Used MOTOROLA R2600C #9108495 for sale

MOTOROLA R2600C is a laboratory-grade electronic test equipment used for a wide variety of high-precision test and measurement applications. It offers unsurpassed accuracy and repeatability in measuring phase angle and impedance, voltage, and current signals. R2600C offers a wide range of sophisticated diagnostic and metering capabilities. The state-of-the-art instrument is capable of providing accurate current and voltage measurements over a frequency range of 20Hz to 520kHz, along with 0.1% basic accuracy. The instrument utilizes a 4-wire test method that allows it to compensate for cable resistance and signal variance. Differential or single-ended signals can be accurately measured with this instrument. This feature is especially useful when measuring currents and voltages on AC induction motors. It also allows users to measure current between two points on a multi-conductor cable, even if the Kelvin connections are not available. MOTOROLA R2600C provides a wide range of measurement capabilities: it can measure voltage, AC current, frequency, phase angle, and reactance. It also offers two isolated circuits, one for measuring mains voltage, the other for measuring voltage in the motor or other devices. Additionally, it includes a built-in oscilloscope capable of displaying waveforms and frequency spectra. The instrument includes a simple rotary switch for selecting measurement mode and a powerful three line-backlit LCD display for showing measurement results. The instrument is also capable of data logging and includes a comprehensive set of software for setting up and controlling test parameters, as well as a comprehensive set of instrument commands for programming automated testing operations. R2600C is designed to provide reliable and accurate measurement results, and it is suitable for use in a variety of industrial, automotive, and aerospace applications. It is also well-suited for use in labs and research facilities. Its low-noise and wide dynamic range make it especially useful for testing small and delicate circuits, while its fast trigger speed ensures reliable measurements of rapidly changing signals.