DSW-FM1204B Fan Motor Stator Winding Machine
DSW-FM1204B
Applications
The DETZO DSW-FM1204B is a high-speed winding system for fan motor stators with a maximum outer diameter of 40mm. Designed for the mass production of cooling fans and miniature blowers, it utilizes advanced servo technology to ensure stable filling within confined slots. Its compact design and intuitive interface provide an ideal solution for balancing high productivity with quality stability in the micro-motor market.
Stator max. O.D. : 40mm
Feature
Advanced Automated Winding Solution: Integrating Keyence systems with AC servo technology for extreme precision. Designed for high-torque stability and intelligent manufacturing, ensuring superior winding quality with minimal maintenance overhead.
Precision Control: Keyence system & AC servo drive for exact positioning and stable high-torque rotation.
Intuitive Interface: 10" HMI featuring conversational dialogue mode for simple and efficient program editing.
Quality Assurance: High-precision tensioner system guarantees consistent and reliable winding quality.
Full Automation: Automated pin wrapping and residual wire removal eliminate waste and manual intervention.
Secure Management: Hierarchical password protection prevents unauthorized changes to ensure process integrity.
Versatile Storage: 120-set program memory enables rapid switching between different winding styles.
Technical Specifications
No. of Spindle
4 Spindles (120mm pitch)
Max. Speed
6000rpm (CW/CCW)
Wire Diameter
Ø0.10 ~ Ø0.35mm
Control System
PLC 4-axis control
| Axis Travel | X: 110mm / Z: 61mm / S: 360° | Positioning Accuracy | Disp.: 0.01mm / Angle: ±0.5° |
|---|---|---|---|
| Stator O.D. | Max. 40mm | Stator Height | 5~30mm (Incl. Insulator) |
| Power Supply | 3Φ 220Vac | 50~60Hz ±1% | Air Requirement | 0.4~0.6Mpa |
| Power Consumption | 3.5kW | Data Storage | Memory Card |
| Machine Weight | 450kg ±10 | Machine Dimensions | 1,600(L) x 700(W) x 1,550(H) mm |
Optional Accessories
CE Certification
Safety Guard
Wire Breakage Detection
Tailstock mechanism
Dual-Stage Tension Switching