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FEATURES:
By churning the molten alloy at a medium frequency, alloys are produced with a high degree of homogeneity.
Industry-leading ARM-7 microcontroller controls the furnace.
Touch screen 7-inch colour TFT for user-friendly access.
Temperature of melting that is programmable (by touch screen)
Power that may be programmed using a touch screen
Display of automatic fault detections.
a higher power factor.
quick melting
A INDUCTION MELTING FURNACE IS WHAT?
An electrical furnace called an induction melting furnace heats a charge by inducing an electric current within it, without having direct contact with the induction coil.
An induction furnace is made up of water-cooled hollow copper tubes that can be assembled in various configurations depending on the application; the melting industry often uses copper coils that are cylindrical in shape. According to the Lenz law, a reversing magnetic field is produced when a high frequency alternating current is fed through this copper coil. Any conductor (charge to be melted) placed in this magnetic field induces an internal circular current known as an Eddy Current. The primary coil and secondary coil are the two coils that make up an induction generator.
The primary coil absorbs current at high voltage, low ampere, and set frequency. The secondary coil changes this current into low voltage, high ampere, and high frequency current, which is then supplied to the copper coil mentioned in the preceding sentence.
HOW DOES INDUCTION-BASED HEATING OCCUR?
Induction furnace heating is caused by two main factors, namely
Due to the charge's restivity to the induced electric current, eddy current heating causes ohmic heating or joule heating.
Hysteric Heating: The alternating magnetic field produced by the coil changes the magnetic polarity of the charge, which results in heating (energy) within the charge.
The primary coil and secondary coil are the two coils that make up an induction generator. The primary coil absorbs current at high voltage, low ampere, and set frequency. The secondary coil changes this current into low voltage, high ampere, and high frequency current, which is then supplied to the copper coil mentioned in the preceding sentence.
HOW DOES INDUCTION-BASED HEATING OCCUR?
Induction furnace heating is caused by two main factors, namely
Due to the charge's restivity to the induced electric current, eddy current heating causes ohmic heating or joule heating.
Hysteric Heating: The alternating magnetic field produced by the coil changes the magnetic polarity of the charge, which results in heating (energy) within the charge.Non conductive material industry can also use induction furnace if combined with conductive crucible.
By churning the molten alloy at a medium frequency, alloys are produced with a high degree of homogeneity.
Industry-leading ARM-7 microcontroller controls the furnace.
Touch screen 7-inch colour TFT for user-friendly access.
Temperature of melting that is programmable (by touch screen)
Power that may be programmed using a touch screen
Display of automatic fault detections.
a higher power factor.
quick melting
A INDUCTION MELTING FURNACE IS WHAT?
An electrical furnace called an induction melting furnace heats a charge by inducing an electric current within it, without having direct contact with the induction coil.
An induction furnace is made up of water-cooled hollow copper tubes that can be assembled in various configurations depending on the application; the melting industry often uses copper coils that are cylindrical in shape. According to the Lenz law, a reversing magnetic field is produced when a high frequency alternating current is fed through this copper coil. Any conductor (charge to be melted) placed in this magnetic field induces an internal circular current known as an Eddy Current. The primary coil and secondary coil are the two coils that make up an induction generator.
The primary coil absorbs current at high voltage, low ampere, and set frequency. The secondary coil changes this current into low voltage, high ampere, and high frequency current, which is then supplied to the copper coil mentioned in the preceding sentence.
HOW DOES INDUCTION-BASED HEATING OCCUR?
Induction furnace heating is caused by two main factors, namely
Due to the charge's restivity to the induced electric current, eddy current heating causes ohmic heating or joule heating.
Hysteric Heating: The alternating magnetic field produced by the coil changes the magnetic polarity of the charge, which results in heating (energy) within the charge.
The primary coil and secondary coil are the two coils that make up an induction generator. The primary coil absorbs current at high voltage, low ampere, and set frequency. The secondary coil changes this current into low voltage, high ampere, and high frequency current, which is then supplied to the copper coil mentioned in the preceding sentence.
HOW DOES INDUCTION-BASED HEATING OCCUR?
Induction furnace heating is caused by two main factors, namely
Due to the charge's restivity to the induced electric current, eddy current heating causes ohmic heating or joule heating.
Hysteric Heating: The alternating magnetic field produced by the coil changes the magnetic polarity of the charge, which results in heating (energy) within the charge.Non conductive material industry can also use induction furnace if combined with conductive crucible.