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Cleanroom H13™

Designed for environmental control.

The Cleanroom H13 takes command of the air.

Designed for environmental control.

 

320-degree exhaust

320-degree exhaustMost air cleaners return filtered air into the environment through a small, noisy outlet that even makes it difficult to communicate. The Cleanroom H13 was designed with a 320-degree EvenFlow™ Diffuser to supply more air in more directions without drafts or noise. Other systems create annoying air drafts and restrict the ability of a system to produce fresh, clean air that can fill the room. The IQAir EvenFlow Diffuser boosts system efficiency by evenly returning cleaned air through a large 320-degree outlet. The wide dispersion pattern allows the Cleanroom H13 to produce a high air delivery rate with very little noise.

 

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100% Healthy technology

IQAir’s HyperHEPA filtration technology is the safest, healthiest, and most effective way to clean the air. The Cleanroom H13 particle filters work together to remove more than 99.97% of all airborne particles (0.3 microns and larger) without using unsafe or unproven technologies such as ozone generation, ionization, or ultraviolet radiation. Why risk safety and efficacy on air cleaner gimmicks when IQAir's unique design offers proven protection without harmful byproducts?

 

 

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HyperHEPA® superiority

HyperHEPA superiorityThe Cleanroom H13 is designed to give cleanrooms and other critical environments a steady supply of virtually particle-free air. IQAir’s HyperHEPA system is recognized as the most efficient air filtration technology ever designed. And the Cleanroom H13 offers more HyperHEPA filtration media than any other IQAir compact stand-alone system, assuring the cleanest air possible, with the largest quantity of the best filtration media available.

 

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Swiss quality

Swiss Made is more than just a label of origin. It is a sign of outstanding quality, uniqueness, superior design, innovation, precision and reliability. In an industry in which most air cleaners don't meet manufacturers' claims, IQAir tests and certifies each and every IQAir Swiss qualityair purification system. All manufacturing is done in IQAir’s own state-of-the-art Swiss production facility on the pristine shores of the Lake of Constance. By using the highest quality components, a dedicated team of highly skilled and extensively trained craftsmen and women, and state-of-the-art manufacturing processes refined over 50 years, IQAir is able to build the finest air purifiers in the world.

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Energy efficient

Energy efficientEven though IQAir Cleanroom H13 air purifiers offer maximum-level filtration, they cost very little to operate. In fact, the Cleanroom H13 consumes no more power than a conventional light bulb. At the very heart of this air purifier is the ultra-efficient, centrifugal, high performance IQAir New Edition fan and its maintenance-free motor. This mechanical powerhouse delivers up to 780 cubic feet of air per minute (without filters) while requiring as few as 27 watts of power at the lowest speed and up to a maximum of 215 watts at the highest speed. As a result, it costs very little to run the most advanced and effective cleanroom air purifier in the world.

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Anti-Tampering design

Anti-Tampering KitAdvanced anti-tampering tools with the IQAir Cleanroom H13 help prevent any unauthorized tampering with the system’s filters and power connection. A secure arm-locking fixture prevents unauthorized access to or removal of the system filters. A separate power-cord inlet fixture locks the Cleanroom H13 power cord to the system, preventing unauthorized unplugging of the power cord at the base of the system. The anti-tampering kit includes a sturdy, simple tool kit for easy installation of the anti-tampering accessories.


 

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Size Matters

Ordinary HEPA filters
can only filter 0.3 micron particles and larger.

IQAir Logo

IQAir's HyperHEPA
technology filters the
smallest airborne particles
that exist.

More than
90%
of all airborne
particles

0.003 microns

Viruses
Viruses

Viruses: 0.005 – 0.3 microns

Like bacteria, viruses are organisms that spread airborne diseases as mild as the common cold and as serious as severe acute respiratory syndrome (SARS) through coughs, sneezes and improperly maintained ventilation systems.

