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Artificial Neutral |
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The Artificial Neutral generates a momentary grounded
artificial neutral to allow the measurement of fault currents on
ungrounded three-phase systems. It is grounded intermittently through a relay driven
by an internal electronic timer. This periodic grounding technique
performs three functions limits the possibility of insulation faults
within the instrument, allows for better discrimination of actual fault
current and limits instrument overheating. |
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DC/AC Microprobes |
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The K Series
MicroProbes have an exceptional DC/AC current measurement capability.
Very small and compact, these microprobes are designed for accurate
measurements of very low currents with 50µADC sensitivity. The K Series
probes are excellent companions to all DMMs and instruments that will
benefit from the probe's high sensitivity, dynamic range and waveform
displaying characteristics. |
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Flexible Current Probes |
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Flexible
current probes are designed to take measurements where standard
clamp-ons cannot: in tight breaker panels, around large buss bars,
around cable bundles, and even wrapped around irregular shapes. The
flexible sensor has an output for direct readings on DMMs, Loggers,
Oscilloscopes, and Power Quality Instruments. For enhanced safety, we
designed a Shape Memory feature to pre-shape the sensor which eliminates
the need to reach around a live conductor. |
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General Purpose Probes |
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AEMC
manufactures the most complete line of current probes in the world.
Whether you need to measure from a few µA to several thousand Amps, we
have the probe you need. Our probes are designed to work in tight places
and to clamp around large bus bars. We offer a variety of output options
and terminations for recorders, data loggers, oscilloscopes, DMMs and
other instruments. |
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Oscilloscopes/BNC Terminated Probes |
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Oscilloscope
current probes expand oscilloscope applications in industrial or power
measurement environments, and are ideal for analysis and measurement of
distorted current waveforms and harmonics. These current probes permit
accurate display and measurement of current without breaking into the
circuit under test. Connections are made directly to your oscilloscope
through an insulated coaxial cable with an insulated BNC for enhanced
user safety. |
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