10 Stepper Motors

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Mfr Part #	Quantity Available	Price	Series	Package	Product Status	Type	Coil Type	Voltage - Rated	Current Rating (Amps)	Steps per Revolution	Step Angle	Accuracy	Torque - Holding (oz-in / mNm)	Size / Dimension	NEMA Frame Size	Diameter - Shaft	Length - Shaft and Bearing	Mounting Hole Spacing	Termination Style	Operating Temperature	Coil Resistance	Features

10PM-K013B STEPPER MOTOR HYBRID BIPOLAR 24V NMB Technologies Corporation	0 In Stock Check Lead Time	10 : ¥295.86700 Bulk	10PM	Bulk	Active	Hybrid	Bipolar	24VDC	210 mA	200.0	1.8°	-	6.94 / 49	Square - 0.984" x 0.984" (25.00mm x 25.00mm)	10	0.197" (5.00mm)	0.394" (10.00mm)	0.787" (20.00mm)	Connector	-	47 Ohms	Round Shaft
10PM-K405B STEPPER MOTOR HYBRID BIPOLAR 24V NMB Technologies Corporation	0 In Stock Check Lead Time	11 : ¥321.10091 Box	10PM	Box	Active	Hybrid	Bipolar	24VDC	1.5 A	200.0	1.8°	-	17 / 120	Square - 0.984" x 0.984" (25.00mm x 25.00mm)	10	0.197" (5.00mm)	0.394" (10.00mm)	0.787" (20.00mm)	Connector	-	1.6 Ohms	Round Shaft
10PM-K202B STEPPER MOTOR HYBRID BIPOLAR 24V NMB Technologies Corporation	0 In Stock Check Lead Time	40 : ¥378.44050 Bulk	10PM	Bulk	Active	Hybrid	Bipolar	24VDC	700 mA	200.0	1.8°	-	4.67 / 33	Square - 0.984" x 0.984" (25.00mm x 25.00mm)	10	0.197" (5.00mm)	0.394" (10.00mm)	0.787" (20.00mm)	Connector	-	3.8 Ohms	Round Shaft
10PM-K701B STEPPER MOTOR HYBRID BIPOLAR 24V NMB Technologies Corporation	0 In Stock Check Lead Time	6 : ¥418.35500 Bulk	10PM	Bulk	Active	Hybrid	Bipolar	24VDC	630 mA	200.0	1.8°	-	8.78 / 62	Square - 0.984" x 0.984" (25.00mm x 25.00mm)	10	0.197" (5.00mm)	0.394" (10.00mm)	0.787" (20.00mm)	Connector	-	5.8 Ohms	Round Shaft
10PM-K405CT01CN STEPPER MOTOR HYBRID BIPOLAR 24V NMB Technologies Corporation	0 In Stock	Obsolete	10PM	Box	Obsolete	Hybrid	Bipolar	24VDC	1.5 A	200.0	1.8°	-	17 / 120	Square - 0.984" x 0.984" (25.00mm x 25.00mm)	10	0.197" (5.00mm)	0.394" (10.00mm)	0.787" (20.00mm)	Connector	-	1.6 Ohms	Round Shaft

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10 Stepper Motors

Stepper motors are DC voltage motion actuators that move in discrete steps. Multiple sets of coils organized in groups called "phases" determine the motors armature position. Energizing each phase in sequence causes armature rotation one step at a time. With computer or microcontroller managed stepping, precise positioning and/or speed control is achieved. Steppers are selected by torque, steps per revolution, step angle, NEMA frame size, coil resistance, polarity and shaft features.