Product Description:

The 8LSA84.S1030D000-0 is a three-phase synchronous motor manufactured by B&R Automation and supplied within the 8LS Synchronous Motors series. It is designed as a rotary drive element that converts electrical input from a matched inverter into controlled mechanical motion for indexing tables, packaging axes, conveyor stations, and similar automated mechanisms. The motor follows the 8LSA configuration, which uses standard bearings without reinforcement, and it attaches to machinery through a mounting flange. Within an automation cell, it provides precise closed-loop speed and position control for medium-torque tasks.

Its nominal running point is 3000 rpm, allowing direct coupling to gear stages that expect standard high-speed inputs. The square IEC interface is reflected by a 240 mm flange dimension, so the housing aligns with heavy-duty frames while keeping shaft height consistent across standardized machine layouts. Rotor feedback is generated by an optical EnDat encoder that outputs absolute position data, and the signal quality is refined through a native resolution of 25/12 bits for single-turn and multi-turn tracking across repeated cycle changes. Communication conforms to EnDat protocol version 2.2, enabling digital diagnostics and dependable data exchange with a compatible drive. Additional physical attributes include a smooth shaft end for backlash-free clamping hubs, an angled swivel connector for compact cable routing, a stator stack with length code 4, and no oil seal when paired with dry-room gearboxes.

Thermal management is based on self-cooling, so heat is removed by free air circulation without auxiliary blowers and without separate fan hardware on the motor body. This approach keeps the external form simple while supporting installations that do not provide dedicated forced-air equipment or extra fan hardware around the axis. For vertical axes, the motor has no holding brake, so external locking or drive torque is required during power loss. The built-in multi-turn counter records up to 4096 revolutions, which helps the control system retain absolute position information after disconnection.