Inhaltsverzeichnis
Werbung
Verfügbare Sprachen
Verfügbare Sprachen
2. Current Circuit Fuse.
Fuse protection is provided on the current terminals. This fuse is
situated under the Printed Circuit Board. To access it, you need
to unscrew the four mounting screws which are holding the font
panel. Two of these screws are located under the foots, and the
two others are located inside the battery compartment. The fuse
is automatically blow by the crowbar, should voltage be present
on the resistance under test. This is to prevent damage to the
instrument. It is indicative of this fuse being blown is the R
stays "on". (HBC, 1A, 250Vac, Slow Blow)
3. Potential Circuit Fuse.
Fuse protection is provided on the potential terminals. This fuse
is situated under the Printed Circuit Board. To access it, you
need to unscrew the four mounting screws which are holding the
font panel. Two os these screws are located under the foots, and
the two others are located inside the battery compartment. The
fuse is automatically blow by the crowbar, should voltage be
present on the resistance under test. This is to prevent damage
to the instrument. If the preliminary tests does not lit R
indicative of this fuse being blown. (HBC, 0.5A, 250Vac, Slow
Blow)
Input Limits and Protections
The maximum continuous voltage, which can be applied across
the potential and current leads is around 10,7 V.
Applying more than that voltage will automatically blow their
respective fuses.
However, the crowbar trigger can be factory adjusted for your
application.
We have specially selected that method to stop damaging the
instrument, should it be misused.
-29-
LED
C
this is
P
Werbung
Inhaltsverzeichnis
