Important Notes On Operation Of The Fsa - Bosch FSA 050 Originalbetriebsanleitung

en 24 | FSA 050 | Important notes on operation of the FSA 050
3. Important notes on
operation of the FSA 050
!
Before using the FSA 050 it is essential to carefully
study the safety instructions and warning notices.
The FSA 050 is only to be operated by appropriately
qualified personnel. Users must have a certificate of
qualification for working with high-voltage systems.
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The FSA 050 may not be used while driving a
vehicle.
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The circuit to be tested must be switched off,
deenergized, safely disconnected from the mains
and proven to be deenergized before making the test
connections for insulation analysis and continuity
measurement.
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Avoid contact with circuit connections and exposed
conductive parts, as well as other metal parts of
devices during testing.
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After insulation analysis, the capacitive circuits must
be allowed to discharge before disconnecting the
measurement leads.
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The FSA 050 is not to be used if damaged.
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All measurement leads, remote sensors and terminals
must be in a good, clean condition with intact
insulation (no breaks or cracks). Measurements are
only to be performed using the measurement leads
and remote sensors included in the scope of delivery.
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When testing, take care to keep hands behind the
protective covering of the measurement leads/
remote sensor/terminals.
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The authorities responsible for electrical safety
in certain countries may require the use of
measurement leads with fuse protection for taking
voltage measurements on high-voltage systems.
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Spare fuses must be of the correct type and have
the appropriate rating. Fuses with incorrect ratings
could be a safety risk and cause damage to the
FSA 050 in the event of overload.
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The battery cover must be properly attached when
taking measurements.
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Users of the FSA 050 are reminded that the work
safety legislation of the country concerned demands
the performance of a valid risk assessment for all
electrical work to permit identification of potential
sources of electrical hazards and to reduce the
likelihood of injuries resulting from electric shocks (in
the case of unintentional short circuits for example).
If such assessment reveals a significant risk, it may
be appropriate to use measurement leads with fuse
protection.
Robert Bosch GmbH