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GM.1000 Surge Wave Fault Pin-pointer

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SKU: GM.1000

1 Acoustic magnetic synchronous positioning technology is used to
automatically calculate the acoustic magnetic time difference,
reducing the dependence on sound
monitoring.
2 The background noise reduction technology effectively filters out
environmental and industrial noise and highlights the discharge
sound at the fault location.
3 Combining the traditional acoustic measurement method and the
advanced acoustic magnetic method, the operator freely chooses
according to the usage habits.
4 The gain value and trigger value of the acoustic signal and
magnetic signal can be adjusted manually, which is more convenient
to fix the point.
5 It has the function of path auxiliary indication to avoid offsetting the
path when the point is fixed.
6 Adjustable parameter s, select appropriate filter parameters, and
suppress environmental noise.
7 Seven-inch touch highlight LCD to ensure visibility in the sun.
8 Built in high-capacity lithium-ion battery power supply, with fast
charger.
9 Small and portable, light weight.

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Available: In stock

Description

➢ The cable fault locator uses the acoustic-magnetic
synchronization method to determine the location of the
cable fault point.
➢ The electronic flashover is generated by the impulse
discharge generator, picked up and amplified by the
corresponding probe, and judged by auditory and visual
sense to determine the precise location of the fault point,
complete the precise positioning of the cable fault point
within the range of the cable fault point, it integrates
acoustic-magnetic time difference positioning technology,
noise reduction technology, path assisted testing and
other technologies, and provides multiple test modes and
rich and diverse prompt information to efficiently and
accurately complete cable fault location.
➢ This pointing instrument is suitable for low resistance,
short circuit, open circuit and disconnection faults of
various materials of different cross sections and different
media, such as power cables, high frequency coaxial
cables, streetlamp cables, and buried wires, as well as
high resistance leakage and high resistance flashover
fault.
➢ The technical parameters comply with “GB/T 18268.1
Requirements for Immunity of Test Equipment for
Industrial Sites”.

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