RXLG Servo Inverter Braking Resistor in Aluminum Shell This braking resistor is designed for servo inverter braking circuits, built in an aluminum shell for effective heat dissipation and long service life. It is offered in multiple power ratings to suit different drive applications, including 2000W, 2500W, and 3000W, with a specific variant noted as 2500W 30 RJ Oh. Key benefits Protect servo drives during braking by safely dissipating regenerative energy, reducing overvoltage risk and prolonging drive life. Improve braking performance and control stability for smooth, reliable deceleration in demanding applications. Durable aluminum shell provides robust heat management, helping maintain performance under extended braking periods. Flexible power options (2000W, 2500W, 3000W) to match a range of RXLG servo inverter configurations. Simple integration with RXLG servo systems and compatible braking circuits, minimizing setup time and configuration risk. Key attributes Brand and type: RXLG brake resistor for servo inverter braking circuits Power ratings: 2000W, 2500W, 3000W Special variant: 2500W 30 RJ Oh (as specified in the product designation) Housing material: Aluminum shell Function: Braking resistor for energy dissipation in servo drive systems Compatibility: Designed for RXLG servo inverters and braking circuits; suitable for use in various servo drive installations Design emphasis: power handling, reliable operation, and efficient heat dissipation through the aluminum enclosure Use cases and applications CNC machines and robotic workcells: Use the braking resistor to dissipate energy as the servo axis rapidly decelerates, protecting drives and maintaining precise positioning during stops. Industrial robots and automated handling systems: Manage regenerative energy during braking to improve control accuracy and extend drive life in cycle operations. Conveyors and material handling lines: Provide stable braking energy dissipation to ensure smooth stopping and reliable performance in throughput environments. Notes on installation and operation Choose the power rating (2000W, 2500W, or 3000W) to match the servo inverter output and braking requirements of the system. Ensure proper mounting and ventilation to maximize heat dissipation through the aluminum shell. Follow the servo drive manufacturer guidelines for wiring the braking resistor into the braking circuit and for safe service practices. The 2500W 30 RJ Oh designation indicates a specific variant within this product line; select the exact variant to meet your drive specification and braking needs. This RXLG braking resistor combines robust construction with suitable power options for reliable braking energy dissipation in servo inverter systems. It is designed to support smooth deceleration, protect drive electronics, and withstand demanding industrial environments.