FAULHABER series 3274 BP4 DC servomotor

Wednesday, 08 June, 2016 | Supplied by: ERNTEC Pty Ltd

FAULHABER series 3274 BP4 DC servomotor

FAULHABER’s series 3274 BP4 brushless DC servomotor, measuring 32 mm in diameter and 74 mm in length, has a continuous torque of 165 mNm. It weighs in at just under 320 g, which is half that of conventional motors with comparable power.

The four-pole brushless DC servomotor is suitable for applications in which high power and dynamic start/stop operation with low total weight is an important factor, eg, in link drives of humanoid robots, electric grippers used in process automation or high-performance traction drives used in inspection robotics.

The product is overload-resistant and operates without wear-prone mechanical commutation. As a result, its operational lifetime is many times longer than that of a conventional DC micromotor. The slope of the motor characteristic curve delivers what the application demands even under harsh ambient conditions, such as at low temperatures or high mechanical loads (eg, in aerospace applications). This is made possible by a robust stainless steel housing and the omission of adhesives which are otherwise usually used for assembly.

The motor is equipped with digital hall sensors. High-resolution optical and magnetic encoders can be attached simply to the rear multifunction flange. The motor is also available with analog (linear) hall sensors that can replace an encoder in many application cases. A large selection of performance-optimised precision gearheads rounds off the complete drive system.

Online: www.erntec.net
Phone: 03 9756 4000
Related Products

HEMCO MicroFlow family of ductless workstations

HEMCO's MicroFlow family of Class 1 ductless carbon filtered workstations is equipped with...

Cytek SpectroFlo QC Beads for flow cytometer performance tracking

Cytek's SpectroFlo QC Beads contains 3 µm particles with one fluorescent intensity. The...

Waters Rheo-Impedance Spectroscopy (Rheo-IS) accessory

Waters has released an accessory for its TA Instruments Discovery Hybrid Rheometers (HR) that...


  • All content Copyright © 2024 Westwick-Farrow Pty Ltd