Used TEKTRONIX TR502 #122131 for sale

TEKTRONIX TR502 is an electronic test equipment and control equipment designed for high-precision measurements and dynamic control of power systems. The enabling technology behind TR502 is digital signal processing (DSP) which offers a wide range of dynamic measurements and control functions. TEKTRONIX TR502 is ideal for applications such as load profiling, power system harmonics analysis, over-voltage protection, and load shedding. TR502 has two separate (optional) measurement inputs, one for voltage and the other for current, allowing for high accuracy measurements up to 1%, or better. The measurements can be displayed both numerically and graphically on the device's large LCD display for easy viewing. The device also provides a number of digital control input/output ports for external control and monitoring of devices connected to the test unit. In terms of functionality, TEKTRONIX TR502 provides a range of power management capabilities such as remote monitoring, power quality optimization, and load shedding. This includes, among other things, the ability to display real-time data, calculate RMS power (and other power parameters), identify and quantify harmonics distortion, detect dips in supply voltage, and perform load/source identification. TR502 also features an intuitive graphical user interface (GUI) and easy-to-use configuration software (ToolTune), making it easy to use and configure while in the field. TEKTRONIX TR502 is also capable of performing high-speed testing and control. Its onboard processor (which runs at 400MHz) and powerful DSP engine (running at 888MHz) allow it to process data quickly and accurately. In addition, TR502 is designed for reliability and flexibility in any environment, with its shock and vibration resistance ratings meeting the most demanding industrial standards. Overall, TEKTRONIX TR502 is a powerful, reliable, and highly versatile electronic test machine designed for performing a wide range of power tool measurements and control functions. Its combination of high accuracy, performance, and ease-of-use make it ideal for both laboratory and field applications.