Home > Products >

Digital Cable Fault Locator with Acoustic Magnetic Synchronization for Underground Cable Fault Pinpointing

Name: Digital Cable Fault Locator with Acoustic Magnetic Synchronization for Underground Cable Fault Pinpointing
Brand: Xi'an Xu&Hui Electromechanical Technology Co., Ltd.
SKU: XHDD503B
Price: 1,050.00 USD
Availability: InStock

Product Details:

Place of Origin:	Xi'an ShanXi China
Brand Name:	XZH TEST
Certification:	ISO/CE
Model Number:	XHDD503B

Detail Information

Place of Origin:

Xi'an ShanXi China

Brand Name:

XZH TEST

Certification:

ISO/CE

Model Number:

XHDD503B

All Pass:

100Hz~1500Hz

Low Pass:

100Hz~400Hz

Highpass:

150Hz~1500Hz

Bandpass:

200Hz~600Hz

Highlight:

High Light

Highlight:

Digital Cable Fault Locator

Acoustic Magnetic Synchronization Cable Fault Locator

Underground Cable Fault Pinpointer

Trading Information

Minimum Order Quantity:

1set

Packaging Details:

wooden packaging

Delivery Time:

5-8 work days

Payment Terms:

T/T

Supply Ability:

3000unit/year

Product Description

Digital Acoustic Magnetic Synchronization Cable Fault Pinpointer

Advanced underground cable fault detection system featuring digital acoustic magnetic synchronization technology for precise fault location.

Product Features

Digital signal processing for accurate fault pinpointing
Acoustic-magnetic synchronization technology
Designed for underground cable fault detection
High-precision location capabilities

Working Principle

Digital Cable Fault Locator with Acoustic Magnetic Synchronization for Underground Cable Fault Pinpointing 0

This device uses the acoustic-magnetic synchronization method to precisely determine the fault point. It is a very accurate and unique point-fixing method. Its

principle is based on the traditional acoustic point-of-sound method with the addition of electromagnetic signal detection and application.

When the high-voltage generator performs impulse discharge on the faulty cable, the sound generated by the discharge at the fault point is transmitted to the ground, and the sound signal is picked up by a high-sensitivity probe. After being amplified, it is monitored with headphones, and the "pop" sound can be heard.

The probe's built-in probe receives the magnetic field signal in real time, and uses the principle that the propagation speed of the magnetic field is much higher than the sound propagation speed. By detecting the time difference between the electromagnetic signal and the sound signal, the distance of the fault point can be judged. Keep moving the position of the sensor to find the point with the smallest acoustic and magnetic time difference, then the exact location of the fault point is below it.

The traditional sound measuring point meter generally only uses headphones to monitor, or supplemented by the movement of the pointer of the meter to distinguish the discharge sound of the fault point. Because the discharge sound is fleeting, and is not much different from environmental noise, it often brings great difficulties to operators who are not very experienced. Acousto-magnetic synchronization method effectively avoids the above problems of traditional acoustic measurement method.

Tags:

Digital Cable Fault Locator with Acoustic Magnetic Synchronization for Underground Cable Fault Pinpointing

High Light

Highlight:

Digital Cable Fault Locator

Acoustic Magnetic Synchronization Cable Fault Locator

Underground Cable Fault Pinpointer

High Voltage Cable Fault Locator,

High Voltage Pulse Generator,

Portable Cable Fault Locator

Digital Easy Operating Underground Cable Fault Locator and Pinpointer for Accurate Detection

Digital 5" Touch Display Cable Fault Locator for Underground Cable Fault Pinpointer

Precise Location Underground Cable Fault Locator with Pinpoint Detection

Analog Cable Fault Locator with Precise Location for Underground Detection

Analog Underground Cable Fault Locator and Pinpointer for Precise Detection

Analog Cable Fault Locator with Precise Location and Positioning Accuracy < 0.1m for Underground Detection

ARC Cable Fault Locator with Multiple Pulse Test Mode Automatic Analysis and TDR for Accurate Detection