[ Log In ]
[ Register ]
[ Your Cart ]
Need Help?
Customer Service Live - Get Answers Fast
281-815-7701
NEW: CNC Router PLANS Available for all of our Newest CNC Models!! Click here to "Design Your CNC".
Full view of the 425 oz-in nema 23 24 stepper motor Front view of the nema 23 24 425 oz-in 1.8 degree step stepper motor Back view of the NEMA 23 24 425 0z-in 1.8 degree step stepper motor View of the label on the nema 23 24 425-oz-in stepper motor
Full view of the 425 oz-in nema 23 24 stepper motor Front view of the nema 23 24 425 oz-in 1.8 degree step stepper motor Back view of the NEMA 23 24 425 0z-in 1.8 degree step stepper motor View of the label on the nema 23 24 425-oz-in stepper motor
Price Options Your Cart
NEMA 24 Stepping Motor (425 oz-in 1/4" dual shaft)
$49.00
Introduction:

This is one of the highest torque NEMA 23 stepper motors for this frame size at 425 oz-in torque. This is perfect for small to medium size CNC Routers.

Description:

This CNC motor is actually considered a NEMA 24 frame sie, but the size is not much difference to the two frame sizes.. This stepping motor has the highest torque that we could find in the NEMA 23 size range.

Wiring: Red and Blue to A+, Yellow and Black to A-, White and Brown to B+ and Orange and Green to B-. Datasheet for wiring and electrical specifications Note: Datasheet contains a discrepancy: the diameter of the shaft is 1/4" or 6.35mm

Related Tutorials
Thumbnail: Disney Research: Printed Optics 3D Printed Optics
I came across a rather interesting idea while checking out Disney's Research Hub: Printed Optics. They seem to be quite interested in fabrication and 3D printing as a good majority of their videos pertain to this type of subject matter. More interestingly, they have devised a way to print objects that embed optical characteristics so that light traverses where they intend to create some very interesting effects.
thumbnail: Cutting and creating a box using the blackTooth laser cutter (from CAD to Product) From CAD to Product using the blackTooth Laser Cutter
Here is the complete process (overview) on how to create create a box with using the box joint (finger joint) method. The overview will explain the process of drawing the sides of the box in CAD, applying the machining operations in CAM and finally cutting the parts with the blackTooth laser cutter and engraver.
thumbnail: electronic-ink Printable Electronics
Two recent developments are getting us very close to printing electronics, one using inkjet printers to print conductive material for electronics and photonics and another, a conductive ink to create flexible electronics for books, displays and wearables.
Join Our Monthly Email List
Creative Commons License
This work is licensed under a Creative Commons Attribution-NonCommercial 3.0 Unported License