Used RACAL Dana 9087 #9054795 for sale

RACAL Dana 9087 is a sophisticated electronic test equipment used for troubleshooting and testing of various electrical and electronic circuits. It is used to measure parameters such as voltage, current, frequency, pulse width, etc. in various electrical and electronic circuits. Dana 9087 is a high-performance test instrument that provides an accurate, repeatable reading of electrical signals in a wide range of applications. It has a wide measurement range of up to 5kHz with an accuracy of up to 0.04%. It includes a built-in display for easy readability and a range of options for customizing measurements. Additionally, its advanced measurement technology enables RACAL Dana 9087 to capture electronic and mechanical behavior of switching and control circuits with high precision. Dana 9087 is equipped with a variety of features, including an 11-bit digital-to-analog converter, an 8-bit ADC, and a 48-bit memory, which provide a wide range of measurement capabilities and enhance performance. It also offers various software programs and hardware options that can be used to customize the measurements and enhancing the instruments performance, as well as a comprehensive library of components that can be used to build the circuits under test. In addition to its advanced technical features, RACAL Dana 9087 also comes with a specialized set of test accessories such as probes, connectors and wiring, which can be used to easily get accurate readings. Furthermore, it also includes a manual detailing the features, instructions and diagrams that can help users perform a successful testing procedure. Overall, Dana 9087 is one of the most reliable and accurate test instruments available, and it is capable of making highly precise and repeatable measurements, providing both the accuracy and performance needed for even the most important electrical and electronic circuits. It is an efficient and user-friendly tool with a convenient and comfortable design that is suitable for a wide variety of applications.