High Frequency Furnace IGBT Module Is Adopted To Save Energy And Power Easy To Move
The principle of high frequency furnace is:
Put the workpiece into the inductor. The inductor is generally a hollow copper tube that inputs medium frequency or high frequency alternating current (1000-300000 Hz or higher). The alternating magnetic field generates induced current of the same frequency in the workpiece. The induced current is uneven in the distribution of the workpiece. It is strong on the surface, but weak in the interior, and close to 0 in the center. By using this skin effect, the surface of the workpiece can be rapidly heated, and the surface temperature will rise to 800-1000 ℃ within a few seconds, while the temperature in the center will rise very little.
Technical Parameters Of High Frequency Furnace:
Serial number |
Product model |
output power |
Oscillation frequency |
output | Cooling water pressure |
water temperature |
1 | WGH-15 | 15Kw | 50-100KHz | 220V | 0.2Mpa | <40℃ |
2 | WGH-25 | 25Kw | 50-100KHz | 380V | 0.2Mpa | <40℃ |
3 | WGH-35 | 35Kw | 50-100KHz | 380V | 0.2Mpa | <40℃ |
4 | WGH-40 | 40Kw | 50-100KHz | 380V | 0.2Mpa | <40℃ |
5 | WGH-60 | 60Kw | 20-80KHz | 380V | 0.2Mpa | <40℃ |
6 | WGH-80 | 80Kw | 20-80KHz | 380V | 0.2Mpa | <40℃ |
7 | WGH-100 | 100Kw | 20-80KHz | 380V | 0.2-0.3Mpa | <40℃ |
8 | WGH-120 | 120Kw | 20-80KHz | 380V | 0.2-0.3Mpa | <40℃ |
9 | WGH-160 | 160Kw | 20-80KHz | 380V | 0.2-0.3Mpa | <41℃ |
10 | WGH-200 | 200Kw | 20-80KHz | 380V | 0.2-0.3Mpa | <42℃ |
Advantages of high frequency furnace:
1. IGBT module is adopted to save energy and power; 30% less power than the electronic tube type and 20% less power than the thyristor medium frequency;
2. Stable performance: complete protection measures, no worries;
3. Fast heating speed: induction heating, no oxide layer, small deformation;
4. Small volume: adopt split structure, light weight, easy to move and install;
5. Environmental protection: no pollution, noise and dust;
6. Strong adaptability: it can heat various workpieces;
7. The temperature and heating time can be precisely controlled, and the processing quality is high.