8LSA35.E2060D000-0 by B & R Automation

The 8LSA35.E2060D000-0 is a three-phase synchronous motor manufactured by B&R Automation and supplied within the 8LS Synchronous Motors series. As a torque source for positioning or continuous-speed axes, it converts electrical energy into rotational motion for packaging machines, handling modules, and other automated equipment that rely on high rotational speed and compact mounting. When used with a compatible drive, it supports precise speed regulation and responsive motion in applications that repeat short, fast cycles.

This model reaches a rated speed of 6000 rpm, allowing fast cycle times while remaining within the thermal capability of its design. Power and feedback lines exit through an angled swivel connector interface, so cabling can be routed parallel to machine walls. The mounting interface follows a flange dimension of 91.3 mm, which matches gearboxes and couplings in the same size class. Heat is removed through self-cooling by free circulation, so no external blower or liquid loop is required. Electrical termination is completed with a sealed connector, which simplifies installation and helps limit wiring errors. There is no holding brake, and the shaft cavity is supplied without an oil seal, so external mechanical retention or sealing must be planned where axial loads or fluid exposure exist.

The internal type code lists the designation 8LSA and length code 5, indicating the stator stack height chosen for this torque and inertia range. Mechanical coupling is handled by a smooth shaft, which is commonly paired with clamp-style hubs in servo axes. Installation uses a mounting flange, supporting repeatable alignment on servo adapters or direct-mount gearboxes. According to the configuration summary, the motor is produced in a standard layout without a reinforced bearing, so side loads must stay within nominal radial and axial limits to preserve bearing life. This arrangement suits applications where compact couplings are used and external loading remains moderate.