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26
ENGLISH
Note
PM (particulate matter) density is displayed
in increments of 1 unit, from 8 to 999. PM
density values are based on the data sheet
provided by the sensor manufacturer.
The PM10 and PM2.5 air quality values
follow those provided by the United States
EPA (Environmental Protection Agency) for
2015.
The overall air quality level displayed
on the product may differ from the level
announced by the EPA.
The PM1.0 density is displayed in the
same manner as the PM2.5 density and is
based on LG Electronics standards.
The PM10 and PM2.5 densities displayed
by the product could differ from the EPA
forecast and from densities measured by
other products or devices.
Differences in PM density values may
be the result of different methods of
measuring or differences in the actual
PM density levels.
The PM density measurement was
tested using LG Electronics’ standard
test materials.
Using the product near a humidier, mist
generator, air-conditioner or other device
which generates steam or micro-particles
could affect the PM densities.
The overall air quality level is a result of
both PM densities and the odor level. It
may differ from the PM10, PM2.5 and
PM1.0 density levels.
Even two products placed in the same
space could measure the PM10 density
differently due to air circulation.
The chemicals contained in air fresheners,
perfumes, deodorizers or cosmetics may
affect the overall air quality display due to
odor sensor.
The PM density displayed may change
with environmental factors such as the
presence of sofas, beds, carpets, vacuum
cleaners, humidity, smoke, bugs, pets or
cooking oils.
The PM densities may be affected by
changes in the outside environment such
as construction, heavy trafc or pollen.
The micro dust density could be higher
near outside doors, windows, vents or in
areas where outside air enters.
Use ONLY water to clean the sensor.
Using anything else could cause product
failure.
The ne dust density could be affected
by cooking or using humidiers, sprays or
other products which generate steam or
ne particles.
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