Tabacco Smoke
Tabacco Smoke

Tabacco Smoke: 0.01 – 1 micron

Sidestream smoke has higher concentrations of cancer-causing agents (carcinogens) than mainstream smoke. And, it has smaller particles than mainstream smoke, which make their way into the lungs and the body's cells more easily.

Soot
Soot

Soot: 0.01 – 0.3 microns

Long-term exposure to urban air pollution containing soot increases the risk of coronary heart disease, according to a major study published in New England Journal of Medicine in 2007.

0.01

0.1

Ultrafine Particles

Approx.
9%
of all airborne
particles

0.3

Pet Dander
Pet Dander

Pet Dander: 0.1 – 25 microns

Pet dander is the old skin and fur that pets shed. Animal dander is very small and can become attached to your clothingeven if you do not own a pet. Dander can be found everywhere: floors, carpets, walls, furniture, bedding, even the ceilings. Pet dander is a known asthma and allergy trigger.

Dust Mites Allergens
Dust Mites

Dust Mites Allergens: 0.2 – 25 microns

House dust mites are considered to be the most common cause of asthma and allergic symptoms worldwide. Dust mites themselves do not cause an allergic reaction, however, their dung-pellets are an irritant to sensitive people and can cause breathing difficulties. They thrive in warm, humid, dark conditions such as mattresses, carpets, sheets, pillows, and upholstery.

Bacteria
Bacteria

Bacteria: 0.5 – 10 microns

People spread bacteria through the air when they cough and sneeze, transmitting respiratory diseases and triggering symptoms in asthma sufferers. Bacteria can also grow inside poorly maintained ventilation systems, which spread it into the circulating air.

1

Household Dust
Household Dust

Household Dust: 1 – 100 micron

Dust may worsen hay fever. Circulating outdoor air through a house by keeping doors and windows open, or at least slightly ajar, may reduce the risk of hay fever-causing dust. In colder climates, occupants seal even the smallest air gaps, and eliminate outside fresh air circulating inside the house. So it is essential to manage dust and airflow.

2.5

Fine Particles

Less than
1%
of all airborne
particles

10

Mold Spores
Mold Spores

Mold Spores: 8 – 80 microns

Mold and fungus are commonly found in most homes and may be found in the air ducts of your heating/cooling system. They tend to float throughout the house, and form new colonies where they land. Fungus spores have been known to increase the chances of developing asthma.

Pollen
Pollen

Pollen: 10 – 100 microns

One of the most common allergens is pollen. It affects the nose, eyes, and mouth making it difficult to breathe. Most pollen that produces allergic reactions is from trees, grasses, and weeds.

100

Coarse Particles

Select one of the particles
above to see how it affects your body

ULTRAFINE PARTICLES (Particles 0.003μ - 0.1μ) | 90% of all airborne particles

Ultrafine particles are airborne particles less than 0.1 microns in diameter. In sheer number, they represent more than 90% of all airborne pollutants. Ultrafine particles are inhaled and deposited directly into the lungs, where they penetrate tissue and can be absorbed directly into the bloodstream. Through the bloodstream, they can reach any organ or area of the human body.

FINE PARTICLES (PM2.5) | Greater than 9% of all airborne particles

Fine particles (also known as PM2.5) are particulate matter that is less than or equal to 2.5 microns in diameter. Fine particles penetrate deeply into the lungs, into areas known as small airways and into the primary air exchange areas of the lungs. Fine particles come from vehicle exhaust, gas and chemical reactions, tobacco smoke, burning candles and other indoor and outdoor sources.

COARSE PARTICLES (PM10) | Less than 1% of all airborne particles

Coarse particles (also known as PM10) are those with a diameter between 2.5 and 10 microns in diameter. Coarse particles are deposited almost exclusively in the nose and throat. They are not generally inhalable directly into the lungs. Examples of PM10 include coal dust, fly ash, some components of wood smoke, asbestos fibers, and roadside particles from tires and brakes. This category also includes dust, some pollen and mold spores.

Affected Organs »

  • Lungs
  • Heart
  • Throat
  • Eyes
  • Nose
  • Brain
  • Kidneys
  • Liver