8LSA35.EA060D000-3 by B & R Automation

B&R Automation's 8LSA35.EA060D000-3 belongs to the 8LS Synchronous Motors series and follows the 8LSA standard configuration, which omits reinforced bearings. It is a three-phase motor used in industrial automation to convert controlled electrical power into precise rotary motion for axes such as pick-and-place heads, conveyor rollers, and compact gantry modules. The unit couples directly to a drive controller through its integrated encoder, allowing fast position-loop response and reducing the need for separate feedback hardware. Its compact frame helps it fit machine sections where installation space is limited.

The motor achieves a rated speed of 6000 rpm, enabling short cycle times where rapid indexing is required. Its square mounting interface measures 91.3 mm across the flange, providing direct alignment to standardized machine plates without adapter rings. Position feedback is supplied by the Inductive EnDat 2.1 system, which communicates serially with the drive and provides fine positioning on dynamic axes. Heat generated in continuous duty is removed by self-cooling, so no external blower or liquid loop is added to the machine. Power and sensor leads exit through an angled connection that uses a single hybrid connector to simplify cable routing. This layout supports dense machine construction because cooling and cable management stay within the motor envelope.

Length code 5 sets the overall body depth, balancing inertia with the available installation envelope for mid-sized loads. A smooth shaft transmits torque without keyways, so clamp couplings can be used in clean assemblies, and the motor is supplied without a holding brake, so any static load must be secured by the drive or external mechanics. The internal winding is three-phase synchronous, and the configuration includes a mounting flange and connector hardware. The unit is revision 3 and is built without an oil seal. That arrangement is suited to servo systems that prioritize compact packaging and direct mechanical coupling.