Used ADVANCED ENERGY MDX Slave #9351323 for sale

ADVANCED ENERGY MDX Slave is a high performance, modular power supply designed for a variety of applications. MDX Slave is a powerful and versatile solution that is able to deliver up to 2,400 watts of continuous output power, or up to 6,000 watts of peak power depending on the model. The equipment features robust protection and safety features including output current limit, over-voltage protection, and a built-in On/Off switch. It also features a unique "Master/Slave" approach that allows for two power supplies to seamlessly work together to provide additional power in a coordinated manner, allowing the system to support higher wattage applications requiring multiple power supplies. ADVANCED ENERGY MDX Slave also includes a modular design that allows for quick insertion and removal of power supply modules. This allows the unit to be easily customized for different applications, and provides flexibility for machine upgrades. In addition, MDX Slave also includes a variety of analog and digital interfaces allowing users to easily monitor power usage, tool performance, and troubleshoot any issues. In terms of durability and reliability, ADVANCED ENERGY MDX Slave is a rugged power supply asset that includes an IP65 rating front panel and has been tested to comply with military-grade MIL-STD-810F environmental requirements. This ensures the model is suitable for harsh environments and has excellent resistance to mechanical shock, vibration, and electromagnetic interference. In addition, the equipment utilizes a highly efficient power conversion circuit to minimize power dissipation and maximize efficiency, resulting in significantly reduced energy costs. MDX Slave is designed to provide reliable, high performance power to meet the demanding requirements of a variety of scenarios. Its modular design, powerful output capabilities, excellent durability, and safety features make it an ideal solution for applications such as industrial automation, robotics, renewable energy systems, and medical applications.