Used FUJIKURA FSM-30S #76633 for sale

FUJIKURA FSM-30S is an optical fiber splicing and testing instrument used for quality assurance in fiber optic networking. It is designed for performing inspection and quality assurance of testing optical fibers. This instrument is capable of measuring attenuation, insertion loss, continuity, return loss and polarity for a wide variety of fibers. It is lightweight and highly portable, making it ideal for troubleshooting in remote locations. This instrument features a built-in touchscreen LCD panel with a tool-less design to provide a graphical user interface for quick and easy operation. The instrument can support multiple splice programs, enabling users to rapidly make the various connections required in simpler applications. It comes with a built-in universal AC power source (100 - 240 Volts AC) and has two Fiber Optic Termini Adapters for mounting. FSM-30S provides a variety of test functions including End-to-End, Attenuation and Insertion Loss. End-to-End tests measure the overall continuity and return loss of the fiber links, while Attenuation and Insertion Loss measure the amount of power that is lost as light travels through the system. FUJIKURA FSM-30S also offers a polarity testing function for identifying the proper orientation of transmitted light, as well as an automated fusion splicing function. The instrument has an integrated test and splicing software that allows for easy set up and control of the instrument. The integration of software and hardware makes FSM-30S a powerful tool when it comes to troubleshooting and verifying optical fibers. The software includes features such as step-by-step tests, graphical data displays and automatic calculation of splice loss. FUJIKURA FSM-30S is an extremely useful and versatile instrument for testing and splicing optical fibers. Its portability and tool-less design makes it an ideal choice for fiber optic network professionals working in the field, enabling them to quickly set up, perform and verify testing and splicing of fiber links.