RXLG aluminumshell braking resistors are designed for braking circuits in servo inverters and frequency control applications. These units provide reliable energy dissipation during deceleration, helping to protect inverter electronics and improve system stability. Key benefits Efficient braking energy handling: supports rapid and controlled deceleration in servo drives. Durable aluminum shell: robust construction with effective heat dissipation for long service life. Flexible power options: available in 2000W, 2500W, and 3000W (2KW, 2.5KW, 3KW) variants to match different servo inverter requirements. Brand and reliability: RXLG braking resistors built to align with professional servo and frequency control setups. Specific configuration option: includes the 2500W 500 RJ O variant for tailored applications. Key attributes Functionality: braking resistor for servo inverter braking circuits and frequency control. Compatibility: suitable for servo inverter systems that require external braking resistors. Confirm compatibility with your model and braking energy needs. Size and construction: aluminumshell housing for efficient heat dissipation and rugged operation. Material: aluminum shell with internal resistor elements designed for continuous braking duty. Performance: multipoweroptions to suit various inverter capacities and braking profiles. Configurations: power options include 2000W, 2500W, 3000W (2KW, 2.5KW, 3KW); note the option 2500W 500 RJ O is included among configurations. Configurations available 2000W (2.0 kW) 2500W (2.5 kW) with 500 RJ O variant 3000W (3.0 kW) Two to three use cases CNC machine and robotic systems: use as an external braking resistor to absorb deceleration energy from inertia loads, improving motor control and protecting servo drives during rapid stopping. Automated production lines: integrate with frequency control systems to manage energy during deceleration, reducing inverter overload and extending equipment life. Robotic arms and handling systems: provide smooth braking in dynamic pickandplace operations, maintaining precision and reducing wear on drive electronics. Notes on use and installation Verify compatibility with your servo inverter model and braking energy requirements before installation. Ensure proper mounting and adequate cooling for continuous braking duty. Follow standard electrical safety practices and the manufacturer's installation guidelines. This braking resistor family from RXLG combines an aluminumshell build with configurable power ratings to support reliable braking performance across a range of servo inverter and frequency control applications. The inclusion of the 2500W 500 RJ O variant offers an option for specific configurations within the available power options.