ELTEX SCC-P, Руководство по эксплуатации

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BA-en-2087-2207_Static Combi Cleaner SCC_P
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• To ensure that the permissible operating temperature is not exceeded,
the blower nozzle must not be exposed to direct heat radiation (see
chapter 3.11 "Impact of heat radiation”, page 15 ).
• To avoid severe damage, keep other objects from hitting against the
nozzle (see chapter 4 "Operation”, page 16 ).
• Make sure that the units are clean at all times.
Dirt results in malfunctions and in premature wear of the units.
• When cleaning the units do not soak the units in solvent and do not
damage the emission tips; allow the solvent to evaporate completely
before restarting the unit (see
chapter 5 "Maintenance”, page 17 , chap-
ter 6 "Troubleshooting”, page 19 ).
• Do not touch the emission tips - risk of injury.
If the high voltage supply is connected, reflex responses to electrical
irritation can lead to secondary accidents. The charging bar as such is
safe to touch. If contact is made (single touch), the energy transferred
is so low that there is no risk of injury.
• Potential risk for wearers of cardiac pacemakers:
Moving the chest closer than 3.5 cm to the emission tips of the dis-
charging bar or making surface contact with several emission tips
(touching a single tip is not critical) can result in a temporary switchover
of the cardiac pacemaker into the fault mode. Permanent proximity or
contact can therefore cause severe problems. If it is likely that the chest
of such a person comes closer than 3.5 cm to the emission tips of the
discharging bar, or if several emission tips are touched at the same
time, the appropriate warning notices must be displayed.
• The operation of the units can generate ozone. The ozone concentra-
tion levels developing near the bars depend on many different factors
such as site of installation, bar current and voltage, air circulation, etc.,
and can therefore not be specified in general terms.
If the maximum allowable concentration of ozone must be observed at
the site of installation of the bar, the concentration must be
measured on site.
The AGW value (maximum admissible concentration) serves to assess
the ozone concentration at the workplace. The user must make sure
that the appropriate national AGW value is at no times exceeded, e.g.
in Germany the ozone concentration occurring during the operation of
the system must not exceed the recommended value based on interna-
tional limits of 0.06 ml/m³ (0.12 mg/m³).