
NEMA 24 Bipolar 1.8deg 1.1Nm (153oz.in) 1.4A 4.2V 60x60x47mm 4 Wires Stepper Motor
Manufacturer Part Number: 60H047H-1404
Frame Size: 60x60mm
Motor Type: Bipolar Stepper
Step Angle: 1.8 deg
Holding Torque: 1.1Nm(153oz.in)
Rated Current/phase: 1.4A
Rated Voltage: 4.2V
Phase Resistance: 3ohms
Inductance: 8mH ± 20%(1KHz)
Body Length: 47mm
- Fast Delievery
- Quality Assurance
Customization Available
Product Introduction
Technical Parameter
|
Item |
Specifications |
|
Step Angle Accuracy |
±5% |
|
Resistance Accuracy |
±10% |
|
Inductance Accuracy |
±20% |
|
Temperature Rise |
80K Max. |
|
Ambient Temperature |
-20℃~+50℃ |
|
Insulation Resistance |
10OMΩMin.@ 500VDC |
|
Dielectric strength |
One minute@500VAC∙5mA Max. |
|
Shaft Radial Play |
0.06Max.@450g |
|
Shaft Axial Play |
0.08Max.@100g |
Technical Specification
|
Model No. |
Polar |
Rated |
Current/ |
Resistance/ |
Inductance/ |
Holding |
#of |
Rotor |
Weight |
Length |
|
|
V |
A |
Ω |
mH |
oz-in |
kgf · cm |
g·cm2 |
kg |
mm |
|||
|
60H047H-1404 |
Bipolar |
4.2 |
1.4 |
3 |
8 |
153 |
11 |
4 |
300 |
0.6 |
47 |

Pull Out Torque Curve

FAQ
Q: What are the characteristics of NEMA 24 stepper motor?
A: 1. Small in size;
2. Low noise;
3. The structure is simple, convenient, and easy to maintain;
4. Long service life;
5. High precision, sturdiness, and durability.
Q: Can I use a NEMA 24 stepper motor for 3D printing?
A: Yes, you can use a NEMA 24 stepper motor for 3D printing, but it's less common than smaller stepper motors like NEMA 17 or NEMA 23. NEMA 24 motors provide higher torque, which can be advantageous for larger and heavier 3D printers. However, their physical size may not be suitable for all 3D printer designs, so it depends on the specific printer's requirements and design.
Q: How can I get to your factory?
A: Our factory is near Shanghai Hongqiao Airport. We can pick you up at the airport.
Q: What is the impact of voltage and current on stepper motor performance?
A: Voltage and current have a significant impact on the performance of a stepper motor. Let's explore their effects. Supplying too low a voltage or current may result in reduced torque, limited speed, and possible missed steps. Conversely, excessively high voltage or current can lead to increased heat, reduced motor lifespan, and potential damage to the motor or driver.
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