LG AS60GDPV0 Bedienungsanleitung PDF herunterladen (Seite 26)

26

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 dier 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 dier from the EPA

forecast and from densities measured by

other products or devices.

– Dierences in PM density values may

be the result of dierent methods of

measuring or dierences 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 aect the PM densities.

•

The overall air quality level is a result of

both PM densities and the odor level. It

may dier from the PM10, PM2.5 and

PM1.0 density levels.

•

Even two products placed in the same

space could measure the PM10 density

dierently due to air circulation.

•

The chemicals contained in air fresheners,

perfumes, deodorizers or cosmetics may

aect the overall air quality display.

•

The dust 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 aected by

changes in the outside environment such

as construction, heavy tra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 aected

by cooking or using humidiers, sprays or

other products which generate steam or

ne particles.

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