8LSA26.R0060C100-0 by B & R Automation

The 8LSA26.R0060C100-0 is a rotary drive component produced by B&R Automation for the 8LS Synchronous Motors series. Designed for general-purpose axes in automated assembly lines and packaging machines, the unit converts three-phase electrical energy into precisely regulated mechanical motion that can be sequenced by a servo drive. Its compact form factor and integrated feedback support use in distributed machine modules where space is limited and repeatable position control is required. This layout suits transfer units, feeders, and indexing stations that need fast response without a large motor envelope.

With a rated speed of 6000 rpm, the motor can sustain high spindle or feed rates without gearbox multiplication. The 58 mm flange dimension aligns with IEC mounting patterns and provides a compact pilot for rigid machine attachment. Cabling exits through a straight top connector, and the sealed industrial connection helps keep wiring organized in tight installations. Angular position is measured by a Resolver, giving analog feedback that tolerates vibration and elevated operating temperatures. Thermal loads are handled by self-cooling through free circulation, so the housing relies on surrounding air rather than forced ventilation. Length code 6 identifies the active stack height, and the 8LSA designation indicates a standard configuration without reinforced bearings.

Electrical energy is converted through a three-phase synchronous winding that supports smooth commutation and stable torque production. Mechanical repeatability of 10 arcmin supports indexing applications where moderate positioning accuracy is required. The output uses a shaft with a key, which helps transmit torque without slip when coupled to pulleys or gear elements. The front face includes a mounting flange for direct machine attachment. The motor is supplied without a holding brake, so static loads must be secured by the drive or by external machine hardware. No oil seal is fitted, which makes the unit better suited to clean, dry environments.