Used BNC / BERKELEY NUCLEONICS V951 #9032419 for sale

BNC / BERKELEY NUCLEONICS V951 is an advanced Electronic Test Equipment (ETE) that offers superior performance and reliability in testing and measuring tasks. BNC V951 is aDigital Volt/Ohm/Milliammeter (DVOM) that provides a full range of analog and digital measurement capabilities in both laboratory and production environments. BERKELEY NUCLEONICS V951 offers a wide range of testing capabilities, enabling measurements of current, voltage, resistance, frequency, and temperature, among others. It is powered by a robust ETA 3146 Processor that is capable of concurrent testing and can support a variety of alternate test configurations. Its intuitive user interface makes V951 easy to use and navigate for maximum usability. BNC / BERKELEY NUCLEONICS V951 is capable of high accuracy measurements in dynamic currents and is fitted with 9.5-digit resolution for improved precision. It features a multiline data logger that records and reevaluates test results, allowing for reproducible testing. It also has multiple measurement functions including dc trigger, 3/4-wire loop, autocalibration, and pulse trigger capabilities. BNC V951 has the ability to measure many electrical parameters such as True RMS, ACV, ACDC, and resistance, ensuring accuracy and repeatability in the test. It also has a high Sampling Speed which is useful for high-speed measurements, and a low Time Constant allowing for extreme accuracy. In addition, BERKELEY NUCLEONICS V951 has an array of built-in features such as Memory Saving, Trace Measurement, Cursor Measurement, Go/No-Go measurements, Comparator functions, and three powerful display modes: direct readout, analog bargraph, and dual display windows. V951 is an ideal instrument for electronic testing and measurements due to its robust ETA processor, high accuracy and repeatability, and a wide range of measurement capabilities. It is also designed to meet a variety of safety regulations and is CSA/CSAF/UL certified, making it ideal for applications in hazardous environments. Additionally, it can be easily adapted and configured to meet a variety of user requirements, making it a versatile solution for any electronic testing needs.