Used ANELVA / ANERVA PED-301 #9396915 for sale

ANELVA / ANERVA PED-301 is a programmable DC power supply that is designed to meet the requirements for the high-voltage, ultra-high-current applications in the semiconductor industry. It offers a wide range of output voltage and current settings from 0-300 VDC and 0-30 A, respectively. The voltage remains stable, regardless of the size of the current. The power supply also offers a high resolution dual readout to display the voltage and current settings at the same time. It is also equipped with a programmable output control to provide fine-grained control over the voltage and current values. ANELVA PED-301 is a three-phase power supply with a single-phase line voltage input. It has a capacity of up to 300 kW power and a maximum input voltage of 400 VAC. The power output is adjusted through remote commands and the user interface for dedicated applications. It has an integrated cooling equipment to ensure that the temperature of the power supply does not exceed the maximum set temperature. The chassis is designed to dissipate the high thermal load that may be caused by sudden peak power demands. ANERVA PED-301 has built-in protection from overload, over-voltage, over-current, and short-circuits. It is also designed to protect against surges and arcs, and comes equipped with an over-temperature shutdown. The active power factor correction ensures that the total system power consumption remains low, even when the maximum power output is reached. The advanced functionality of PED-301 is made possible due to the integration of multiple communication protocols, such as Ethernet, RS-485, and USB. It also has a web server, which makes it easy to monitor and control the unit remotely. It also features modbus support, allowing it to be integrated into existing machine architectures. The power supply includes several pre-loaded programs, such as Open Loop, which can be used to test and debug circuits. Overall, ANELVA / ANERVA PED-301 is an efficient and reliable power supply that is ideal for high-current, ultra-high-voltage applications. It offers a wide range of voltage and current settings and is equipped with numerous protection features that make it suitable for a variety of environments. Its integrated communication protocols make it easy to integrate into existing systems, and it also has a web server for remote monitoring and control.