Nippon Pulse America’s PRO Series NEMA 17 and NEMA 23 integrated motor/drivers are ideal for machine designs where an incorporated motor/driver helps conserve space. These hybrid stepper motors with attached drive electronics yields a compact, RoHS compliant package.
PRO Series hybrid stepper motors are precision designed for medical technologies and semiconductor manufacturing applications. They deliver accurate open loop control for high performance positioning applications. Two models, PRO 42AP with 1/500 microstepping, and PRO 42BP with 1/8 microstepping are available.
The PRO series integrated driver solution can lower installed cost. This motor/driver package provides high torque density and simplified operation through attached drive electronics. This can remove the need to run motor power management cabling through the machine, and may reduce the potential for electrical noise.
These motors are available in case lengths of 40, 48, and 60 mm. Depending on the case length, the PRO Series Size 17 motor can produce maximum holding torques (bipolar) ranging from 300 to 440 mNm.
The PRO Series is available in two models: AP 100,000 steps and BP 16,000 steps resolution. Precision-honed stators and ground rotors for tight air gap and maximum performance; and simple, rugged, ball bearing construction provide high reliability and long service life. An attached encoder is optional on both AP & BP models. Selectable PFD (Percent of Fast Decay) is available with the advanced AP version.
Designers can use these integrated stepper motors to build laboratory analytical devices with motion control needs that may include stirring, fluidics, and sample selection. Other applications for the PRO Series Integrated Motors include X-Y tables, semiconductor handling, telecommunications equipment, valve control, small machinery, and other automated devices that require precise remote controlled rotary movements in a compact package size.
More information on the PRO Series Integrated Motors from Nippon Pulse America can be viewed at-
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