KA50 High Resolution Stepping Motor NEMA 17
KA50 High Resolution Stepping Motor NEMA 17
SKU:STE-946560
High torque, low vibration stepping motor with 0.9 deg./step angle and NEMA 17 frame size for precise industrial applications.
Regular price
$129.99
Regular price
Sale price
$129.99
Unit price
per
Initiate Order
KA50 High Resolution Stepping Motor NEMA 17
$129.99
Quantity: 1
Claim Your Seller Account
KA50 High Resolution Stepping Motor NEMA 17
$129.99
Quantity: 1
Delivery via Maden
Expect your order to arrive on time.
Secure Payments
All orders are processed through a secure, PCI-compliant checkout.
The KA50 Series High Resolution Motor (0.9 Degree/Step) offers exceptional performance with high torque, low vibration, and silent operation. Its superior magnetic balance, advanced 3D magnetic field analysis, and robust design ensure precise positioning and reliability. With a NEMA 17 frame size, 0.9 deg./step angle, and customizable designs, this motor is ideal for applications demanding accuracy and efficiency.
Product Specifications
Additional Information 0
a1242.jpg | a1244.jpg | Explanation of Dynamic Torque Curves | KA Series Motors with D-Cut Single Shaft Motors (Max. 1.8 Degree/Step) (KA50HM2-552) | KA50 Series 2 Phase Hybrid Motors (1.8 Degree/Step) - Nema 17 (KA50KM2)
Customize 0
Custom Designs
Dimensions 0
a1240.jpg
Specifications Current Per Phase
2.0 A
Specifications Detent Torque
1.4 oz·in | 10 mN·m
Specifications Holding Torque
30 oz·in | 215 mN·m
Specifications Inductance Per Phase
1.6 mH
Specifications L
1.38 in | 35.0 mm
Specifications Motor Frame Size
NEMA 17
Specifications Product Type
High Resolution Motor
Specifications Reference Part Number
KA50HM1-551
Specifications Resistance Per Phase
0.83 Ω
Specifications Rotor Inertia
0.3 oz·in² | 50 g·cm²
Specifications Series
2 Phase Round KA
Specifications Step Angle
0.9 deg./step
Specifications Type
KA50 Series High Resolution Motors (0.9 Degree/Step) - NEMA 17
Specifications Voltage Per Phase
1.66 V
Specifications Weight
230 g | 0.5 lb
Specifications Winding Method
Bipolar
Torque Curve 0
KA50HM1-551.jpg