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STEPPERONLINE Dual Shaft Nema 17 Stepper Motor 1.8deg 26ncm/37oz.in 12v 0.4a 42x42x34mm 4-Wire

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$17.26

$ 7 .99 $7.99

In Stock

About this item

  • Double Shaft
  • NEMA-17 bipolar 34mm 4-wire
  • 1.8° step angle(200 steps/rev)
  • Rated current 0.4A & resistance 30ohms
  • 26Ncm(36.8oz.in) holding torque


This is bipolar Nema 17 stepper motor with 1.8° step angle (200 steps/revolution). Each phase draws current 0.4A at 12V, allowing for a holding torque of 26Ncm(36.8oz.in). A rear shaft can mount encoder or equals.

Electrical Specification

* Manufacturer Part Number: 17HS13-0404D
* Motor Type: Bipolar Stepper
* Step Angle: 1.8°
* Holding Torque: 26Ncm(36.8oz.in)
* Rated Current/phase: 0.4A
* Phase Resistance: 30ohms
* Recommended Voltage: 12-24V
* Inductance : 37mH±20%(1KHz)

Physical Specification
* Frame Size: 42 x 42mm
* Body Length: 34mm
* Shaft Diameter: Φ5mm
* Front Shaft Length: 20mm
* Rear Shaft Length : 10mm
* D-cut Length: 15mm
* Number of Leads: 4
* Lead Length: 400mm
* Weight : 230g

Connection:

Black(A+), Green(A-), Red(B+), Blue(B-)

Warning:

Make sure the motor connect to a constant current or chopper drive controller before you test motor.
Connecting the motor directly to a power supply will destroy the motor.


Mazin Dajani
2025-08-29 13:22:07
Well crafted works great, I've never had issues with their products
Doug
2025-08-22 13:11:10
The motor runs smooth with good torque at low speeds. I used this with the TMC2208 mounted straight out, driven by Arduino with no UART connection. The higher speeds with 24 volts were limited on this motor to about 250 rpm. At speeds above 50 RPM, the noise level increased (expected).
Tanner
2025-08-19 14:28:58
I've dealt with Stepperonline a few times and have always found them to be a premium product at a fair price.
Speedy
2025-08-06 16:14:16
Skips steps or locks up at anything above slow speed(75rpm). Wish I could return this stupid thing, but I missed the window by two days.
Uche Ogbuji
2025-06-06 16:36:43
this motor has the same issue reported in many other reviews, it gains a horrible vibration above slow speeds. I was going to write it off, until I learned more about how stepper motors are assembled.If you're willing to also get a sacrificial motor (34mm long, 200steps/rev) or have some laying around, you can transplant the core of this motor, with it's dual shafts, into a good motor housing. I also replaced the bearings, which are 5x16x5mm. the bearings that were included with the motor seem fine, so I don't think thtat they were the issue, but better safe than sorry. with the core and new bearings in a new 34mm housing, I had the 34mm dual shaft stepper motor I needed, and it runs great.Since I was using bearings and a sacrificial motor I already had, my cost was low, but even with those prices included, I think it will still be one of the cheaper ways to get a dual shaft motor, especially if, like me, you are impatient and want it shipped quickly with prime shipping.
Robert Mustari
2025-05-19 17:07:33
The front shaft is only 20mm long. That's 5mm shorter than any NEMA17 stepper motor I've seen and too short to be used to drive a dual gear extruder on a 3D printer. It also has a short body which means less power/torque.
vishnu
2025-03-29 13:46:09
wonderful description perfectly fits in my project thankyou so much .I recommend people to read the description before they buy
Karl Lew
2025-02-24 18:24:44
sadly, these only go half as fast as my existing steppers from Robotdigg. Guess i will have to return these and just wait longer. These steppers rattle themselves to death at even medium speeds. I even tried lower current, which helped a bit but not much. They do work fine at low speeds, but I really cant use them for anything. And they were so nicely packaged and were delivered quickly.
Tom Haythornthwaite
2025-01-04 11:36:21
The shaft is really short. I am using it for a model railway turntable and once I've added my slip ring and a rotating index pointer there is not much shaft left for the turntable bridge.My Arduino sketch expected to be able to use TX. First, the device is labeled with "TX" in what I call pin postion 5 (I don't know the proper way to identify pins) but the printed card just says "PDN" for both the "TX" and "RX" positions. With a lot of help from ChatGPT I determined that there is no "TX" at all.