Used ULVAC AMC-1AR #9053444 for sale

ULVAC AMC-1AR is a high-precision, low-noise power supply with high efficiency and a wide power range. It features a digital display that can be used to monitor power output, current output, as well as other parameters. It operates in both constant voltage and constant current modes, enabling it to provide a precise level of power for a wide range of applications. It also features a built-in overvoltage protection and a temperature monitor. AMC-1AR is designed to provide users with accurate and reliable power output and features a fan-cooled design, making it suitable for a variety of power requirements. It has a power output of up to 300W, with an adjustable current range from 0-30mA to 3-30A. ULVAC AMC-1AR also includes a fan speed control, enabling users to reduce noise and further enhance the accuracy of the power supply's operation. This power supply is designed with rapid load change capability, providing fast and smooth power to the load - even when the load changes quickly. AMC-1AR includes a sequence control mode, allowing users to program a series of predetermined power levels that can be triggered at certain times. The control parameters can be programmed and then include COM port, 10/100 Ethernet, and RS 232 connections for easy integration with computer systems. ULVAC AMC-1AR is also designed with a wide operational temperature range of -40 to +85°C, making it suitable for a variety of applications. The power supply includes several components to ensure high quality operation, such as ceramic capacitors, a DC/DC converter, and a switching regulator. Additionally, the device features an automatic temperature compensation mode, which ensures accuracy and reliability across a variety of temperature conditions. AMC-1AR is a reliable power supply with low-noise operation and a wide power range, making it an excellent choice for a variety of applications. Its adjustable current capabilities and rapid load change ability make it a great solution for any system where accuracy and reliability are necessary.