Product Description:

The SG-80.014.058-00.010 is a synchronous servo motor manufactured by Bosch Rexroth Indramat for the SG Synchronous Servo Motors series. The unit converts controlled electrical energy from a drive into tightly regulated shaft movement, providing a compact solution for high-speed positioning and velocity control in automated equipment. With a nominal speed of 6200 rpm, the motor can follow fast command profiles across a broad operating range. Its synchronous design allows the connected drive to regulate shaft position and speed through closed-loop control.

At standstill, the motor delivers 1.70 Nm of torque while drawing a standstill current of 4.0 A; these paired values indicate the static load capacity available without shaft movement. The electromagnetic design provides a torque factor of 0.43 Nm/A, so each additional ampere supplied by the drive produces approximately 0.43 newton-meters of torque. The motor has an apparent power rating of 0.75 kVA, making it suitable for use with compact drive systems. Flange accuracy class R keeps the reference surfaces square to the shaft, supporting precise alignment with connected equipment. The IM B5 mounting pattern allows the housing to be face-mounted directly to gearheads or machine plates. A keyway and accompanying feather key are machined into the 9 × 20 mm shaft to provide positive torque transmission to a coupling.

The sealed aluminum housing has a protection rating of IP65, preventing dust ingress and resisting water jets during operation. A flange width of 55 mm provides a compact mounting interface, while an overall length of 199 mm helps the motor fit into restricted installation spaces. Dynamic balance meets vibration grade N, limiting the transfer of oscillations to nearby structures and connected components. The rotor and stator assembly weighs 2.3 kg, reducing the supported mass and allowing responsive acceleration without requiring oversized mechanical supports. The enclosed housing also protects internal motor components while allowing installation close to the driven axis.