The 5500W 6000W 6500W 5.5KW 6KW 6.5KW Servo Inverter RXLG Aluminum Shell Braking Resistors Brake Resistor(6500W 400 RJ Oh) is a ‑efficiency braking resistor designed for RXLG servo inverter systems. It combines rugged aluminum housing with proven energy dissipation capabilities to protect drives during braking and deceleration. Key benefits Protect servo drives from overvoltage during deceleration by absorbing braking energy, reducing risk of drive faults and component wear. Flexible power options that cover 5500W, 6000W and 6500W (5.5KW, 6KW, 6.5KW), allowing selection to match the servo inverter output and braking requirements. Aluminum shell provides robust mechanical protection and improved heat dissipation for stable, long‑term performance. Compact, rugged design suited for demanding industrial environments and easy integration with existing RXLG servo inverter systems. Reliable braking performance with a dedicated resistor configuration (6500W 400 RJ Oh) to meet demanding stop and energy recovery needs. Key attributes Functionality: braking resistor for servo inverter systems, designed to absorb braking energy and protect drive electronics. Compatibility: RXLG servo inverter applications; suitable for systems requiring braking resistance in the listed power range. Size and construction: aluminum shell offers durability and efficient heat management (exact dimensions are not specified in this listing). Material: aluminum shell for thermal conductivity and mechanical strength. Performance: power ratings of 5500W, 6000W, and 6500W (5.5KW, 6KW, 6.5KW) with a 6500W 400 RJ Oh specification variant. Applications and use cases CNC machine tools: use during rapid deceleration to smooth stops and protect drive electronics from voltage spikes. Robotic automation: manage regenerative braking in articulated arms and other moving components to extend drive life and maintain control precision. Material handling and packaging lines: absorb braking energy during emergency or planned stops to maintain system stability and reduce wear on motors and drives. This braking resistor maintains a professional, credible build suitable for industrial deployments, offering clear power options and a durable aluminum shell to support reliable braking performance in RXLG servo inverter systems.