,_ CAUTION: Fully assemble air filter before using (See Air Cleaner
. Quiet Operation
This Kenmore air cleaner has a four- speed fan with quiet operation that is ideal for nighttime.
,Air Quality Sensor
This Kenmore air cleaner has an AIR
QUALITY sensor that detects the presence of various pollutants in the air. The unit automatically increases fan speed to clean more air volume and remove the impurities quickly.
-Light Sensor
The
allow the fan to increase speed despite what the AIR QUALITY sensor detects.
•
The air passes through multiple stages of cleaning before returning to the room.
Advanced PlasmaWave TM Technology
PlasmaWave TM uses a strong corona discharge molecular level
•PlasmaWave TM Technology
PlasmaWave TM Technology uses a strong corona discharge to attack pollutants at the molecular level.
•Sanitized TM Treated Carbon
The Carbon
smoke, organic decay, and cooking, and is treated with Sanitize TM to effectively reduce the development of bacteria and fungi° For best performance, replace every three months,
True HEPA Filter
Captures 99.99% of parlicles and impurities as small as
0.3microns, including smoke, dust, pollen, and other allergens. Replace when the CHECK FILTER indicator light turns on.
to break apart airborne pollutantsat the
In a fraction of a second, PtasmaWave TM combineswith naturally occurringwater molecules in the air (H20) to create blltions of HydroxylRadk_l molecules (OH).
OH is an unstable moleculethat seeks equilibriumby stealinghydrogen atoms from adjacent moleculescontaininghydrogen (the pollutants),therebyreformingthem into harmless molecules of water,carbon dioxide, and otheracceptable molecules.
The resul!is a measurable reductionof pollutants alter the air passes through the Plasma
Generator (PlasmaWaveT"_).
By reformingmolecules,PlasmaWave TM technology can reduceodors, as well as VOCs (chemical vapors). It is also effectlve at
The PtasmaWaveTM technologyis harmless and the OH molecule only lives for a nanosecond whineit reforms surrounding molecules. Most
When combinedwith a