Electrical discharge detection and leak detection can be performed as part of a daily maintenance routine. This portable camera allows users to quickly and visually locate faults from a safe distance and record the data for later analysis. Even small, low-pressure, or low-density leaks are now easily detected. Thanks to the intuitive operation of the robust ii910, no training is required, as it is simple and easy to use. The user-friendly interface allows technicians to isolate the sound frequency of the leak and eliminate background noise, even in the noisiest environments.
The Fluke ii910's rugged handheld housing features a 7" LCD touchscreen that overlays the SoundMap™ onto a visual image for quick identification of partial discharges or leaks between 2 and 100 kHz. An integrated microphone array converts ultrasound signals into clear visual images on the backlit touchscreen. Captured data can be transferred directly to a PC via an integrated USB-C port. From there, the data can be uploaded to the PDQ Mode™ Machine Learning reporting platform. This will provide critical information about the partial discharge, including identification of the partial discharge type. The ii910 allows for up to 5 minutes of video recording, and the battery provides at least 6 hours of runtime.
Fluke's innovative SoundSight™ technology makes locating partial and corona discharges easy. For technicians working with high voltages in power generation and transmission, as well as with high-voltage industrial equipment, the Fluke ii910 offers more sophisticated detection than conventional ultrasonic instruments, while also providing the visual performance of more expensive UV cameras. It detects, locates, and provides visual reports and severity assessments for partial and corona discharges. Technicians in production facilities can isolate the sound frequency of the leak and eliminate background noise, even in the noisiest environments.
Industrial maintenance technicians can identify leaks from a safe distance and faster than with traditional diagnostic methods, even during peak production periods.
