Induction heating technology
And now in a little more details
Induction heating is a modern technology suitable for heating a conductive material (usually metal) by eddy currents induced in it by an electromagnetic field. It is a non-contact method of heating materials that absorb energy from an alternating magnetic field generated by an induction work coil.
The actual working part of the device is the coil or inductor and this is where the energy is transferred from the power unit and the working head to the heated material.
The basic source of energy is the alternating current from the mains (50 Hz), which is adjusted in the power supply – inverter to the desired frequency of induction heating between 10 – 400 kHz. Lower frequencies are used for large objects for deeper magnetic penetration, higher frequencies for thin-walled and small objects.
Induction heating is used to heat various materials and shapes before or after welding, straightening steel profiles, soldering, annealing and melting metal materials in various industrial and repair applications.
The main advantages are the energy savings, as the material is heated only directly at the heating point without significant thermal influence on the surrounding environment. The work and operation is very simple compared to other conventional flame heating methods.
Advantages of DAWELLING over conventional flame heating
- Significantly lower operating costs
- Heating accuracy and speed
- Controlled heating process and easy power control
- Reduces the risk of unwanted ambient heat
- Increased safety in the workplace, lower insurance costs
- Environmental friendly
- Does not oxidize the workpiece surface during heating
- Quick and easy to use - PLUG & PLAY
- Compact, small size and high mobility
- Very quiet operation
- Minimises pollution in the workplace
- No operator certification required
- No need for special operator protection
- Can be used in automated plants