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Fluke ScopeMeter
test tools work
harder to make
your job easier
See what's happening with fast real-time
high resolution sampling. ScopeMeter
offers a sample rate of up to 2.5 GS/s
with up to 400 ps resolution.
Connect-and-View
captures even the
™
most complex motor drive signals.
The built in multimeter provides conve-
nient precision measurements.
Trend multiple measurements captur-
ing signal intermittent events, signal
drift or fluctuations.
6
Connect-and-View ™
triggering for an instant,
stable display
If you've used other scopes,
you know how tricky triggering
can be. If settings are incor-
rect, results can be unstable or
incorrect. Connect-and-View ™
automatically sets up correct
triggering by
recognizing signal
patterns. Without
touching a button, you get a
stable, reliable and repeatable
display of virtually any signal
including motor drive and control
signals. It's especially fast and
convenient when you're measur-
ing a number of test points in
rapid succession.
Built-in digital multimeter
190 Series II models with
isolated dual input scope and
dedicated digital multime-
ter. Conveniently switch from
waveform analysis to precise
multimeter measurements using
the built in 5000 count digi-
tal multimeter. Measurement
functions include Vdc, Vac,
Vac+dc, resistance, continuity
and diode test. Measure current
and temperature using suitable
shunt, probe or adapter with
wide range of scaling factors.
ScopeRecord
mode for
™
high resolution waveform
recording up to 48 hours
ScopeRecord
memory stores up
™
to 30,000 or more data points
per channel, capturing fast inter-
mittents and glitches as short
as 8 ns. (Two sets of multiple-
channel recordings can be
stored for later analysis.)
• Records events like motion
profiles and UPS, power supply
or motor start-up cycles
• With the Stop on Trigger
mode, the ScopeMeter auto-
matically recognizes a power
failure and stores the wave-
form data preceding it
Capture high-resolution waveform
details over extended period using
ScopeRecord
mode.
™
TrendPlot
paperless
™
recorder—records up to
16 days to help you find
intermittent faults
The toughest faults to find are
those that happen once in a
while. These intermittents can
be caused by bad connections,
dust, dirt, corrosion, or simply
broken wiring or connectors.
Line outages, sags or starting
and stopping of a motor can
also cause a machine to stop.
You may not be around when
it happens, but the Fluke
ScopeMeter will.
• Plot minimum and maximum
peak values and average over
time up to 16 days
• Plot any combination of volt-
ages, amps, temperature,
frequency and phase for all
four inputs, all with time and
date stamp to pinpoint faults
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