Used ANRITSU MS2667C #9239778 for sale

ANRITSU MS2667C Network Master Pro OTDR is a cutting-edge electronic test equipment designed specifically for testing fiber optic networks. It offers high resolution measurements up to 31 dB and a range up to 50 km, enabling users to rapidly identify and resolve problems in fiber optics quickly and efficiently. This highly advanced test device has a large 7-inch WVGA color touch-screen display that enables clear legibility even in direct sunlight. With a rugged, lightweight body, it is moreover suitable for even the most challenging outdoor operations. MS2667C also features an intuitive Windows-like user interface, making it easy to use and navigate. It has an auto-event trace feature, a multi-function trace record, a waveform view, a power-meter view, and a spectrogram view which allows users to analyze various trace parameters with greater accuracy. Additionally, its versatile operation modes can be used to set-up tests, troubleshoot networks, and readjust parameters according to the required application. For instance, it can display dynamic loss measurements such as pulse shape, and jitter. Furthermore, ANRITSU MS2667C features a wireless Bluetooth connection as an alternative to USB connection, which allows users to provide additional testing information without having to plug anything into the network. Additionally, MS2667C comes with functions such as fiber characterization, OTDR trace analysis, tracing continuity, connectivity, and fiber inspection, making it an ideal choice for fiber networks. It also supports the G.655 mode, allowing users to analyze single-mode fibers either for installation qualification or for troubleshooting purposes. To top it off, ANRITSU MS2667C is designed with a long battery life of up to 10 hours, allowing users to perform extensive and extended tests, and run multiple trace sessions in one go. With an adjustable language support for English, Chinese (simplified and traditional), Japanese, and Korean, this powerful and accurate testing device is set to revolutionize the way technical professionals and network engineers assess optical fiber networks.