Used FITEL S-182K #9225423 for sale

FITEL S-182K is a test equipment designed to measure and evaluate optical fiber networks and systems. It is capable of measuring various parameters such as OTDR (Optical Time-Domain Reflectometer), return loss, Raman (Wavelength Division Multiplexing) loss, and cut-off loss. S-182K is ideal for measuring loss and locating faults in an optical network or fiber link, as well as for analyzing characteristics of optical fiber cables and optical components. FITEL S-182K is equipped with a touch panel display, which allows for easy navigation and access to data. The device also features a color LCD monitor which displays the real-time measurements and operation status on the same display. This allows the user to easily visualize and interpret performance. The user can also customize the display format, with the display size and resolution customized to the user's preferences. S-182K also features an auto-ranging function that adjusts the range of the sensor based on the signal received from the fiber. This allows for highly accurate measurement of optical fiber and components. This device also incorporates a loopback function, which returns received signals from one port to another port on a command, thereby allowing for the verification and validation of test results. FITEL S-182K accommodates a variety of cable types, such as multi-mode fiber (MMF), single-mode fiber (SMF), and large core fiber (LCF). The device is able to measure a wide range of wavelengths from 800 nm to 1650 nm, which makes it suitable for tests of both short- and long-distance cables. In addition, S-182K is compliant with a variety of industrial standards, such as ITU-T Generic. The device is also integrated with SNMP (Simple Network Management Protocol) and web-based GUI (Graphic User Interface) networking. This allows multiple units to be connected to form a distributed network within a LAN, and allows users to access real-time measurement data from remote locations. FITEL S-182K provides powerful and accurate optical measurement capabilities, making it an ideal test equipment for optical fiber networks. It is a compact and portable device, and is suitable for both on-site and in-lab tests.