SE-B3.033.030-14.000

SE-B3.033.030-14.000, Bosch Rexroth Indramat, SE Synchronous Servo Motors introduces a high-performance servo solution tailored for industrial automation applications. This motor delivers a continuous Static Torque of 4.2 Nm at a nominal 3000 rpm speed, achieving rapid response and precision positioning. Its rugged construction supports a wide operating temperature range from –0 °C to +40 °C and complies with DIN-IEC 68-2-27 shock resistance up to 6 g, ensuring durability in demanding environments. Designed for both accuracy and robustness, it seamlessly integrates into complex motion control systems with optional holding brake and tachogenerator interfaces.

In-depth technical specifications demonstrate the servo’s exceptional capability: a Maximum Torque of 9.1 Nm provides ample peak power for dynamic acceleration, while the Torque Constant of 1.02 Nm/A optimizes current-to-torque conversion. The winding features a Winding Inductance of 60 mH, stabilizing current ripple and smoothing motor dynamics. Rated for a Maximum Current of 49 Aeff, the unit achieves its Nominal Speed of 3000 rpm under a nominal 112 V excitation at 1000 rpm. Mechanical dimensions are precisely engineered with a Length of 210 mm and a Nominal Diameter of 440 mm, paired with a shaft diameter of Ø19 × 40 mm to fit standard NEMA and IEC flanges. The integrated precision mounting system secures performance repeatability and simplifies installation into machine frames.

Beyond its raw performance, the SE-B3.033.030-14.000 excels in system integration and operational reliability. Front-end connectors for the optional holding brake (8.0 Nm at +24 V DC) and tachogenerator (1.8 V/1000 rpm voltage constant) enable closed-loop feedback without additional external modules. Minimal maintenance requirements and compliance with industrial shock and temperature standards make it a dependable choice for continuous production. Ideal for robotics, CNC machinery, and packaging systems, this servo motor elevates throughput while maintaining precision under variable loads.