KA50 Series 2-Phase Stepper Motor with D-Cut Double Shaft (1.8°/Step)
KA50 Series 2-Phase Stepper Motor with D-Cut Double Shaft (1.8°/Step)
SKU:STE-b9df6e
High-performance 2-Phase Stepper Motor with D-Cut Double Shaft for precise positioning and silent operation.
Regular price
$49.99
Regular price
Sale price
$49.99
Unit price
per
Delivery via Maden
Expect your order to arrive on time.
Secure Payments
All orders are processed through a secure, PCI-compliant checkout.

Experience superior motor performance with the KA50 Series 2-Phase Round Stepper Motor. Designed with D-Cut Double Shaft for high torque, low vibration, and silent operation. Achieve precise positioning accuracy due to the best magnetic balance and advanced three-dimensional magnetic field analysis. This motor, featuring a NEMA 17 frame size, 1.8° step angle, and various essential specifications, is ideal for industrial automation and robotics applications.
Product Specifications
Additional Information 0
Explanation of Dynamic Torque Curves
Customize 0
Custom Designs
Dimensions 0
Outline | Outline
Specifications Current Per Phase
1.0 A
Specifications Detent Torque
1.7 oz·in | 12 mN·m
Specifications Holding Torque
31 oz·in | 216 mN·m
Specifications Inductance Per Phase
3.8 mH
Specifications L
1.38 in | 35.0 mm
Specifications Motor Frame Size
NEMA 17
Specifications Note
The basic motor characteristics, connection diagrams, and accessories (lead connectors) conform to the standard specifications.
Specifications Product Type
Stepper Motor
Specifications Reference Part Number
KA50HM2-502
Specifications Resistance Per Phase
4.2 Ω
Specifications Rotor Inertia
50 B·cm² | 0.3 oz·in²
Specifications Series
2 Phase Round KA
Specifications Shaft Specification
Double Shaft
Specifications Step Angle
1.8 deg./step
Specifications Type
KA Series Motors with D-Cut Double Shaft Motors (0.9 / 1.8 Degree/Step) - NEMA 17 / 23
Specifications Voltage Per Phase
4.20 V
Specifications Weight
230 g | 0.5 lb
Specifications Winding Method
Unipolar
Torque Curve 0
KA50HM2-502 ST CURVE.jpg