Used DADI TELECOMMUNICATION OTDR-860 #9110271 for sale

DADI TELECOMMUNICATION OTDR-860 is an essential piece of test equipment used to measure fiber optic networks. It is a highly accurate and reliable tool for measuring both single-mode and multi-mode fiber networks and provides invaluable measurements of the physical properties of the fibers, such as attenuation, divergence, and optical loss. OTDR-860 is an advanced optical time domain reflectometer, providing precise measurements of the optical performance of optical fiber networks. This tool combines three essential optical tests; optical loss, return loss, and optical length. DADI TELECOMMUNICATION OTDR-860 is powered by a rechargeable lithium ion battery, able to provide up to 8 hours of continuous usage on a full charge. This allows the user to conveniently and accurately monitor fiber networks within short windows of opportunity. In terms of functionality, OTDR-860 features telecommunications grade software that gives precise reflectance measurements of wireless signals. The integrated software also offers a powerful output range, from 850 to 1610 nm. This is ideal for working with long distances, as longer wavelengths are able to pass through more obstacles than shorter wavelengths. DADI TELECOMMUNICATION OTDR-860 also has a generous output range of up to 60 dB, allowing it to measure attenuation accurately over long distances. The instrument also operates across a broad temperature range of -40 to +60 C. In terms of performance features, OTDR-860 can measure optical loss from 0.05 to 40 dB, with an accuracy of 0.002 dB. As such, this tool provides highly accurate measurements of the optical properties of optical fibers, such as absorption, divergence, and optical loss. The instrument also offers a number of fiber testing modes, such as scan, peak power, trace, time, record, save, recall, report, and play functions. This allows for a wide range of analysis and reporting capabilities. DADI TELECOMMUNICATION OTDR-860 is a powerful and reliable tool for quickly and accurately assessing the performance of fiber-optic networks. By closely monitoring the optical properties of the fiber, the user can identify and rectify any problem in the network quickly. The tool offers an accurate and reliable measure of the optical performance of the network, allowing for improved network optimization and performance.