water tank wire drawbench

 LT23-25/288 water tank wire drawmachine（Heavy Duty Water Wire Drawing Machine）Steel Wire Wet-drawing Machine Heavy Duty Water Wire Drawing Machine Steel Wire Wet-drawing Machine Water Tank Wire Drawbench

water tank wire drawbench  water tank wire drawbench,CO2 welding wire drawing machine,stainlesss steel wire drawing machinery.

(1) Main technical parameters of water tank wire drawbench:

1. Maximum incoming line strength: ≤ 1400Mpa;

2. Drawing passes: 23, 25;

3. Maximum incoming wire diameter: 1mm;

4. Minimum outlet diameter: 0.1-0.12mm;

5. Maximum drawing speed: 15m/s;

6. Average pass compression ratio: 14%;

7. Motor power: 15-18.5kw.

(2) Equipment composition for wet wire drawing machinewater tank wire drawbench water tank wire drawbench

1. The frame is formed by welding section steel, and the tank body is formed by welding stainless steel plate;

2. The tower wheel is made of 45 steel, the working surface is sprayed with tungsten carbide powder (WC), the surface hardness is ＞ HRC60, the surface finish is 0.4Ra, and the service life is more than two years;

3. The machine coefficient is large in the front and small in the rear, which is conducive to improving production efficiency and continuous production;

4. Both the mold base and the mold base have angles, and the steel wire is always in a straight line during drawing, which is conducive to improving the quality and not easy to break the wire;

5. Tower wheel and mold are cooled by immersion in self circulating lubricating coolant;

6. The transmission mode is driven by synchronous belt to eliminate oil leakage and reduce noise;

7. The main bearings are made of NSK brand from Japan, and the motors are frequency conversion motors;

8. The finished product mold is installed in the mold base that can adjust the angle, which is conducive to the alignment of the finished product reel and the adjustment of the product ring diameter;

9. Box overturning force ≤ 200N;

Due to the fact that the stability of the system largely depends on the role of PID, it is necessary to comprehensively consider the setting of its parameters, including low speed, high speed, rising speed, and falling speed. In addition, differential restriction needs to be involved in this system. After optimizing the parameter values of this system, the speed of 600 m/min during equipment debugging was very stable, completely solving the problem of instability of the original synchronous board at high speeds (only able to drive up to 300 m/min). The wire drawing machine equipment has been tested under various working conditions, and its performance is the same as that of imported DC drives. The equipment efficiency is 90-95%, and the power saving rate is about 40%. Moreover, the electrical equipment configuration in this system is simple, with clear logic, and significantly reduced costs compared to the original. It is indeed a very excellent cost-effectiveness.