Surge Wave Receiver

The Surge Wave Receiver (SWR) is an incredibly sensitive and dependable tool crafted to quickly and accurately identify faults in underground cables. It’s versatile enough to work with low, medium, and high-voltage power networks, utilizing both acoustic and magnetic detection techniques to ensure precise fault location along the cable path.

Featuring a dual LCD display, it shows real-time readings of magnetic field strength and acoustic signal levels, helping the operator to walk right over the cable. This makes it easier to find the exact fault point, even in noisy settings. Plus, the mute operation and acoustic window features cut out external noise, allowing for pinpoint accuracy without distractions.

Related Products

A Surge Wave Receiver is a highly sensitive device used in cable maintenance to accurately pinpoint the final, exact location of faults in low, medium, and high voltage underground power cables. Its primary function is to guide the operator precisely to the fault point on the ground surface by detecting the magnetic and acoustic signals generated when a surge (thump) is applied to the faulted cable.
The key benefits of using a Surge Wave Receiver are speed, accuracy, and efficiency. It ensures High Pinpointing Accuracy by confirming the location with both the magnetic signal (for cable path tracking) and the acoustic signal (uniquely present at the fault). This accuracy minimizes costly multiple excavations. These combined features result in Reduced Troubleshooting Time and Improved Work Efficiency, as staff go directly to the repair site. Additionally, its Noise Mitigation features (mute function and short acoustic window) ensure reliable detection across low, medium, and high voltage cables.
The Surge Wave Receiver achieves fast and accurate fault pinpointing by combining magnetic signal detection with acoustic confirmation. The operator follows the cable route using the magnetic signal display, and the fault’s exact location is confirmed by an acoustic signal present only at the fault. To minimize noise, the receiver features a mute function and a short acoustic window that activates only upon magnetic signal detection, with both signal levels shown simultaneously on a dual LCD display.