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
34
In Stock
1 : R1 699,26000
Box
Box
Active
Hybrid
Bipolar
3.2VDC
2.8 A
200.0
1.8°
±5%
267.64 / 1890
Square - 2.220" x 2.220" (56.40mm x 56.40mm)
23
0.250" (6.35mm)
0.945" (24.00mm)
1.856" (47.14mm)
Wire Leads
-20°C ~ 50°C
1.13 Ohms
Flatted Shaft
365
In Stock
1 : R1 455,55000
Box
Box
Active
Hybrid
Bipolar
2.3VDC
2.8 A
200.0
1.8°
±5%
143.05 / 1010
Square - 2.220" x 2.220" (56.40mm x 56.40mm)
23
0.250" (6.35mm)
0.945" (24.00mm)
1.856" (47.14mm)
Wire Leads
-20°C ~ 50°C
0.83 Ohms
Flatted Shaft
3
In Stock
1 : R1 315,23000
Box
Box
Active
Hybrid
Bipolar
2VDC
2.8 A
200.0
1.8°
±5%
77.89 / 550
Square - 2.220" x 2.220" (56.40mm x 56.40mm)
23
0.250" (6.35mm)
0.945" (24.00mm)
1.856" (47.14mm)
Wire Leads
-20°C ~ 50°C
0.7 Ohms
Flatted Shaft
2
In Stock
1 : R3 509,30000
Bulk
Bulk
Active
Hybrid
Bipolar
2.3VDC
2.8 A
200.0
1.8°
±5%
143.03 / 1010
Square - 2.220" x 2.220" (56.40mm x 56.40mm)
23
0.250" (6.35mm)
0.945" (24.00mm)
1.856" (47.14mm)
Wire Leads
-20°C ~ 50°C
0.8 Ohms
Flatted Shaft
0
In Stock
Check Lead Time
1 : R1 235,91000
Box
Box
Active
Hybrid
Bipolar
2.5VDC
2.8 A
200.0
1.8°
±5%
178.43 / 1260
Square - 2.220" x 2.220" (56.40mm x 56.40mm)
23
0.250" (6.35mm)
0.945" (24.00mm)
1.856" (47.14mm)
Wire Leads
-20°C ~ 50°C
0.9 Ohms
Flatted Shaft
1
In Stock
1 : R3 734,23000
Bulk
Bulk
Active
Hybrid
Bipolar
3.2VDC
2.8 A
200.0
1.8°
±5%
267.6 / 1890
Square - 2.220" x 2.220" (56.40mm x 56.40mm)
23
0.250" (6.35mm)
0.945" (24.00mm)
1.856" (47.14mm)
Wire Leads
-20°C ~ 50°C
1.13 Ohms
Flatted Shaft
Showing
of 6

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.