<p>This is a NEMA 17 motor. It is virtually identical to the NEMA 17 motors Creality uses in most of their 12V products.</p>

<p>In contrast to other companies, Creality uses a different connector with a flat ribbon cable instead of color-coded wires.</p>

<p>The upper line of the label identifies it more clearly: </p>

<ul>
<li>JD Identifies the factory/manufacturer</li>
<li>42 identifies the faceplate size as 42mm square, so a NEMA17</li>
<li>HS identifies how the holes are shaped</li>
<li>60 is the height of the motor as 60 mm.</li>
<li>1500 identifies how much power is OK for it, here: 1500mA = 1.5A</li>
<li>A specifies our motor has a maximum safe temperature of 104°C</li>
<li>- gives us no voltage for this motor, but as you have a CR10, it should be 12V</li>
<li>02F is supposed to tell us something about the wiring and steps per rotation, but I can't find out what.</li>
</ul>

<p>Side Note: the Creality Ender3 uses 34mm high stepper motors.</p>

CC BY-SA 4.0
2020-08-09T18:58:40.373Z
Would a voltage rating be relevant ("gives us no voltage for this motor")? I thought that for magnetism it is the current which matters.
Andrew Morton
CC BY-SA 4.0
2020-08-09T20:35:06.697Z
@Andrew, yes current matters in magnetism. Any voltage specified on the datasheets is "Tested at" voltages.
user77232
CC BY-SA 4.0
2020-08-10T08:36:09.440Z
@AndrewMorton operation voltage *does* matter. If you run a machine designed for 12V with 24V you burn it out. If you run it at 6V, you might not operate it at all.
Trish
CC BY-SA 4.0
2018-12-18T06:17:28.020Z
2018-12-18T18:58:51.187Z
2018-12-18T18:58:51.187Z
Trish
<p>I need to replace this stepper motor with the following product identification:</p>

<p><img src="https://i.sstatic.net/tquMx.jpg" alt="Y-axis stepper for the CR10-S5"></p>

<p>It’s a Y-axis for CR10-S5 and labeled as JD42HS60-1500A-02F. What type of stepper motor is this?</p>

CC BY-SA 4.0
2018-12-18T07:04:30.113Z
Hi Peter, and welcome to 3D Printing.SE!
0scar
CC BY-SA 4.0
2019-07-13T18:10:14.340Z
I have found the motor in Ebay, check the following link:
https://www.ebay.com/itm/Creality-3D-Two-Phase-42-60-RepRap-60mm-Y-axis-Stepper-Motor-For-CR-10-400-500-3/163335682211?hash=item260790b8a3:g:lE0AAOSwlxxb0kqd
Raul Moreno
<stepper><motor><creality-cr-10><part-identification>
Stepper motor for CR10-S5 Y-axis
Peter Lee
# Stepper motor for CR10-S5 Y-axis

(Asked by: username_0 on 2018-12-18)

I need to replace this stepper motor with the following product identification:

![Y-axis stepper for the CR10-S5](https://i.sstatic.net/tquMx.jpg)

It’s a Y-axis for CR10-S5 and labeled as JD42HS60-1500A-02F. What type of stepper motor is this?

**Tags:** stepper, motor, creality-cr-10, part-identification
> **Comments:**
> **username_1**: Hi Peter, and welcome to 3D Printing.SE!  
> **username_2**: I have found the motor in Ebay, check the following link: https://www.ebay.com/itm/Creality-3D-Two-Phase-42-60-RepRap-60mm-Y-axis-Stepper-Motor-For-CR-10-400-500-3/163335682211?hash=item260790b8a3:g:lE0AAOSwlxxb0kqd  

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## 1 answers

### Answer by username_3 on 2018-12-18. Score: 3

This is a NEMA 17 motor. It is virtually identical to the NEMA 17 motors Creality uses in most of their 12V products.

In contrast to other companies, Creality uses a different connector with a flat ribbon cable instead of color-coded wires.

The upper line of the label identifies it more clearly:

* JD Identifies the factory/manufacturer
* 42 identifies the faceplate size as 42mm square, so a NEMA17
* HS identifies how the holes are shaped
* 60 is the height of the motor as 60 mm.
* 1500 identifies how much power is OK for it, here: 1500mA = 1.5A
* A specifies our motor has a maximum safe temperature of 104°C
* - gives us no voltage for this motor, but as you have a CR10, it should be 12V
* 02F is supposed to tell us something about the wiring and steps per rotation, but I can't find out what.

Side Note: the Creality Ender3 uses 34mm high stepper motors.

> **Comments:**
> **username_4**: Would a voltage rating be relevant ("gives us no voltage for this motor")? I thought that for magnetism it is the current which matters.  
> **username_5**: @Andrew, yes current matters in magnetism. Any voltage specified on the datasheets is "Tested at" voltages.  
> **username_3**: @AndrewMorton operation voltage *does* matter. If you run a machine designed for 12V with 24V you burn it out. If you run it at 6V, you might not operate it at all.  

---

