induction heating


A>>  INDUCTION HEATING FOR REACTORS, DISTILLATION VESSELS 
Mode of heating: Alternating magnetic field in the work coil creates induced current in the work piece, causing heat.

Important parameters to be considered in the design of the induction heating
Coil design
Generator frequency
Applied power density
Advantages
Heat is very controllable
Fast cycle
Excellent heat transfer(heat is produced in the job itself , unlike other modes of heating like thermic fluid boiler, steam boiler etc.)
Induction coil does not add to the thermal mass.
Low maintenance
Highest efficiency of 95% as compared to the other methods of heating
Induction heating can also be used in the flame proof areas, with the required safety aspects taken into consideration.

Note: This is a custom built equipment. However, we can supply induction heating systems from 2 KW to 500 KW ratings.

B>> IMPEDANCE HEATING FOR THE PIPE LINES, PRE-HEATING THE LIQUIDS/
        GASES IN THE PIPELINES/REACTORS/STORAGE TANKS 
Applications:
Heating of high pressure gases,lube oil, fuel oil, chocolate, chemicals, resins and many other speciality products
 

Advantages:

Pipe line becomes the heating element. Hence no heater burnout. No           jacket to the pipe line. Existing pipe line can be used, without any alterations.
Voltages are in the range of 5 V-30volts.Hence safe operation.
Since pipe line is heated, there will be good heat transfer to the materials flowing inside
No hot-spots. Hence ideal for heat sensitive materials
Precise temperature control (SCR control)
Highest efficiency of all modes of pipe line heating


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© Atomic Vacuum Co. (Exports), 2000