RXLG AluminumShell Braking Resistors are designed to dissipate braking energy in servo drives and frequency control systems. They come in multiple power ratings to fit different inverter requirements, including 2000W, 2500W, and 3000W (2KW, 2.5KW, 3KW). The units feature an aluminum shell for robust construction and effective heat dissipation. The nominal resistance is 5 RJ Oh, making them suitable for braking circuits in servo inverters. Key benefits Efficient braking energy dissipation to protect drives and motors during deceleration and braking operations Durable aluminum shell construction for strength and reliable heat management Multiple power options (2000W, 2500W, 3000W) to match different servo inverter systems Clear compatibility with RXLG servo inverters and frequency control applications Simple integration into braking circuits with a compact form factor Key attributes Functionality: braking resistor for frequency control in servo drives Compatibility: designed for RXLG servo inverters and related braking circuits Power ratings: 2000W, 2500W, 3000W (2KW, 2.5KW, 3KW) Resistance: 5 RJ Oh Material: aluminum shell for durability and heat dissipation Performance: suitable for demanding braking energy dissipation in servo and frequency control applications Applications and use cases CNC machines and servodriven machine tools: use to absorb braking energy when stopping heavy loads, protecting the drive electronics and improving control stability Industrial automation and packaging lines: braking resistor in frequency control systems to manage deceleration energy in speed conveyors and robotic cells Robotic arms and automated equipment: supports braking energy dissipation in fastmoving axes, enhancing drive reliability and longevity Note on selection and installation Choose the power rating to match the braking energy requirements of your servo drive or frequency converter Verify compatibility with your RXLG inverter specifications and the braking resistor value (5 RJ Oh) to ensure proper operation and safety Refer to the drive manual for mounting, electrical connections, and cooling considerations to maintain performance and longevity