RXLG Aluminum Shell Braking Resistors are external brake resistors for servo inverter systems. The product is available in power ratings of 2000W, 2500W and 3000W, and the model specified in the title includes 2000W 500 RJ. The resistor is built with an aluminum shell to provide durability and efficient heat dissipation, supporting reliable braking energy dissipation in demanding servo drives. Key benefits Protect servo drives from over voltage during deceleration by safely absorbing regenerative energy. Improve braking performance and control stability for inertia loads. Durable aluminum shell construction offers strong heat dissipation and rugged industrial performance. Compact form factor designed for integration with RXLG servo inverters and compatible braking circuits. Available in multiple power ratings (2000W, 2500W, 3000W) to match different drive and motor requirements. Key attributes Functionality: Braking resistor for servo inverter braking circuits, handling energy generated during motor deceleration. Compatibility: Designed for RXLG servo inverters and compatible braking applications. Size: Compact aluminum enclosure; exact dimensions are not specified in the product title. Material: Aluminum shell for improved heat dissipation and durability. Performance: Power variants of 2000W, 2500W and 3000W; model noted as 2000W 500 RJ. Applications and use cases CNC machine tools: Used to dissipate braking energy during rapid tool changes or sudden stops, protecting drive electronics and improving stopping precision. Robotic automation: Supports controlled deceleration of robotic arms or automated lines to reduce overshoot and wear on drive components. Conveyor and packaging systems: Absorbs regenerative energy during braking in frequency stop/start cycles, safeguarding drive performance and extending component life. Notes The product's model reference in the title includes 2000W 500 RJ, with additional variants offered as 2000W, 2500W and 3000W. Exact dimensions are not listed; the description emphasizes functionality, material, and performance attributes consistent with the stated specifications.