Product Description:

The SG-Y1.006.010-00.010 is a synchronous servo motor produced by Bosch Rexroth Indramat as part of the SG Synchronous Servo Motors series. Designed for precise motion control, the unit converts electrical input into regulated mechanical rotation for automated assembly stations, compact tool spindles, and light material-handling axes that demand high speed, repeatable positioning, and a minimal footprint. Its compact servo design supports rapid starts, controlled stops, and stable speed changes when paired with a compatible drive. This makes it suitable for machinery that needs accurate motion in a limited installation space.

During continuous duty, the motor supplies 0.45 kW of mechanical output, and its rotor reaches a nominal velocity of 8800 rpm. At that speed, it produces a steady torque of 0.60 Nm, which helps move small loads quickly without adding unnecessary inertia to the axis. Power is distributed through a balanced three-phase supply, which improves winding efficiency and reduces harmonic heating during operation. The IM B5 mounting design lets the R-grade flange seat against a machine wall for concentric alignment. The motor does not include a mating connector, so field wiring requires a customer-supplied plug set. An integrated temperature detector monitors copper temperature and signals the drive as thermal limits approach, helping protect the insulation system during repeated acceleration and deceleration cycles.

The housing is rated IP65, which blocks dust ingress and low-pressure water jets commonly encountered in production cells. The motor operates in ambient temperatures from 0 to 40 °C and dissipates heat through natural convection, so no external fan or liquid cooling circuit is required. Bearings, lubrication, and windings are sized for a minimum operating life of 20,000 h under normal service conditions. Shaft angle is reported through a brushless resolver, providing analog feedback that remains stable in electrically noisy environments. This feedback allows the drive to maintain accurate closed-loop control for both position and speed.