DLM-0867 Automatic Computer-Controlled Coil Winding Machine
Function:
This state-of-the-art machine is meticulously crafted for precision and efficiency, making it perfect for outer rotor system ceiling fan stator winding. Experience unparalleled productivity with its dual heads that operate independently, maximizing efficiency.
Feature:
1. Experience groundbreaking time efficiency with our automatic computer control system.
2. Enjoy unparalleled accuracy with our precision shift structure driven by a Step motor and Encoder.
3. Benefit from the latest technological advancements with our microcomputer single crystal slice module.
4. Navigate with ease using our user-friendly interface, which offers comprehensive functionality for straightforward maintenance.
5. The innovative shift structure, powered by a Step Motor and Encoder, ensures swift and precise movements.
6. Enhance your workflow effortlessly with the plane auxiliary switch, greatly boosting operational efficiency.
7. The finished product count function streamlines your production management process.
8. Enhance productivity with the capability to wind two stators at the same time.
10. Easily adjust to accommodate varying stator heights, ensuring adaptability.
11. Simplified program settings allow for easy modifications to the stator pole numbers.
12. Seamlessly maintain workflow with a 99-step program memory system.
Application Scope:
Perfectly suited for a range of Fan Motor Series applications, delivering versatility and performance.
Specification:
Wire Size: 0.12-0.4mm
Stator OD: 120-160mm
Stator Height: 10-30mm
Number of Poles: 8-18 poles
Winding Speed: 0-3600RPM
Coiling Thickness: 8-40mm
Air Pressure: 0.5-0.8Mpa
Input: 220V
Dimension: 1100 x 800 x 1380mm
Weight: 300kg
Specification |
DLM-0867 |
Wire Size |
0.12-0.4mm |
Stator OD |
120-160mm |
Stator Height |
10-30mm |
Number of Poles |
8-18 poles |
Winding Speed |
0-3600RPM |
Coiling thickness |
8mm-40mm |
Air Pressure |
0.5-0.8Mpa |
Input |
220V |
Dimension |
1100mm x 800mm x 1380mm |
Weight |
300kg |