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Eaton’s Cutler-Hammer Circuit Analyzer provides
accurate testing of AFCI and GFCI devices while also
testing for faulty wiring conditions.
There are other testing devices on the market but
this will be the only one available from an AFCI
manufacturer. Eaton has more than 100 years of
electrical control and power distribution experience,
and a thorough understanding of what arc faults are
all about. This experience with AFCI breakers led to
developing a patented feature of the analyzer that
will save contractors time and aggravation. It allows
contractors to verify whether they have a grounded
neutral simply by depressing the red Neutral Isolation
test button. In this way, they will be able to determine
whether they have a grounded neutral or have other
neutrals connected before they leave the job site.
Additionally, the Circuit Analyzer has a button that
tests AFCI and two that test GFCI devices (both
40 mA and 8 mA).
Features, Functions and Benefits
✓ All-in-one tester for ground fault, arc fault and faulty
wiring conditions.
✓ Neutral Isolation Test Button is a patented feature
that allows the contractor to determine whether
they have a grounded neutral or have other
neutrals connected before leaving the job.
✓ Additional test button for AFCI and two that test
GFCI devices (40 mA and 8 mA).
✓ Only product available from an AFCI manufacturer.
✓ Three standard accessories enhance the
usefulness of the Circuit Analyzer:
– An alligator clip attachment to test hardwired
circuits, such as smoke detectors, that lack a
receptacle. The clip simply is attached to the
smoke alarm’s terminals
– An adapter (3-prong to 2-prong) for testing in
older homes that lack 3-prong receptacles
– Light socket adapter for AFCI testing when no
receptacle is available. Examples are ceiling fans
that contain sockets and recessed lighting
– Additionally, the Circuit Analyzer comes with a
black carrying case
HOW IT WORKS
1. Plug the tester (or one of the accessories) into the
receptacle, light fixture or hardwired terminals to
be tested.
2. Check the wiring LEDs on the Circuit Analyzer to
determine if the circuit is wired correctly.
3. If the circuit is wired correctly, then proceed
to test for Neutral Isolation, Arc Fault or Ground
Fault conditions, depending on the breaker or
receptacle type that is on the circuit.
4. To perform these tests, press the corresponding
button on the Circuit Analyzer and review the
results.