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Portable High Voltage TDR Cable Fault Locator with Digiphone for Precise Underground Detection

Portable High Voltage TDR Cable Fault Locator with Digiphone for Precise Underground Detection

Product Details:
Place of Origin: Xi'an ShanXi
Brand Name: XZH TEST
Certification: ISO/CE
Model Number: XHDD503C
Detail Information
Place of Origin:
Xi'an ShanXi
Brand Name:
XZH TEST
Certification:
ISO/CE
Model Number:
XHDD503C
Highlight:

High Light

Highlight:

Portable Cable Fault Locator

,

High Voltage TDR Cable Fault Detector

,

Digiphone Cable Tester

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
XHDD503C Cable Fault Locator
Our advanced Cable Fault Locator combines Time Domain Reflectometry (TDR) technology with precision detection capabilities to accurately identify and locate faults in cables. The Digiphone system provides reliable fault detection for various cable types, helping maintenance teams quickly pinpoint issues and minimize downtime.
Product Features

5-inch touch-high brightness LCD ensures visibility under sunlight.
The gain value and trigger value of the acoustic signal and magnetic signal can be manually adjusted to adapt to various environments .

It has background noise reduction technology and can choose from a variety of filtering methods.

It has BNR background noise reduction and mute noise reduction functions .

Equipped with path deviation indication.

Equipped with multi-layer physical isolation signal sensors, waterproof grade IP65.

Built-in large-capacity lithium battery, long standby time, equipped with fast charger.

Small and lightweight, easy to operate, and simple human-machine interface.

Working Principle

Portable High Voltage TDR Cable Fault Locator with Digiphone for Precise Underground Detection 0

Traditional acoustic measurement legal point instruments generally only use earphones to monitor, or are supplemented by the swing of the meter pointer to identify the discharge sound at the fault point. Since the discharge sound disappears in an instant and is not much different from the ambient noise, it often brings great difficulties to operators who are not very experienced. The acoustic-magnetic synchronization method effectively avoids the above problems of the traditional acoustic measurement method.