Tchnical parameter
No. | Model | WF800 |
1 | Wire size | 1.2-4.0mm |
2 | Speed (M/min) | Max1200 |
3 | Coiler dia | 800mm |
4 | Taking-up stand size(mm) | Inside 580x outside 1050x high 1600 |
5 | Taking-up stand capacity | Max 1800 KG |
6 | Coiler motor power | AC15kw |
7 | Spooling motor power | 0.75 kw |
8 | Overall dimensions (LxWxH) | 4.28x3.8x4.55M |
9 | Net weight | About 5000 kg |
Production speed
No. | wire size | WF800 |
1 | 2.6mm | 1000 M/min |
2 | 2.0mm | 1200 M/min |
3 | 1.2mm | 1200 M/min |
Features:
- Automatic wire drum changing.
- Adjustable winding tension.
- High-speed operation up to 1200 M/min.
- Large taking-up stand capacity of 1800 KG.
- Maintenance-free 3-phase AC motor drive.
Functionality: The HH-800 Coiler Machine is designed for high-speed winding of wire sizes ranging from 1.2-4.0mm at a maximum speed of 1200 M/min. It offers automatic non-stop production and wire drum changing, making it suitable for continuous, efficient wire processing.
Ease of Operation: This machine features adjustable winding tightness and a large taking-up capacity, allowing for customized winding tension and large-scale production runs with minimal operator intervention.
Applications: Ideal for cable manufacturing, the HH-800 Coiler Machine is used for winding a variety of wire sizes, making it suitable for producing cables for electrical, automotive, and industrial applications.
Customer Support
1.Lifetime after-sales online consultation service
2.Maintenance, reconstruction and upgrade services of the overall equipment
3.Additional support, such as raw material or accessories supply and suggestions, etc.
Frequently Asked Questions
1.What is the maximum wire size that the HH-800 Coiler Machine can handle?
The HH-800 Coiler Machine can handle wire sizes up to 4.0mm.
What is the maximum production speed of the HH-800 Coiler Machine?
The maximum production speed is 1200 meters per minute.
What is the taking-up stand capacity of the HH-800 Coiler Machine?
The taking-up stand capacity is a maximum of 1800 KG.
Advantages:
- Non-fault payoff for reliable operation.
- High dynamic balance precision for stable running.
- User-friendly with automatic controls.
- High-grade components for durability and performance.