Quantum QB23 Series Housed Brushless Servo Motors

2022-09-09
●NEMA Size 23 High Power Density, Sinusoidal BEMF
■Allied Motion's Quantum (QB) housed brushless servo motors are designed for use in precision servo applications that require a standard NEMA size 17, 23, 34 or 56 frame motor
■The QB023 series are six-pole motors with 3-phase delta-wound stators that conform to NEMA size 23 mounting standards. Rated torques range from 0.22 up to 1.25 Nm, and rated power extends from 157 up to 460 W. Winding voltage choices are 24, 40 and 130 V
■The QB series are electromechanically optimized for high output power, high torque density, and low cogging torque. Their high power density ratio allows a smaller size motor to be used in many applications, saving space and weight
■Quantum motors are also available as frameless versions for direct machine integration.
●Features & Benefits
■NEMA 23 frame size with four stack lengths
■Rated torque from 0.22 up to 1.25 Nm; rated power from 157 up to 460 W
■Three standard windings, 3-phase delta wound, rated 24, 40, and 130 V
■Rare-earth NdFeB magnets maximize torque production
■Integrated Hall commutation sensors
■Computer optimized design for maximum power and torque density ensures the most compact and efficient design possible

Allied Motion

QB seriesQB02300QB02302QB02301QB02303QB02300-A00QB02300-B00QB02300-C00QB02301-A00QB02301-C00QB02301-B00QB02302-A00QB02302-B00QB02303-A00QB02303-C00QB02302-C00QB02303-B00QB02300-B00-HBEQB023 seriesQB023QB23 Series

More

Part#

Brushless Servo MotorsHoused Brushless Servo Motorssix-pole motorQuantum motors

More

precision servo ]

More

Datasheet

More

More

Please see the document for details

More

More

English Chinese Chinese and English Japanese

December 6, 2016

795 KB

- The full preview is over. If you want to read the whole 6 page document,please Sign in/Register -
  • +1 Like
  • Add to Favorites

Recommend

All reproduced articles on this site are for the purpose of conveying more information and clearly indicate the source. If media or individuals who do not want to be reproduced can contact us, which will be deleted.

Contact Us

Email: