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| Code | SHRX-1 |
| Suitable Transformer Capacity | 30~1250kVA |
| Winding Method | Horizontal type |
| Up and Down Distance | 200MM |
| Front and Back Max Distance | 250MM |
| Drive Gear Revolving Speed | 0-300r/min |
| Control System | PLC, Touch screen |
| Code | SHRX-2 |
| Suitable Transformer Capacity | 30-630KVA |
| Winding Method | Horizontal type |
| Front and Back Max Distance | 500MM |
| Drive Gear Revolving Speed | 0-300r/min |
| Control System | Touch screen |
Boasts ±0.01mm winding accuracy, ensuring uniform coil arrangement. It effectively reduces core loss and improves the qualification rate of finished products.
30% more efficient than traditional winding machines. Equipped with automatic feeding and tension control to shorten production cycles.
Flexibly accommodates 3D wound cores of different sizes. No need for frequent mold replacement, suitable for small-batch production.
Constructed with high-strength steel to resist vibration. Intelligent fault alarm function reduces downtime and maintenance costs.
Comes with a touch-screen control interface and pre-set parameters. New operators can master it quickly, reducing training costs.
Used in medium/low-voltage distribution transformers. Precisely winds copper/aluminum wires on 3D wound cores to reduce energy loss (IE2/IE3 standards).
Manufacturing filter, rectifier, and reactor inductors. Adjustable tension ensures stable inductance values for power supply systems.
Production for PV inverters, energy storage transformers, and EV on-board transformers, satisfying high reliability and miniaturization needs.
Catering to high-speed railways, ships, and aerospace. Handles non-standard cores with strict resistance to vibration and high temperatures.
