Used NEWPORT 1931-C #9129766 for sale

NEWPORT 1931-C is an all digital optic and acoustic calibrator, designed to deliver precise, easy to use, and reliable testing results. It is a compact, lightweight and fully automated device that is excellent for testing both optics and acoustic systems. 1931-C is an ideal instrument for measuring optical or acoustic parameters to help physicists, engineers or technicians to ensure the quality and correctness of systems. NEWPORT 1931-C optical and acoustic calibrator is designed for precise and accurate measurements of optical and acoustic systems, such as lasers, interferometers, sensitive microphones, and acoustic chambers. It is a reliable instrument for performance tuning, testing, and calibration of optical or acoustic systems. 1931-C Optical and Acoustic Calibrator features a host of features that makes it a powerful and easy-to-use calibrator. NEWPORT 1931-C features a built-in LCD matrix display and a data interface with 11-bit resolution. This allows for efficient operation of the calibrator without the need to use a PC. The CAL Module software provides control functions and allows users to measure and set parameters of laser, interferometer, microphone, and acoustic systems. 1931-C also offers integrated diagnostics and trending functions, allowing users to quickly detect and isolate errors that might otherwise not be noticed. NEWPORT 1931-C is equipped with an extended temperature range of -40°C to +60°C, making it well-suited for use in different temperature regimes. The built-in temperature recorder makes it possible to measure environmental temperature changes during calibration. 1931-C is also equipped with an automated optical shutter, which can be used to block undesired light from entering the system. It is also capable of measuring and setting the optical power or amplitude of laser or interferometer systems. NEWPORT 1931-C is exceptionally versatile and reliable, providing accurate, easy-to-use results. Its built-in functions and extensive diagnostics make it a highly efficient tool for the development and testing of optical and acoustic systems. It is an effective calibrator in many diverse applications, ranging from laboratory to industrial environments.