Used MIE Mi30 #9400536 for sale

The Metrology Instrumentation Engineering MIE Mi30 is an advanced electronic test equipment designed to simplify and reduce testing time and cost. Boasting an easy to use graphical user interface, Mi30 streamlines test processes and simplifies the job of test engineers while improving accuracy and reliability of results. MIE Mi30 supports technicians in the inspection, maintenance and repair stages of products, allowing for accurate and efficient measurement of components' performance. High precision measurements are made possible by Mi30's precise voltage and current accuracy, precise power measurements and precise timing. MIE Mi30 is ideal for a variety of testing environments, including in-circuit testing, power measurement and debugging. With an optional shock and vibration-resistant outdoor enclosure, Mi30 is suitable for outdoor environments. MIE Mi30 supports multiple operating systems and interfaces, including GPIB and Ethernet. This feature allows engineers to connect Mi30 to multiple computers and other components in any combination. MIE Mi30 has wide application compatibility with a plethora of industrial, automotive and consumer electronics products. Mi30 comes with 8 isolated voltage/current channels, each with 10kV ESD protection, supporting various measurements including DC measurement, AC measurement, pulse measurement, current signal measurement and signal frequency measurement. It is also equipped with two internal power sources which are able to generate voltage up to a maximum of 50V. MIE Mi30 also has a number of safety features, including a safety shutdown circuit and ground fault protection. This ensures the safety of test engineers at all times. Mi30 is an easy-to-use and reliable solution for any engineer looking for a robust testing tool for a variety of projects. It is able to streamline testing time and cost, making it an efficient and cost-effective choice. This advanced Electronic Test Equipment is certified to safety standards, assuring accuracy and reliability of results.