中频炉与高频炉有什么区别

1、所使用交流电的频率不同：中频炉是一种将工频50HZ交流电转变为中频(300HZ以上至10000HZ)的电源装置;高频炉通常清况下电流频率在一百到五百千赫之间;

2、频率越高，透热能力越低;

3、中频炉有效淬硬深度为2到10毫米，主要的应用范围是要求淬硬层要求较深的零件;高频炉有效淬硬深度为零点五到两毫米之间。

4、可以用中频炉熔炼五千克到六十吨的各种金属;高频感应加热适宜熔炼一到五千克的贵重金属。

5、中频炉体积较大，技术成熟;高频炉体积小，运作快，价格便宜。

中频炉与高频炉虽然都是常用的冶炼设备，但是二者的区别很明显，比如价格、体积、熔炼效率等，都有很大的差异。

What is the difference between an intermediate frequency furnace and a high frequency furnace

1. Frékuénsi arus bolak-balik dipaké béda: tungku frékuénsi panengah mangrupakeun alat catu daya anu ngarobah frékuénsi kakuatan 50HZ arus bolak kana frékuénsi panengah (luhureun 300HZ mun 10000HZ); tungku frékuénsi luhur biasana boga frékuénsi ayeuna tina saratus nepi ka lima ratus kilohertz dina kaayaan jelas. antawis;

2, the higher the frequency, the lower the heat transmission capacity;

3. The effective hardening depth of the intermediate frequency furnace is 2 to 10 mm, and the main application range is parts that require a deeper hardening layer; the effective hardening depth of the high-frequency furnace is between 0.5 and 2 mm.

4. The intermediate frequency furnace can be used to smelt various metals ranging from five kilograms to sixty tons; high-frequency induction heating is suitable for smelting one to five kilograms of precious metals.

5. The intermediate frequency furnace is large in size and the technology is mature; the high frequency furnace is small in size, fast in operation and low in price.

Although both intermediate frequency furnace and high frequency furnace are commonly used smelting equipment, the difference between the two is obvious, such as price, volume, smelting efficiency, etc., are very different.

What is the difference between an intermediate frequency furnace and a high frequency furnace

1. Frékuénsi arus bolak-balik dipaké béda: tungku frékuénsi panengah mangrupakeun alat catu daya anu ngarobah frékuénsi kakuatan 50HZ arus bolak kana frékuénsi panengah (luhureun 300HZ mun 10000HZ); tungku frékuénsi luhur biasana boga frékuénsi ayeuna tina saratus nepi ka lima ratus kilohertz dina kaayaan jelas. antawis;

2, the higher the frequency, the lower the heat transmission capacity;

3. The effective hardening depth of the intermediate frequency furnace is 2 to 10 mm, and the main application range is parts that require a deeper hardening layer; the effective hardening depth of the high-frequency furnace is between 0.5 and 2 mm.

4. The intermediate frequency furnace can be used to smelt various metals ranging from five kilograms to sixty tons; high-frequency induction heating is suitable for smelting one to five kilograms of precious metals.

5. The intermediate frequency furnace is large in size and the technology is mature; the high frequency furnace is small in size, fast in operation and low in price.

Although both intermediate frequency furnace and high frequency furnace are commonly used smelting equipment, the difference between the two is obvious, such as price, volume, smelting efficiency, etc., are very different.