High Power Electromagnetic Heating System
Rated power: 100-240kw
Rated voltage and frequency: 380V
Voltage adaptation range: 380V ± 20%
Applicable ambient temperature: - 20 ~ 40 ℃
Applicable ambient humidity: ≤ 95%
Power regulation range: 20 ~ 100%
Heat conversion efficiency: ≥ 99%
Effective power: 100kw-240kw
Operating frequency: 5 ~ 40KHz
Work Environment
Jiangxin electromagnetic heating furnace all digital hydropower isolation induction heating system adopts unique double-sided, three-dimensional and all-round heating, which is not easy to produce dirt during use and magnetize to purify water quality. Increase the heat. It adopts modern humanized touch screen design, microcomputer intelligent full-automatic control, built-in antifreeze, anti overtemperature and anti dry burning protection functions, which can directly cycle the radiator or use low valley electric heating.
Matters Needing Attention
Electromagnetic heating furnace is an important way to realize national low-carbon heating! In the environment of advocating "low carbon" all over the world, low carbon will also become the trend of heating in China in the future. In electric heating furnaces, most of them use resistance heating, while resistance heating has the advantages of low heating efficiency, slow heating, high failure rate and painful user account. So there is an electromagnetic heating furnace. Jiangxin electromagnetic heating furnace will usher in an exciting period of development opportunities in the future. Electromagnetic heating equipment electromagnetic heating furnace is mainly composed of electromagnetic heating controller, coil and heating water pipe. The heating core adopts cylindrical hydropower separation structure. When the normal municipal power supply enters the equipment, the output part of the electromagnetic heating controller is converted to 10khz-20khz high-frequency induced current. When the high-frequency induced current is wound around the metal body, a high-frequency magnetic field is generated inside. Using the role of magnetic line of force cutting, the iron pipe wound around the coil will produce eddy current effect and Joule heat. So as to achieve the purpose of rapid heating. During the heating process, the water in the water heater is fully magnetized, not easy to scale, and there is no need to remove alkali regularly, which greatly increases the service life of the electromagnetic heating furnace. It can replace the traditional generation coal burning and resistance heating equipment.
Electromagnetic heating furnace is an important way to realize national low-carbon heating! In the environment of advocating "low carbon", low carbon will also become the trend of heating in China in the future. In electric heating furnaces, most of them use resistance heating, while resistance heating has the advantages of low heating efficiency, slow heating, high failure rate and painful user account. So there is an electromagnetic heating furnace. Jiangxin electromagnetic heating furnace is a low-carbon yearner of electric heating furnace, and will usher in an exciting period of development opportunities in the future. Electromagnetic heating equipment electromagnetic heating furnace is mainly composed of electromagnetic heating controller, coil and heating water pipe. The heating core adopts cylindrical hydropower separation structure. When the normal municipal power supply enters the equipment, the output part of the electromagnetic heating controller is converted to 10khz-20khz high-frequency induced current. When the high-frequency induced current is wound around the metal body, a high-frequency magnetic field is generated inside. Using the role of magnetic line of force cutting, the iron pipe wound around the coil will produce eddy current effect and Joule heat. So as to achieve the purpose of rapid heating. During the heating process, the water in the water heater is fully magnetized, not easy to scale, and there is no need to remove alkali regularly, which greatly increases the service life of the electromagnetic heating furnace. It can replace the traditional generation coal burning and resistance heating equipment.
