Used JDSU OLP-57 #9223667 for sale

JDSU OLP-57 is an optical loss test set that can accurately measure and diagnose optical fiber network performance issues. It is an incredibly powerful test tool outfitted with a range of features and new technology for testing singlemode fibers. It is capable of performing both passive and active measurements, as well as time domain reflectometry tests for fault finding. OLP-57 utilizes an advanced, high-frequency true power triplewavelength source that can accurately measure optical network parameters over a range from -50 dBm to +10 dBm. Additionally, its digital sampling capability allows for precise power measurement and dynamic filtering for noise reduction. This makes it ideal for testing in both field and lab environments. It also features a high-resolution motorized microscope with a long range LED controller that offers magnified views of incident light waves for precise characterization of optical losses. In terms of practical application, JDSU OLP-57 is invaluable for troubleshooting local area networks (LANs), wide area networks (WANs) and fiber-optic cables. It allows users to measure optical transmission characteristics of both singlemode and multimode fibers with outstanding accuracy and precision. It also works with a wide range of connectors, such as SC/LC, FC/PC, ST/PC, and DIN. Furthermore, OLP-57 is equipped with a host of unique features such as multi-point loss testing capability, auto pass/fail criteria setting, data-logging, and visual fault annotation for better troubleshooting. Additionally, it has a comprehensive user interface which is simple to use with access to real-time scaling, light source and detector parameters, and loss tracking. This allows users to complete tests in minutes rather than hours. Overall, JDSU OLP-57 represents a major advancement in optical testing with its advanced design, powerful features and improved accuracy. It is ideal for professionals in the fiber optics industry who need a reliable test tool for fiber certification and fault-finding.