8LSA34.DA060D000-1 by B & R Automation

The 8LSA34.DA060D000-1 is a three-phase synchronous motor produced by B & R Automation within the 8LS Synchronous Motors series. It uses the 8LSA configuration, which means it has a standard rotor and no reinforced bearing. The unit is intended for servo axes in packaging, material handling, and general motion systems where precise speed and position control are required. When paired with a compatible drive, it can support controlled acceleration, steady running, and repeatable positioning in compact automated machinery. That makes it suitable for pick-and-place units, indexing mechanisms, and other compact axes that demand consistent motion quality over repeated cycles.

The stator flange measures 91.3 mm, so it aligns with compact machine frames that use standardized mounting patterns. Cooling is provided by self-cooling with free circulation, which removes heat without external fans and keeps installation simple. Feedback is provided by an Inductive EnDat encoder that uses the EnDat 2.2 protocol, giving digital position data directly to the drive controller during operation. The digital feedback channel also supports precise commutation and stable position evaluation during fast moves. Power and signal lines exit through an angled connection, which helps with strain-relieved cable routing in tight enclosures. Under continuous operation, the shaft can maintain 6000 rpm, a speed suited to lightweight loads that require high peripheral velocity.

The encoder has a resolution of 19/0 bits and single-turn capability, so the drive sees 524,288 discrete steps per mechanical revolution without multi-turn tracking. The motor is wired through a shielded connector, which supports a compact electrical interface. The motor has length code 4, which corresponds to the stack height used for its torque capacity. A smooth shaft interface simplifies coupling to backlash-free clamping hubs. The motor does not include a holding brake or an oil seal, and the mounting flange accepts standard fasteners for common machine interfaces. This arrangement is often used where holding and sealing are handled elsewhere in the machine.