Used SUPERIOR ELECTRIC VS246 #9397081 for sale

SUPERIOR ELECTRIC VS246 is a universal switching power supply providing precise voltage and current control for a wide variety of applications. It can also be used as an adjustable and programmable DC power supply on its own. VS246 is designed to operate from 110/115/120 VAC input (or optional 210/220/240 VAC input) and is capable of delivering up to 240 watt of output through a wide range of output voltage and current ranges. The output voltage is adjustable with a precision 50-turn potentiometer, allowing for fine adjustment over the range of 0-30V and 0-8A. The output voltage and current can also be controlled remotely via software or with an external voltage signal (optional control voltage input is available). The software control allows for full programmability with up to 10 user-configurable profiles and output settings. The profiles can be saved and recalled quickly for easy testing and repetitive tasks. SUPERIOR ELECTRIC VS246 features short circuit, overload, and overvoltage protection for added safety and reliability. The auto restart feature automatically recovers from short or overload conditions and offers improved stability. The zero-drift control loop compensates for temperature variation over time ensuring precision control. VS246 also includes a number of convenience features such as thermal and over-current protection, an LCD display that shows voltage and current reading, and a keyed rocker switch for power on/off control. The unit also includes a front panel with an input receptacle for easy connection to the AC mains power source. Overall, SUPERIOR ELECTRIC VS246 offers precise voltage and current control for a wide range of applications. It is well suited for use in laboratories, industrial, medical, telecommunications, automotive, and other applications requiring high precision and reliable power supplies. With its advanced features, user-friendly design, and built-in safety features, VS246 is an ideal choice for a reliable and adjustable power source.