N2400383 - Rev. 4 –10/02/2019 4
•If liquid is spilled inside the unit, disconnect it from the power supply and have
it checked by a competent person.
•Do not use with flammable, corrosive or hazardous material.
•Electromagnetic interference could affect the operation of the system if it is
used in the vicinity of devices that have not been evaluated to the relevant
EMC standard/s.
2.1. EMF Interference
This system may cause interference to radio and television reception or to
equipment sensitive to electromagnetic fields. When installed properly, the
system has been designed to minimize this effect. However, there is no
guarantee that electromagnetic interference will not be caused by the system.
If the system does cause interference to radio, television, or other equipment,
which can be determined by turning the instrument off and on, the user may
attempt to correct the interference by one or more of the following measures:
•Increase the distance between the system and the radio/TV receiver.
•Connect the system to an outlet on an electrical circuit different from that
which the radio/TV receiver is connected.
If this system is used near an intense electromagnetic source, interference noise
may cause an adverse effect on the system performance or functionality.
The system is designed to minimize possible interference from external
electromagnetic fields; however, there is no guarantee that external
electromagnetic fields will not influence this instrument.
If the system does incur electromagnetic interference, which can be determined
by turning on and off possible source(s) of electromagnetic interference nearby,
the user may attempt to correct the interference by one or more of the following
measures:
•Reorient the instrument.
•Increase separation between the instrument and possible source(s) of
electromagnetic interference.
•Connect the instrument to an outlet on a different electrical circuit from the
possible source(s) of electromagnetic interference.
•Check that any other device connected to the system is not affected by
electromagnetic interference.