The capacitor frequency designed as high as 30khz, 40khz, 50khz, even 300khz, to meet the ultra-high induction heating machine needs.
Custom Induction Heating and Melting Capacitors are available for Medium frequency induction furnaces. Discover high efficiency induction furnace capacitors for wholesale from flair electronics. Ensure optimal performance and durability for your induction heating applications. Choose induction furnace capacitors ranged from 500hz to 300Khz.
Medium frequency water-cooled capacitors designed for tuning induction melting furnace and heating circuits.
We provide with technical support involves a cost-effective and timely solution for mechanical and electrical.
We are specialized in manufacturing capacitor for high frequency heating applications, IGBT Medium Frequency Induction Electric Melting Furnace for Melting Gold Iron Steel Copper Aluminium Brass.
Rated Voltage: Max 6KVAC
Rated capacity: Max 15000Kvar
Rated frequency: Max 10Khz
Custom design is available
High power capacitor made for induction heating equipment and melting furnaces.
Water-cooled capacitor are in high demand, particularly for induction heating plants where the frequency of the current supply is above 50 cycles/second, the adoption of water-cooled capacitors will save cost for capacitor bank for power factor correction and reduce the occupy space.
Compare with conventional melting furnace, the inductive melting technology make the melting work easier than ever, it’s popular used in forging, tempering and melting of metals. The benefits include high efficiency, fast heating speed, controllable heating temperature and melting quality, pleasant working enviroment, guranteed occupational safety,enviroment friendly etc. And the inductive melting achieves higher smelting quality in terms of controllable operation. The Induction technoloy is suitable for bulk casting production in grey iron foundries since it can handle high output and large capacities.
Water cooled induction heating capacitors
Power Capacitors designed for Induction Melting System usually with cooling design to decrease the generated heat during the operation of the induction power system.
Self-cooling method: Cooling is obtained by natural air circulation
Forced-ventilation method: Cooling is obtained by ventilators/fans
Water-cooled method: The capacitor will be desigend with built-in cooling water tubes for cooling down the capacitor.