| Code | SH-0.5T | SH-1T | SH-2T | SH-3T | SH-5T | SH-10T |
| Max. Loading | 0.5T | 1T | 2T | 3T | 5T | 10T |
| Main axis rotating speed | 0-240r/min | 0-150r/min | 0-90r/min | 0-60r/min | 0-20r/min | 0-10r/min |
| Speed adjusting method | Stepless speed adjust | |||||
| Main axis center height | 850mm | 850mm | 1000mm | 1100mm | 1300mm | 1400mm |
| Max. distance between main axis and end seat | 1200mm | 1500mm | 2000mm | 2500mm | 3000mm | 3500mm |
| End seat moving stroke | 0-600m | 0-750m | 0-1000m | 0-1200m | 0-1500m | 0-1500m |
| Main axis power | 3kw | 4kw | 5.5kw | 7.5kw | 11kw | 15kw |
Adopting an integrated rigid base design for the headstock and tailstock, it has a load capacity of 1,000 kg to over 25 tons. The horizontal layout distributes gravity, avoiding radial runout (â€0.1 mm), ideal for heavy workpieces like transformer high-voltage coils.
Covers winding needs for low-voltage (â€10 kV) and high-voltage (110 kVâ500 kV) coils. Compatible with round wires, flat wires, and transposed conductors via a modular tension system (5â5,000 N).
Servo motor-driven mechanism reaches 0.01 mm precision, ensuring tight turn-to-turn arrangement (gap â€0.1 mm). PLC turn counter accurately controls turns (error â€Â±1 turn).
Touchscreen HMI + PLC supports 30+ sets of process parameters. Links with tension pay-off stands for integrated production, increasing efficiency by 5x compared to manual winding.
Perfectly adapted to core transformer processes. Supports layer winding and pancake winding with spiral forming. Handles 2â4 wire parallel winding with independent tension control.
Noise â€70 dB with transmission efficiency >95%. Features tension deviation alarms, wire breakage detection, and overload protection to keep rejection rates below 0.5%.
Suitable for 10 kV/0.4 kV transformers. Compatible with 0.3â3 mm enameled wires and flat wires. Mass production efficiency 5x higher than manual methods.
Designed for epoxy-cast SCB-series coils. High-precision spacing (error â€0.1 mm) ensures flatness and avoids bubbles during the casting process.