Bref: We tested it—see the highlights and what to expect in real operation. This video provides a hands-on demonstration of the XHDD503E TDR Cable Fault Locator, showcasing its 5-inch touchscreen interface and advanced noise reduction technologies for precise cable fault detection in the field.
Fonctionnalités Des Produits Connexes:
Features a 5-inch touchscreen for intuitive operation and clear display of fault data.
Utilizes Time Domain Reflectometry (TDR) technology for accurate cable fault detection.
Incorporates BNR background noise reduction to improve signal clarity during testing.
Equipped with mute noise reduction technology for enhanced performance in noisy environments.
Offers multiple filtering methods including all-pass, low pass, qualcomm, and bandpass.
Includes path deviation indication to assist in locating cable faults precisely.
Built with multi-layer physical isolation signal sensors for reliable signal detection.
Achieves a waterproof grade of IP65 for durability in various working conditions.
FAQ:
What is the primary technology used for fault detection in the XHDD503E?
The XHDD503E uses Time Domain Reflectometry (TDR) technology, which enables precise location of cable faults by analyzing reflected signals.
How does the device handle background noise during operation?
It employs BNR background noise reduction and mute noise reduction technologies, along with multiple filtering options, to ensure clear signal detection even in noisy environments.
What is the accuracy of the acoustomagnetic positioning feature?
The acoustomagnetic positioning accuracy is ≤0.1 meters, providing high precision in pinpointing cable fault locations.
Is the device suitable for use in harsh environmental conditions?
Yes, it has a waterproof rating of IP65 and multi-layer physical isolation sensors, making it durable and reliable in various field conditions.