduced operat- ing cost of the system.

PurePac incorporates a permanent self-cleaning sys- tem, eliminating the replacement and labor cost of buying, changing, and disposing of filters. A life cycle cost analysis almost always shows that PurePac's performance and reliability can be justified.

Today’s Solution

PurePac is designed to work in conjunction with a building’s air handling units and ventilation systems, delivering the specified level of efficiency, continuous- ly and reliably.

High reliability, optimum performance, and low operat- ing cost make PurePac the IDEAL SOLUTION for today’s indoor air quality challenges.

Performance

PurePac uses a 2-stage electronic collector for partic- ulate control. A high-density, low power first stage charges each particle. The charged particles then travel downstream into the second stage where they are repelled from the air stream, captured, and retained on collector plates.

The electronic collector uses an airfoil design that eliminates air-bypass, so all of the HVAC system air and airborne particulate pass directly through the

Flanders Precisionaire - Foremost in Air Filtration

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Precisionaire PB1900-0604 manual Todays IAQ Challenges, Filtration System Considerations, Today’s Solution, Performance
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PB1900-0604 specifications

The Precisionaire PB1900-0604 is a high-performance air filtration system designed for industrial and commercial environments. This model is particularly known for its efficiency in removing airborne contaminants, facilitating a healthier workplace and improving indoor air quality.

One of the standout features of the PB1900-0604 is its HEPA filtration technology. Capable of capturing at least 99.97% of particles as small as 0.3 microns, this system excels in trapping dust, pollen, mold spores, and other microscopic pollutants. This makes it an essential asset for facilities such as hospitals, laboratories, and manufacturing plants where clean air is paramount.

The Precisionaire PB1900-0604 operates with a robust airflow capacity, which ensures effective circulation throughout the space it serves. This model is engineered for high efficiency, boasting a low energy consumption profile while maintaining powerful performance. Its special design allows for easy integration into existing HVAC systems, providing flexibility in installation while maximizing space utilization.

A key characteristic of the PB1900-0604 is its user-friendly interface and advanced control options. Equipped with smart technology, users can monitor performance metrics such as filter status and airflow rates in real-time. This enables proactive maintenance and ensures the system operates at peak efficiency at all times.

The construction of the PB1900-0604 emphasizes durability and longevity. Built with high-quality materials, it can withstand the rigorous demands of industrial environments. The replaceable filter cartridges are designed to be easily swapped out, minimizing downtime during maintenance operations.

In terms of noise levels, the Precisionaire PB1900-0604 has been engineered to operate quietly, allowing for a peaceful environment without compromising on performance. This is especially important in workplaces where concentration is key.

Overall, the Precisionaire PB1900-0604 is a versatile and powerful air filtration solution, combining advanced technology, efficiency, and reliability. It addresses the critical need for clean air in commercial and industrial applications, ensuring that spaces are not only safe but also conducive to productivity. Whether in healthcare, manufacturing, or any facility where air quality is crucial, the PB1900-0604 stands out as a top choice for air filtration needs.
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