Trotec OZ-ONE включая сертификат калибровки 3510006110 Инструкция к товару онлайн [3/12] 855489

EN 3

ozone meter OZ-ONE

Intended use

Only use the device for measurements of the ozone

concentration in the air as well as for indoor temperature and

humidity measurements within the measuring range specified in

the technical data.

To use the device for its intended use, only use accessories and

spare parts which have been approved by Trotec.

Improper use

Do not use the device in potentially explosive atmospheres, for

measurements in liquids or at live parts. Trotec accepts no

liability for damages resulting from improper use. In such a

case, any warranty claims will be voided. Any unauthorised

modifications, alterations or structural changes to the device are

forbidden.

Personnel qualifications

People who use this device must:

• have read and understood the operating manual, especially

the Safety chapter.

Residual risks

Warning

Risk of suffocation!

Do not leave the packaging lying around. Children may

use it as a dangerous toy.

Warning

The device is not a toy and does not belong in the

hands of children.

Warning

Dangers can occur at the device when it is used by

untrained people in an unprofessional or improper way!

Observe the personnel qualifications!

Caution

Keep a sufficient distance from heat sources.

Note

Never expose the sensor to hard shocks. Do not shake

the sensor, e.g. to ventilate the sensor chamber after

an oversaturation, since the reaction electrolyte in the

sensor can be irreparably damaged.

Note

To prevent damages to the device, do not expose it to

extreme temperatures, extreme humidity or moisture.

Note

Do not use abrasive cleaners or solvents to clean the

device.

Information about the device

Device description

The device OZ-ONE is an ozone meter for measuring the ozone

concentration in the air. It can also be used to determine the air,

dew point and wet-bulb temperature as well as the humidity

level of indoor areas.

For assessing the measurements, a Max/Min function

(maximum and minimum value), the time-weighted average, the

short-term exposure limit and a Hold function for freezing the

currently measured value are also available.

When not in use, an automatic switch-off saves the batteries.

Formation, perception and distribution of ozone

The word ozone has become an integral part of our vocabulary

and the colourless, toxic gas is part of our everyday life. The

irritant effect ozone can have on our eyes and airways has been

common knowledge for a few years now, especially since the

increasing ozone volume can be attributed to the so-called

summer smog. Ozone is further generated during certain

industrial processes.

Ozone (chemical symbol: O

) consists of three oxygen atoms.

Ozone is created wherever oxygen molecules(O

) in the air are

turned into atoms(O) due to electrical energy or UVradiation. It

is these atoms that can react with the oxygen molecules to form

ozone(O

In case of a high solar irradiation ozone forms involving other air

pollutants. The nitrogen oxides(NOx) from automobiles,

domestic heating systems, power plants and the industry play a

major role in this.

Depending on the concentration, ozone can have a very intense

smell similar to chlorine, hay or carnations. By nature, the

human nose is already vastly superior to most measuring

devices: It detects the gas with a concentration of as little as

0.01ml/m

. What this means when compared to other irritant

gases is that we humans can already detect even minor

quantities of ozone which gives us the opportunity to take

corresponding precautions to avoid any hazard caused by the

gas in due time. However, our nose also has a crucial

disadvantage compared with measuring devices: the so-called

habituation effect. After only a brief period of time spent in an

ozone-polluted environment we become so acclimated to the

smell that we go noseblind.

Trotec OZ-ONE включая сертификат калибровки 3510006110 Инструкция к товару онлайн [3/12] 855489

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