Used FUJIKURA FSM-30R12 #9105852 for sale

FUJIKURA FSM-30R12 is a high-performance electronic test equipment used in the testing and maintenance of fiber optics. It is a state-of-the-art optical time-domain reflectometer (OTDR) designed to measure the transmission characteristics of optical fiber cables. This equipment is ideal for a variety of applications, such as installation, verification, maintenance, and repair of optical fiber systems. FSM-30R12 offers unmatched accuracy, reliability, and performance. It is equipped with a powerful built-in memory and dual displays that allow it to efficiently store and process large amounts of data. The OTDR also features a four-button navigation system that enables users to quickly navigate the menus for faster data acquisition. FUJIKURA FSM-30R12 is also capable of producing high-resolution traces with excellent accuracy and noise levels. It is equipped with several advanced functions, including a backscatter tracing function that allows users to analyze the backreflection of the fiber-optic system. It also provides users with a comprehensive analysis of the system's pulse-echo performance, including the location and magnitudes of all reflected signals associated with the test fiber. This optical time domain reflectometer is encased in a lightweight and rugged enclosure that can withstand the harshest environments. It is powered by a rechargeable battery and does not require any additional power source to operate. FSM-30R12 is also equipped with an RS232 communication device as well as a USB port for efficient connectivity with computers. It is also compatible with various third-party software packages, allowing users to access even more powerful features. Furthermore, this OTDR is designed to meet the most demanding requirements of technicians and engineers. It offers a number of valuable additional features, such as a Pass/Fail indicator, real-time display, zoom in/out capability, and a built-in datalogger. FUJIKURA FSM-30R12 is an ideal tool for testing and maintaining fiber optic networks. Its simplicity, accuracy, and outstanding performance make it one of the most reliable pieces of test equipment available for fiber-optic systems.