Oil immersed power transformer 1600
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Aisite Electric Group has passed CE, TYPE TEST, ISO9001, ROHS, REACH, CQC, GOST and many other authoritative certifications.
ISO 9001 2015
ISO 14001 2015
ISO 45001 2018
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Aisite Electric Group has passed CE, TYPE TEST, ISO9001, ROHS, REACH, CQC, GOST and many other authoritative certifications.
6 pulse high overload medium frequency furnace dedicated transformer
Induction Furnace has coil constructed from heavy copper tubing. It is designed and tuned to the inverter circuit which applies a medium frequency (generally 500 Hz or 1000 Hz) voltage to the Induction coil. The magnetic field produced by the induction coil induces eddy currents in the charge and heats it. Medium frequency is necessary to enhance the rate of heat generation.
12 pulse high overload medium frequency furnace dedicated transformer
Induction Furnace has coil constructed from heavy copper tubing. It is designed and tuned to the inverter circuit which applies a medium frequency (generally 500 Hz or 1000 Hz) voltage to the Induction coil. The magnetic field produced by the induction coil induces eddy currents in the charge and heats it. Medium frequency is necessary to enhance the rate of heat generation.
12 pulse heat sink high overload medium frequency furnace special transformer
Induction Furnace has coil constructed from heavy copper tubing. It is designed and tuned to the inverter circuit which applies a medium frequency (generally 500 Hz or 1000 Hz) voltage to the Induction coil. The magnetic field produced by the induction coil induces eddy currents in the charge and heats it. Medium frequency is necessary to enhance the rate of heat generation.
Induction Furnace Transformers
Induction Furnace has coil constructed from heavy copper tubing. It is designed and tuned to the inverter circuit which applies a medium frequency (generally 500 Hz or 1000 Hz) voltage to the Induction coil. The magnetic field produced by the induction coil induces eddy currents in the charge and heats it. Medium frequency is necessary to enhance the rate of heat generation.