Induction melting is a process where heat is generated inside a metal by an alternating electromagnetic field, causing it to melt. This method uses high-frequency alternating current (AC) to create a rapidly changing magnetic field around a coil, which induces eddy currents within the metal. The resistance to these eddy currents generates heat, rapidly melting the metal.
| Microcontroller | Cortex-M0 |
| Display | 16x2 digit backlit LCD |
| Keyboard | 4 Keys(PGM,UP,DN,ENTER) |
| Input | 415Vac, 3Phase, 50Hz. |
| Power | 3kw-100kw |
| Start/Stop | P.B. Switch |
| Temperature | 2000-2400*C |
| Tank Capacitors | Water Cooled |
| Cooling | Water cooling external, with temp. of 20-30*C |
| Water Pressure | 4-8 Bar |
| Water Flow | 10 Ltr/min |
Our induction furnaces are used to melt various types of non-ferrous metals like aluminium, brass, copper, etc. and precious metals including gold, silver, platinum, etc.
Utilising the latest, most advanced and innovative IGBT modules available worldwide, the frequency converter is designed using resonant topology.
In addition to the IR optical pyrometer and thermocouple temperature sensors, the electronic board incorporates an advanced self-tuning thermo regulation algorithm with precise temperature control.
Various frequencies of High Frequency, Medium Frequency, and Low Frequency models are available for a variety of applications
Our current capacity for induction furnaces ranges from 3kW to 100kW.
As a result of accurate coil design, a very high heating efficiency can be achieved, while small magnetic fields promote the stirring of molten metals and thus a high degree of homogeneity of alloys.