This braking resistor is designed for servo inverters and comes in an aluminum shell that provides efficient heat dissipation and robust protection in demanding environments. It is part of the RXLG servo inverter family and is available in multiple power ratings to match your drive needs: 5500W, 6000W, and 6500W (5.5KW, 6KW, 6.5KW). The specification noted includes 6000W with 2 RJ Oh, indicating a specific power option and connector configuration within the range. Key benefits Protect the servo drive and motor by absorbing braking energy during deceleration, reducing overvoltage and thermal stress. Improve braking performance and system reliability, leading to smoother stops and longer equipment life. Flexible power options (5500W, 6000W, 6500W) ensure a fit for varying inverter capacities and machine requirements. Durable aluminum shell for reliable cooling and rugged operation in industrial settings. Straightforward integration with RXLG servo inverters, helping to simplify retrofits or installations. Key attributes Functionality: Brake resistor for servo inverter systems, providing controlled dissipation of braking energy. Compatibility: RXLG servo inverters (designed to work with RXLG drive configurations and braking needs). Power variants: 5500W, 6000W, 6500W (listed as 5.5KW, 6KW, 6.5KW) to match different drive sizes and braking requirements. Material and construction: Aluminum shell that supports heat dissipation and durable operation in industrial environments. Performance: Available in multiple power ratings to align with the braking energy requirements of the specific servo drive and load, including the 6000W option noted as 6000W 2 RJ Oh. Product details at a glance Power range: 5500W to 6500W (5.5KW to 6.5KW) Model alignment: Servo Inverter RXLG braking resistors Enclosure: Aluminum shell for efficient cooling Connector/configuration reference: 6000W 2 RJ Oh (as specified in the product title) Use cases and applications CNC machine tools: When a CNC milling or turning spindle requires precise deceleration, this braking resistor absorbs excess energy to prevent drive overshoot and protect inverter components. Automated assembly lines and conveyors: Servodriven axes benefit from controlled braking energy, reducing electrical noise and improving stop accuracy in production processes. Robotic systems and pickandplace equipment: braking energy during fast stops is dissipated safely, aiding in smoother motion control and longer life for servo drives. How this product solves common problems Overvoltage and thermal stress during braking are common in power servo systems. This resistor provides a dedicated path to dissipate that energy, protecting the inverter and motor. Inconsistent braking performance can lead to missed steps or jerky stops. By delivering stable braking energy, the system achieves smoother, more repeatable stops. Selecting the right braking component is critical for reliability. With clearly defined power variants and RXLG compatibility, this brake resistor helps ensure a proper, compatible match for your servo drive. Notes on installation and use Ensure you select the power rating that matches your RXLG servo inverter's braking energy requirements. The 6000W variant is specified with a 2 RJ Oh configuration in the product title, which may correspond to a specific connector arrangement; verify your drive's input and connector compatibility before installation. Follow standard safety and wiring practices for brake resistors and servo inverters, including proper mounting, ventilation, and torque specifications as recommended by the manufacturer. This description reflects the product scope implied by the title: 5500W, 6000W, 6500W variants of the RXLG aluminumshell braking resistor designed for servo inverters, with noted 6000W 2 RJ Oh configuration. It emphasizes the key benefits, attributes, and practical use cases to support clear, credible decisions.