R RJ Ohm RXLG aluminum shell braking resistors are designed to dissipate regenerative energy in braking circuits for VFDs and servo drives. Available in 200W, 250W, 300W, 400W and 500W variants, these resistors provide a compact and durable solution for energy dissipation in frequency inverters and related equipment. Key benefits Protect VFDs and servo drives from overvoltage during deceleration by absorbing braking energy. Improve braking control and stability in automated systems. Compact, robust aluminum shell for reliable performance in industrial environments. Multiple power ratings (200W, 250W, 300W, 400W, 500W) to match a wide range of drive capacities. Simple integration into existing braking circuits without complex modification. Key attributes Functionality: Braking resistor for dissipation of regenerative energy in braking circuits for VFDs and servo drives. Compatibility: Designed for use with VFD frequency inverters and servo inverter systems. Power ratings: 200W, 250W, 300W, 400W, 500W variants. Material and construction: Aluminum shell for effective heat dissipation and durable operation. Model/brand: R RJ Ohm RXLG aluminum shell braking resistors (braking resistor for VFD frequency inverter applications). Use cases Industrial conveyors and material handling lines controlled by VFDs, where rapid and controlled deceleration is required. CNC machines and robotic systems that demand smooth, predictable stops to protect tooling and workpieces. Heavy equipment and automation lines requiring energy dissipation during deceleration to prevent drive overvoltage and improve system reliability. Notes Suitable for applications involving braking energy in VFDs and frequency inverter systems. Select the appropriate wattage variant to match the drive output and braking requirements. For proper performance, follow applicable drive manufacturer guidelines and installation practices.