Product Description

The SE-B2.030.060-10.037 motor from Bosch Rexroth Indramat delivers top-notch performance through a balance of speed, power, and compact design. As a brushless permanent magnet motor, it utilizes an efficient motor topology that enhances reliability while lowering energy consumption compared to traditional brushed models. This high-performance brushless configuration generates a peak torque of 0.7 Nm, supplying robust twisting force. Capable of achieving an astonishing maximum speed of 20,000 RPM, the motor offers unmatched swiftness for fast-cycling applications. This extreme rotational velocity far surpasses comparable motors, providing the rapid responses crucial for high-speed industrial machinery. Weighing a mere 0.8 kg yet rated for continuous duty, its compact dimensions and lightweight construction simplify integration into space-constrained machines and robots.

Operable across an AC voltage range from 230V to 460V, the motor pairs flexibility with universal compatibility. Its 50/60Hz frequency handling likewise ensures compatibility worldwide. Delivering power of 0.18-0.22 kW while drawing only 0.55-0.95A of current, the highly efficient motor keeps energy costs low. Thermal handling remains stable up to 7A and 20,000 RPM via optimal winding design. As part of Bosch Rexroth Indramat's prestigious SE Servo Motor Series, users gain access to advanced engineering, industrial-grade components, rigorous quality control testing, and global service support. Long-term endurance testing validates dependable service, even in 24/7 cyclic operations. An optional gearbox multiplier extends torque range for weightier functions when needed.

With unparalleled speed, outstanding torque density, and small stature, the SE-B2.030.060-10.037 motor is perfectly suited to automation tasks requiring agility, dexterity, and precision in constricted confines. Whether optimizing robotic joint control or synchronizing high-throughput handling modules, its remarkable attributes enable new engineering potentials where size and swift reaction times are paramount.