Product Description:

The SE-B2.030.030-14.005 is a synchronous servo motor manufactured by Bosch Rexroth Indramat for the SE Synchronous Servo Motors series. Designed as a drive element for precision automation axes, the unit transforms regulated three-phase current into torque and speed under closed-loop control, enabling repeatable positioning in packaging stations, assembly fixtures, and light-duty handling modules. Standard SE mechanical and electrical interfaces allow the motor to pair with Rexroth drive controllers without additional adapters.

The motor has a nominal shaft speed of 3000 rpm that can be maintained continuously at the rated load. Its construction follows the IM B5 flange-mounting pattern, and the pilot register measures Ø95 j6 mm; these features provide accurate centering when the motor is fastened to a machine frame. Radial load is carried by a shaft measuring Ø14 k5 mm, while the bearings are rated for 20,000 h of operation. Position feedback electronics receive a differential supply of ±15 V DC, and drive-side commutation benefits from voltage ripple no greater than 1.5%. The motor has a static torque capability of 3.0 Nm, while its tachogenerator constant is 2.7 V/1000 rpm. These values establish the proportional relationship among current, speed, and generated back electromotive force. Power conductors accommodate a motor cable with a cross-sectional area of 1.5 mm², helping limit line losses on cable runs commonly used in compact machines.

The front face includes a centering hole with an M5 thread for pilot-tool alignment, and the shaft projects 30 mm beyond the flange to accommodate gear wheels or couplings. Acoustic emissions are limited to 58 dB(A), permitting installation near occupied work areas without excessive motor noise. The motor can withstand shocks of up to 6 g without reducing encoder accuracy. Its dimensioned shaft overhang provides sufficient coupling space while preserving the alignment established by the flange and pilot register. The controlled sound output suits machinery installed close to production workstations, while the shock tolerance supports operation in equipment exposed to abrupt mechanical movement. Continuous-duty bearings reduce the frequency of service interruptions in applications that require sustained rotation and repeated positioning cycles.