8LSA24.R0060D200-0
The 8LSA24.R0060D200-0 represents a high-performance synchronous servo motor from B & R Automation within the 8LS Synchronous Motors series, engineered for demanding industrial automation tasks. This three-phase synchronous design delivers a Rated Power of 1.26 kW and a Rated Torque of 6.0 Nm at a Rated Speed of 6000 rpm, ensuring robust continuous operation. Weighing just 1.1 kg and featuring an Angular Moment of Inertia of 0.12 kg·cm², it combines compactness with precise dynamic response. The motor integrates a Resolver encoder, specified under Encoder Technology, providing accurate feedback with a Precision of 10 arcmin. Its Voltage Class of 400 V aligns with standard 3×400 VAC–480 VAC ±10% industrial supplies.
Performance characteristics underscore rapid response and efficiency: the motor draws a Rated Current of 3.7 A under nominal load and supports a Peak Current of 10.2 A for short-duration torque demands. It achieves a Peak Torque of 15.2 Nm for acceleration phases, while natural surface heat dissipation (Cooling Principle) maintains thermal equilibrium without external fans. A standard Connection Hardware connector simplifies integration into control cabinets. The integrated Standard holding brake exerts a Holding Brake torque to secure loads when power is removed. An optional Oil Seal can be added for enhanced ingress protection against particulates larger than 1 mm.
Reliability and system integration are reinforced by an IP65 protection rating, ensuring full dust ingress protection and resistance to low-pressure water jets. The flange, sized at 58 mm (Flange Dimension), accommodates vertical or horizontal mounting and withstands ambient temperatures from –10 °C to 40 °C, with storage rated –40 °C to 70 °C. Certified to EMC and RoHS standards, the unit carries a Product Revision of 0 and adheres to the Configuration Summary of a standard 8LSA arrangement with no reinforced bearings. Its compact form factor and standardized interface make the 8LSA24.R0060D200-0 ideal for precision positioning in packaging, assembly, and robotic applications where space, durability, and control fidelity are paramount.