Used HIOKI 9670 #9188094 for sale

HIOKI 9670 is an electronic testing instrument that is designed to measure and analyze electric and static properties of a wide range of components. It is a comprehensive device that can be used in a variety of biomedical and industrial applications. The main features of 9670 are its superior precision and accuracy. It provides up to 30 kHz bandwidth, 2 μV resolution and a high-resolution display that provides excellent readability even in dim light. The device uses a non-contact voltage measurement technique, which eliminates the use of thermocouples, which allows for measurements in hazardous and dangerous areas. HIOKI 9670 is equipped with several powerful test functions that allow for a detailed analysis of various electrical properties. These include resistive measurements, oscilloscope measurements, insulation measurement, transformer measurements, and more. Additionally, the user interface allows for easy data input and management. 9670 also includes software that supports an easy-to-use configuration and analysis of multiple tests. This software allows the user to customize the instrument's settings and monitor the results. Additionally, the software allows for remote access and control of the device, which is ideal for use in laboratories and industrial environments. The instrument is also designed with safety in mind. Protective coverings are provided on the connectors, cables, and equipment, which helps ensure that no damage is caused to the device or other related components. Its built-in safety features such as current limiting, power monitoring, overvoltage protection, and reverse polarity protection ensure that the device is operable in hazardous environments. Overall, HIOKI 9670 is an effective and reliable electronic testing instrument that provides precision readings and data analysis in a wide range of applications. Its powerful test functions, intuitive controls, and comprehensive safety features make this device an ideal choice for any biomedical or industrial environment.