The RXLG aluminum shell braking resistors are designed to absorb braking energy from servo drives and inverters. They help protect the drive DC bus, suppress voltage spikes, and improve control stability during deceleration. Built in a sturdy aluminum enclosure, they provide reliable heat dissipation and robust construction for industrial environments. Key benefits Protects drives during deceleration: dissipates braking energy to prevent overvoltage and voltage spikes on the drive DC bus. Improves system stability and motor life: smoother braking reduces wear and extends equipment life. Versatile power options: available in 30W, 50W, 60W, 80W, 100W, 120W, and 150W variants. The 30W model is specified as 15 Ohm (15 Ohm is shown for the 30W variant in the listing). Rugged aluminum housing: durable, heatdissipating shell for reliable performance in industrial settings. Designed for servo and inverter use: specifically intended for braking circuits in servo drives and related inverter systems. Key attributes Functionality: braking resistor for absorbing energy during deceleration in servo/inverter systems. Compatibility: suitable for servo drives and braking circuits in automation, CNC, robotics, and related equipment. Size and construction: compact aluminum shell that provides mechanical strength and efficient heat dissipation. Material: aluminum shell for durability and thermal management. Performance: built to support braking energy dissipation across multiple wattage variants with dependable operation. Specifications and variants Power options in the RXLG braking resistor family: 30W, 50W, 60W, 80W, 100W, 120W, 150W. Specific variant noted: 30W 15 Ohm model (as indicated by the listing). Applications and use cases CNC machine braking: use in servo drive braking circuits to absorb energy during rapid axis deceleration, protecting the drive and maintaining control accuracy. Robotic systems: in servocontrolled robotics to manage energy during frequent stops and rapid movements, reducing electrical stress on drives. Industrial automation: in automated lines and feeders where frequent braking occurs, helping to stabilize the DC bus and improve overall system reliability. Installation and selection notes Choose the wattage variant based on the braking energy generated by your servo/inverter application and the drive manufacturer's recommendations. The 30W 15 Ohm model is one example in the RXLG aluminum shell braking resistor family; other wattages are available to suit different braking requirements. Refer to your servo drive or inverter manual for wiring, mounting, and thermal considerations to ensure proper integration. This product maintains a professional, practical tone with a clear focus on how the RXLG Aluminum Shell Braking Resistors support reliable braking energy dissipation in servo and inverter systems, along with the relevant variant options and typical use cases.