RXLG Aluminum Shell Braking Resistor for Servo Inverter Systems (Brake Resistor 2500W 200 RJ Oh) Key benefits Reliable braking energy dissipation: absorbs and dissipates regenerative energy during motor deceleration, helping protect the drive and maintain smooth control. Robust aluminum construction: aluminum shell provides durable, heat efficient performance in demanding industrial environments. Flexible power options: available in 2000W, 2500W, and 3000W variants to match different servo inverter requirements. Compact and practical design: built for easy integration into drive cabinets and control panels with a compact aluminum housing. Key attributes Brand and type: RXLG Aluminum Shell Braking Resistors for servo inverter applications Power options: 2000W, 2500W, 3000W Brake rating: 2500W 200 RJ Oh (as specified) Material: aluminum shell for improved heat dissipation and durability Function: braking resistor to dissipate regenerative energy from servo drives and inverters Compatibility: suited for use with servo inverters and servo drive systems in automation, CNC, robotics, and related equipment Performance orientation: designed to provide stable energy dissipation during deceleration to enhance drive protection and process reliability Applications and use cases CNC machines and automated tooling: dissipates braking energy during rapid tool changes and deceleration, protecting the servo drive and helping maintain positioning accuracy. Robotic and automation lines: handles regenerative energy in dynamic braking scenarios, contributing to smoother operation and reduced drive stress. Retrofit or upgrade projects: compatible with existing servo inverter setups to improve braking performance and drive protection without changing control logic. Overview This RXLG braking resistor is designed to work with servo inverter systems and offers a robust aluminum shell construction that supports reliable energy dissipation under demanding industrial use. With multiple power options and a specification noted as 2500W 200 RJ Oh, it provides a practical solution for protecting servo drives during braking while enabling steady, controlled deceleration in a variety of applications.