Used KEITHLEY 2400 #293632372 for sale

KEITHLEY 2400 is an electronic test equipment designed to provide precise measurements of current and voltage readings. Ideal for research and development, 2400 offers a range of features designed to meet the complexities of today's electronic systems. The mainframe of KEITHLEY 2400 is comprised of a combined mainframe and control unit. The mainframe features a built-in display, LED control system, and analog and digital inputs with the capacity to measure a variety of parameters. The control unit gives users full control of the measurements, allowing them to choose between 4-wire and 6-wire measurements, as well as between DC source, current and voltage measurements. 2400 also offers a variety of choice for performance standards, such as 240V AC, 50/60Hz, True RMS AC power, and 120V DC. It is also possible to choose from a selection of sensors and probes to measure AC/DC current, AC/DC voltage, temperature, pressure, frequency, and resistance. KEITHLEY 2400 includes an isolated channel multiplexer, which can measure up to five channels simultaneously. It also has several autoranging functions for high-accuracy measurements of voltage, current, and resistance. Additionally, it offers data logging capabilities, allowing users to log and store up to 1000 readings in its internal memory. The mainframe of 2400 is also designed to reduce system noise, ensuring data accuracy and reliable results. The advanced electrical connectivity options also include removable terminals, IEEE488 measurement bus, and USB ports. KEITHLEY 2400 has an automatic measuring range selection, giving users the opportunity to select the measurement range according to their specific needs. It also has a diagnostic mode for evaluating the power supply, ensuring users can troubleshoot any potential issues that might arise. Finally, 2400 is packed with safety features including overload protection and linkage protection. The wide range of protection features offers users the peace of mind that the system won't be damaged in the course of their tests.