Used MKS AX 7670 #293671380 for sale

MKS AX 7670 is a rackmountable switching DC power supply designed for a wide range of applications. This unit is rated for 230V, 50/60 Hz input power and provides 4.2 kW of output power with an operating voltage range of 0-76V and an output current range of 0-100A. It also includes multiple safety features like over-voltage, over-current, and short circuit protection. The power supply has an LCD display, allowing easy monitoring of output voltage, current, temperature, and other status parameters. It also features a built-in fan for cooling and a host of programmable settings to tailor the output according to requirements as well as a built-in 80 millisecond time delay for start-up. AX 7670 also boasts a wide input range of 90-264VAC, with single phase voltage regulation that is ensured through EMMS (Electronic Measurement and Monitoring System). The power supply can be used as a single unit or with other compatible components to achieve a greater power supply capability. In addition, it meets European and international standards for all safety related requirements. MKS AX 7670 also offers several control features such as a programmable remote sense pins, local control panel, and remote control operation. This power supply unit is designed for both professional and industrial use, and includes a five-year warranty. AX 7670 is CE/UL/CSA certified and designed with care to provide reliable and efficient AC to DC power conversion. The power supply is also designed for easy maintenance with its switchable auto-start/stop function to simplify tasks like replacement of fuses and filers. Overall, MKS AX 7670 is an excellent piece of technology which offers high power and precise performance along with an impressive selection of features and safety options in a fully-featured and affordable power supply unit. This power supply unit is ideal for any application that requires high power or a customizable output, and can even be used in heavy industries, for research, or in commercial testing and simulation scenarios.