Used ROHDE & SCHWARZ ESU8 #9352999 for sale

ROHDE & SCHWARZ ESU8 is an electronic test and measurement instrument designed to evaluate the integrity and reliability of high-voltage electrical networks and components. It is a powerful and versatile instrument that combines the latest in electronic test technology with user-friendly tactile controls. It features an input voltage of 8kV AC/DC, which is sufficient for most electrical network and component tests. It also includes a range of safety features to ensure the operator's safety in the event of an accident such as built-in fuse interrupting, contact cover monitoring, overcurrent protection and remote sensing. ESU8 has a high-precision switching accuracy of ±1µV with an adjustable fast overcurrent adjustment. The instrument can be used to evaluate the integrity and reliability of high-voltage electrical networks and components by assessing the resistance and capacitance of each component to determine its behavior in a network. This evaluation is necessary to ensure that the components and networks are working correctly. ROHDE & SCHWARZ ESU8 has been designed to withstand any disturbances and transient test perturbations through its advanced overvoltage protection circuits. It also features a synchronous tracking speed of 10kHz and can be used to accurately test a variety of equipment such as resonates, transformers, diodes, and inductors. ESU8 can also test high current cable assembly electrical connections. ROHDE & SCHWARZ ESU8 is easy to operate as it has been designed with user-friendly tactile controls. It is also provided with various accessories and tools such as automatic self-test and a function generator. The instrument is compact and light weight, making it easy to transport and use in the field. In conclusion, ESU8 is an innovative and powerful test and measurement instrument designed to accurately evaluate the integrity and reliability of high-voltage electrical networks and components. The device combines advanced technology with intuitive user-friendly tactile controls, making it a great choice when it comes to testing and evaluating high-voltage electrical networks and components.