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High-Frequency Induction Heating Capacitor | China Suppliers & Factory for IGBT Medium Frequency Melting Applications
Rated Voltage
6K VAC
Rated Capacity
15000 Kvar
Rated Frequency
Max 10k Hz
Cooling Types
Water, Air & Self Cooled
Model Type
RFM & RAM All film-type
The application of high-frequency heating where accurate control of temperature for short intervals is fundamentally important. The heating of metals by induction has been widely applied. Flair Electronics is specialized in manufacturing water-cooled type capacitors that are particularly well adapted for using in the tank circuit of electronic heaters used in induction heating. The capacitor is laid built-in water-cooled tubes for temperature control and is housed in a hermetically sealed completely filled nonmagnetic container so constructed as to provide sufficient flexibility to take care of the liquid expansion due to thermal changes.
Frequently Asked Questions
Q1 What is the rated voltage of these capacitors?
The rated voltage of these power capacitors is 6K VAC.
Q2 What is the maximum rated capacity and frequency?
The capacitors feature a rated capacity of 15000 Kvar and can operate at a maximum rated frequency of 10k Hz.
Q3 What cooling methods are available for the RFM and RAM models?
These models are classified into water-cooled, air-cooled, and self-cooled configurations to suit different application environments.
Q4 Where are these water-cooled capacitors typically applied?
They are specifically designed for use in the tank circuits of electronic heaters used in metal induction heating and high-frequency heating applications.
Q5 How do these capacitors handle thermal expansion?
They are housed in a hermetically sealed, completely filled, non-magnetic container designed with sufficient flexibility to accommodate liquid expansion caused by thermal changes.
Q6 How is the temperature controlled in the water-cooled models?
The capacitor is built with integrated water-cooled tubes designed specifically for efficient and precise temperature control.