Categorisation; Safety Informations - Soehnle Professional 7752 Mode D'emploi

3. General information

3.3 Categorisation

Application part
The medical device is a type B application part and is intended for di-
rect contact by the patient. The leakage currents correspond to the
classification of application parts type B.

3.4 Safety informations

This scale is designed for medical use. The user must be familiar with the operati-
on of the scale. Please read the information in the operating instructions carefully
before using the scale. It contains important instructions for installation, proper
use and maintenance of the device. The manufacturer is not liable if the following
instructions are not observed. Improper installation will void the warranty.
The scale is not explosion-proofed and must not be used in critical or potentially
explosive environments.
When using electrical components under increased safety requirements, the
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corresponding regulations must be observed.
Electrical connection conditions must correspond to the values printed on the
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power supply unit.
The scale is designed for operation in buildings. Observe the permissible ambi-
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ent conditions for operation (see Technical Data). The scale meets the require-
ments for electromagnetic compatibility. Exceeding the maximum values speci-
fied in the standards must be avoided.
The scale must be set up in such a way that it can be easily disconnected from
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the power supply at any time. The accessibility of the socket should be guaran-
teed at all times.
When moving the scale, lift the scale. The scale must neve be pushed. Then
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check the levelling and adjust it to the new situation if necessary.
The scale is a measuring instrument. Drafts, vibrations, rapid temperature ch-
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anges and solar radiation can affect the weighing result. The scale complies
with protection class IPX2, high humidity, vapours, aggressive liquids and hea-
vy soiling must be avoided.
This device is interference suppressed in accordance with the applicable EC
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Directive 2014/30/EU. However, under extreme electrostatic and electromag-
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