Used ULVAC RFS-13100F #9105642 for sale

ULVAC RFS-13100F is a high-performance 1kW regulated power supply designed for research and testing laboratory applications. This industrial-grade power supply offers a wide output voltage range of 0 to 13.5 VDC, a maximum output current of 100A and a high-frequency operating range of 10kHz to 100MHz. RFS-13100F features a compact, space-saving size of 215 x 401 x 227.5mm that allows for easy installation in any environment. Additionally, the power supply features a large 10.4" touch-screen with 24-bit color and makes full use of its high-speed (100KHz) field-programmable gate array (FPGA) to process data, allowing for reliable control in demanding applications. ULVAC RLS-13100F has an impressive dynamic response, with an output rise time of 2µs. This provides users with accurate results and precise control in their applications. Further, the power supply offers constant voltage and constant current limits, as well as a lot protection circuit which prevents overload damage from occurring. Additionally, for added convenience, ULVAC RLS-13100F offers RS-232 communication, allowing users to connect it directly to a computer. Furthermore, the power supply features 4 digital control inputs, which allow it to be operated remotely or with manual switches. These inputs can be used to start/stop output, enable/disable mode setting, ready/error indications, and reset functions. To ensure long lasting performance, ULVAC RFS-13100F has been designed with overvoltage, over-current, and over-temperature protection features which prevent the power supply from over-stressing. The power supply also offers the ability to save and retrieve up to 10 programmable settings, making it easy and efficient to change parameters when required. ULVAC RLS-13100F is an ideal power supply for laboratory or industrial use. Built with premium components, this industrial-grade power supply offers an impressive dynamic response with reliable accuracy, and is designed with intelligent protections that reduce the risk of overloads and damage.