NEMA 8 Non-Captive Acme Linear Stepper Motor 0.5A 38.2mm Stack Screw Lead 2mm(0.07874") Lead Length 150mm
from
$50.59
10 or more $47.63
100 or more $45.00
- Model: 8N15S0504AC5-150RS
- Weight: 0.17kg
Available Options
Request a Quote or Ask a Question
Custom Design Options
You can select from the customization options listed below.
This is integrated with a 3.5mm(0.1378") diameter, 150mm(5.906") lead screw length and the linear travel is 2mm(0.07874") per revolution. This model is a Nema 8 Non-Captive screw linear stepper motor with a 38.2mm body length, 1.8 degree step angle and 0.5A rated current. It has the characteristics of high performance, long life, low noise and high efficiency.
Electrical Specification
- Manufacturer Part Number: 8N15S0504AC5-150RS
- Motor Type: Non-Captive
- Step Angle: 1.8°
- Holding Torque: 0.02Nm(2.83oz.in)
- Rated Current/phase: 0.5A
- Phase Resistance: 12.5ohms
- Inductance: 4.5mH±20%(1KHz)
Physical Specification
- Frame Size: 20 x 20mm
- Body Length: 38.2mm
- Lead Screw Length: 150mm(5.906")
- Lead Screw Diameter: Φ3.5mm(0.1378")
- Lead/Step: 0.01mm(0.0003937")
- Lead Travel/Revolution: 2mm(0.07874")
- Number of Leads: 4
- Number of Thread Starts: 2
- Cable Length: 300mm
Connection
A+ |
A- |
B+ |
B- |
Red |
Red/White |
Green |
Green/White |
● How to order a custom linear motor? Custom Linear Stepper Motor
● If you only have the old part number, get the new one here Show Details
● How we named linear motor? Part Number Construction
| Physical Specification | |
| No. of Lead | 4 |
| Lead Length(mm) | 300 |
| Linear Motor Type | Non-Captive |
| Lead Travel/Revolution(mm) | 2 |
| Lead Travel/Step(mm) | 0.01 |
| Lead Screw Length(mm) | 150 |
| Lead Screw Diameter(mm) | 3.5 |
| Frame Size(mm) | Nema 08 (20 x 20) |
| Body Length(mm) | 38.2 |
| Inventory Method | Dedicated Inventory |
| IP Rating | 40 |
| Electrical Specification | |
| Rated Current(A) | 0.5 |
| Bipolar/Unipolar | Bipolar |
| Step Angle(deg.) | 1.8 |
| Phase Resistance(ohms) | 12.5 |
| Inductance(mH) | 4.5 |
| Has Torque/Thrust Curve? | No |