Product Description:

The 8LSA24.R0060C100-3 is a motor produced by B&R Automation in the 8LS Synchronous Motors series. This three-phase unit converts electrical energy into controlled rotary motion for indexing stations, packaging units, and other factory automation stages. When paired with a compatible servo drive, it supports closed-loop positioning tasks that require repeatable speed and torque. This makes it suitable for axes that cycle frequently and need smooth response during starts, stops, and speed changes.

Its nominal rotational limit is 6000 rpm, enabling rapid acceleration while supporting continuous-duty operation. The motor uses a three-phase synchronous design, so torque follows the sinusoidal current supplied by the inverter. A 58 mm square flange forms the mechanical interface and matches common gearhead mounting patterns. Thermal losses are dissipated by self-cooling with free circulation, allowing the housing to shed heat without forced air. Because cooling is passive, the installation does not depend on separate fan wiring or air ducting around the motor body. Cabling exits through a straight top connector, which helps reduce cable bending in vertical cabinets. The 8LSA configuration uses a standard bearing set, and length code 4 identifies the body depth. A detachable connector provides the electrical connection, and the integrated mounting flange supports direct face installation.

For motion quality, the motor holds positional deviation within 10 arcmin, and the keyed shaft end helps prevent slip between the shaft and the coupling. Angular feedback is generated by a resolver, which provides analog signals that tolerate vibration and temperature changes well. The motor is supplied without a holding brake, so standstill holding must be provided by drive torque or an external clamp when needed. It is also supplied without an oil seal, so the shaft area should be kept away from pressurized lubricants. This arrangement is suited to clean, controlled installations where external retention and sealing are handled elsewhere in the machine. The analog feedback path also supports stable operation in applications that prioritize robust signal transmission over more complex feedback interfaces.