MOONS' PL24HC8L3550

PowerPlus Hybrid Stepper Motors. MOONS’ PowerPlus technology provides 25% to 40% more torque across the entire speed range of the motor. The increased torque is a result of higher motor efficiency, and is available without increasing the drive voltage or current. 3 Phase - 1.2 degree step angle: The use of three phases inherently helps to reduce torque ripple and smooth motor performance. 3 phase motors require a 3 phase drive that is different than the drive for 2 phase motors. As compared to the 1.8 degree two phase motors, the low speed torque is somewhat less. But design improvements introduced by MOONS', minimizes this difference. High speed torque can also be comparable. In addition, MOONS' size 24 three phase motors are available with PowerPlus technology, for maximon torque. 3 phase motors are used where maximum performance, and very quiet, smooth precise movement is need. An example of a good application for three phase motors is in performance lighting. These spotlights lights need quick movement, and quiet operation so as not disturb the performance.

Technical data

  • NEMA 24 PowerPlus Hybrid Stepper Motors
  • Stepper motor, Ultra high torque, High efficiency, High accuracy, Step Angle: 1.2°, NEMA24, 60x 60mm
  • Frame size:NEMA24(60mm)
  • Shaft: Single
  • Phase: 3
  • Steps/ Revolution: 300
  • Step Angle: 1.2°
  • Step Accuracy: ±5%
  • Insulation Class: B, 130℃
  • Insulation Resistance: 100 MegOhms
  • Axial Load (20,000 hours at 1000RPM ): 40N (9 Lbs.) Push
  • 130N (30 Lbs.) Pull
  • Radial Load (20,000 hours at 1000RPM ): 70N (15.5 Lbs.) At Flat Center
  • Operating Temp.: -20℃~50℃
  • IP Rating: IP 40
  • Approvals: RoHS

Product specification

  • Frame Size: NEMA 24 PowerPlus
  • Rated current (A): 5.5
  • Holding Torque (Nm): 1.4
  • Winding Resistance (Ohm): 0.46
  • Winding Inductance (mH): 0.9
  • Detent Torque (mNm): 90
  • Rotor Intertia [gcm²]: 221
  • Length (mm): 55
  • Weight (g): 0.93
  • Connector: Leads
  • Motor: PL24HC8L3550
Maximilian Hausjell

Do you have questions?

Mr. Maximilian Hausjell
Phone: +49 80 92 81 89 21
E-mail: m.hausjell@ghv.de