Used SORENSEN DCR 20-115B #127803 for sale

SORENSEN DCR 20-115B is a high-precision linear DC power supply designed for accurate regulated output for a wide variety of applications. This power supply is capable of powering instruments, batteries, and other systems or components requiring precise and controllable DC power. It features an isolated output to prevent interference from AC line noise and surges, while maintaining high efficiency and extremely low output ripple. DCR 20-115B is equipped with a digitally controlled display that displays the voltage and current settings, as well as output reading and protection information. The front panel also provides easy access to manual control knobs that allow users to change the parameters and/or output settings quickly and easily. This power supply provides output voltage of 0 to 20V in 0.1V precision with output current up to 115A. It also has a measure window display that displays actual output voltage and current, and constant voltage and constant current function for precision loading. Additionally, SORENSEN DCR 20-115B features low output ripple and noise levels, surge protection, and over-voltage and over-current protection. The power supply is also equipped with a number of digital outputs such as a USB port and Ethernet port, enabling users to monitor and control their instrument power supplies remotely. In addition, the power supply includes a USB programming cable, allowing users to program their instruments using PC software. The software also allows users to configure their instruments for different power requirements, as well as allow monitoring of the connected instrument's performance. DCR 20-115B is a versatile power supply that is well-suited for precision laboratory measurements, instrumentation, and programming applications. With its high precision and efficient regulation, it is an ideal choice for powering sensitive instruments and systems. Additionally, its digital output features provide users with a wide variety of control and monitoring options, allowing users to customize their instruments for the best output and system performance.