RXLG Aluminum Shell Braking Resistors for Servo Inverters are designed to absorb regenerative energy and protect servo drives during braking. This product line covers power ratings of 600W, 800W, 1000W and 1KW, with the 600W variant specified as 8 RJ Oh. Key benefits Protect servo drives and motors from overvoltage and overheating during rapid deceleration by absorbing braking energy. Aluminum shell design provides efficient heat dissipation, rugged durability, and suitability for demanding industrial environments. Wide range of power options (600W, 800W, 1000W, 1KW) enables precise matching to drive ratings, reducing spare parts and optimizing braking performance. Compact form factor and straightforward integration with standard braking circuits, improving installation flexibility. Reliable, stable braking resistor performance in challenging conditions, helping to extend equipment uptime. Key attributes Functionality: external braking resistor for servo inverters; dissipates regenerative energy and stabilizes braking transients. Compatibility: suitable for servo drives that require an external braking resistor; part of the RXLG aluminum shell braking resistor family. Size: compact aluminum housing designed for easy mounting in control panels or close to the drive (exact dimensions vary by model). Material: aluminum shell for heat dissipation and structural durability; internal resistor element built to handle braking loads. Performance: available in 600W, 800W, 1000W and 1KW variants; the 600W option is specified as 8 RJ Oh in the listing. Use cases and applications CNC machine tools: reliable braking to protect motors and tools during rapid stops and tool changes. Robotic automation cells: controlled deceleration of inertia joints, absorbing regenerative energy and reducing drive stress. Conveyor and packaging lines: smooth stopping of heavy loads with energy dissipation to prevent drive overvoltage. General industrial automation: suitable for servo drive systems that require external braking resistance to manage braking energy efficiently.