800 m/min PRO-14DT Copper Wire Drawing Machine with Inline Continuous Annealer

Product main usage and applying scope:

• Main usage: The machine is mainly use for copper line continuously drawing, anneal and pre-heat process, it also can be used for drawing aluminum line with similar diameter.
• Applying scope: Maximum line in diameter φ1.6mm (soft copper line)

Product working environment and condition

1. Working environment

Height above sea level less than 1000m.

Environment temperature 1040

Comparative environment temperature less than 85% (25)

2. Working condition:

(1) Working voltage: 380V 50Hz

(2) Maximum gas consumption: 0.3 cubic meter/minute

Main technique parameter:

1. Line in diameter: φ1.6mm

2. Line out diameter:φ0.68mm

3. Maximum anneal speed: 1200m/min

4. Anneal wheel diameter: φ200mm

5. Anneal type: DC three step anneal

6. Max. dies number: 14 (Customer self provided)

7. Dies outer diameter: 25mm ×thickness8mm or 12mm

8. Mechanism surface reduce rate:

From No.1 to No.13 15%

No.14 8%

9. Drive motor: 18.5KW-4P AC motor and 18.5KW transducer

10. Reeling motor: 5.5KW-4P AC motor and 5.5KW transducer

11. Max. anneal current: 600A

12. Max. anneal voltage: DC50V

13. Cooling water tank capacity: 225L

14. Consumption amount of compressed air: 225L

15. Pressure of the compressed air: 0.4 Mpa

16. Steam consumption (taking care by customer): 2kg/h

17. Steam pressure: 0.2-0.3Mpa

18. Machine dimension(mm): 2798L×1600W×1780H

19. Machine total weight (kg): 3000

20. Capacity :260KGS/hour

Structure and principle of the machine

The machine is a three-step anneal device, the three contact wheels constitutes the pre-heat section, the anneal section and the dry-up section. The strap wheel which on the speed control wheel rear shaft drive the three contact wheel on the anneal device through the strap to keep the contact wheel has certain percentage synchronization in relation with the line drawing machine. Connect the positive pole and cathode to upper and lower anneal wheel, use the heat generated by current flow inside the copper line when contact with the contact wheel to achieve the purpose of preheat, anneal and dry-up.