Used KEITHLEY 2400 #293813972 for sale

KEITHLEY 2400 is a source measurement unit designed for electrical, electrochemical, and physical characterization measurements. It is equipped with both voltmeters and ammeters, allowing for a wide range of measurements such as resistance, current, and voltage. The instrument is also especially well-suited to the measurement of electrochemical characteristics such as corrosion and electrochemical corrosion potential monitoring. Its high input impedance, high accuracy, and high resolution make it the perfect choice for precise electrical measurements. 2400 can measure both alternating and direct current (AC and DC), with a minimum output resolution of 0.1 mV and a minimum input resolution of 0.001 MΩ. It also offers a large range of measurement parameters and settings, including up to 8 digital filters and up to 8 analog filters. Its expandable memory can store up to 1 million readings as well as allow for automated tests and data analysis. Thanks to its comprehensive front panel features and user-friendly software, users can easily configure the instrument and create their own user-defined applications. KEITHLEY 2400 also offers several safety features. It is designed to protect against overvoltage and current issues, thanks to its generous over-range protection and voltage limiters. In addition, its overheat protection guards against long-term high-temperature measurements. 2400 is available in various configurations. The basic model comes with a 6.5-digit DMM, two voltage sourcing channels and two current sourcing channels. It also has optional add-ons such as pulse generators, programmable current sources, and digital I/O capability. Overall, KEITHLEY 2400 is an ideal choice for those who require high accuracy and reliable performance when measuring electrical and electrochemical properties. Through its diverse measurement parameters, expandable memory, and user-friendly interface, it provides a comprehensive dependable solution for scientific, industrial, and laboratory applications.