The Bosch Rexroth Indramat SE-LB3.075.030-10.015 from the SE Synchronous Servo Motors series is a high-performance servo motor engineered for precision motion control with a static torque of 9.3 Nm and a maximum torque of 18.6 Nm. It delivers a nominal speed of 3000 RPM while drawing 9.5 A at standstill and up to a peak current of 57 A under dynamic load. With a rapid ramp up time of 30 ms and a torque constant of 0.98 Nm/A, the unit achieves swift acceleration and responsive torque delivery. This Model Series SE-LB3.075.030 motor features a measurement range of 0075 and is catalogued under Catalog Number 14037-wp000014.
The SE-LB3.075.030-10.015 employs advanced electronic commutation to optimize current waveform and energy efficiency, while its rotor houses rare-earth permanent magnets to minimize inertia and maximize dynamic performance. Integrated brushless tachogenerator feedback and a dedicated commutation sensor enable precise speed and position acquisition in closed-loop architecture. Designed for seamless inverter operation, this servo motor maintains consistent torque output across varying speeds and load conditions. The robust Component: Servo motor construction ensures compatibility with harsh industrial environments and supports extended duty cycles without derating.
Engineered to meet stringent industrial automation standards, the SE-LB3.075.030-10.015 offers low maintenance through its brushless design and durable materials. Its optimized size-to-performance ratio and high torque density make it ideal for robotics, packaging machinery, and high-speed assembly lines. Backed by Bosch Rexroth Indramat's quality assurance processes, this motor stands out as a reliable, long-lasting solution for demanding applications.
Alternative Part Number
1070076332
Catalog Number
14037-wp000014
Component
Servo motor
Current at Standstill
9.5 A
Maximum Torque
18.6 Nm
Measurement Range
0075
Model Series
SE-LB3.075.030
Nominal Speed
3000 RPM
Peak Current
57 A
Ramp Up Time
30 ms
Static Torque
9.3 Nm
Torque Constant
0.98 Nm/A