Electro magnetic induction Heating Machine
APPLICATION:
- HEAT FOR DISASSEMBLY & HOT CHARGING
- VESSEL & REACTOR HEATING
- Weld preheating
Main Products:
Induction Heater
Induction heating control board
Induction water heater
Induction hot blast stove
Induction heater coil
Induction Steam Generator
Cabinet type induction heater
An electromagnetic heater is a device that converts electrical energy into heat energy by means of electromagnetic induction. Electromagnetic controller will be 220 v / 380 v, 50/60 hz alternating current (ac) by the rectifier circuit rectifier into direct current (dc), through the control circuit converts direct current (dc) into different frequency voltage, high speed change of high-frequency electric current flows through the coil produces high speed change of alternating magnetic field, When the alternating magnetic field lines in the magnetic field pass through the magnetically permeable metal (iron, cobalt, nickel) material, countless small eddy currents will be generated in the metal body.The metal material itself generates heat at a high speed, thereby achieving the purpose of heating the contents of the metal material barrel
FEATURES
- MODEL:30KW, 40KW, 60KW, 80KW
- HEATING TYPE: INDUCTION HEATING
- FREQUENCY: 10 ~ 30KHZ
- 24 HOUR WORKING, HEATING-HOLDING
- EASY TO OPERATE
- ENERGY SAVING WITH IGBT
- DIFFERENT DESIGN FOR DIFFENT HEATING JOB
| MODEL |
YTDC-30KW |
YTDC- -40KW |
YTDC-60KW |
YTDC-80KW |
| INPUT VOLTAGE |
3 x 380V, 50/60HZ (340 ~ 460V WORKING VOLTAGE) |
| INPUT CURRENT |
45A |
60A |
90A |
120A |
| OUTPUT POWER |
1~30KW |
1~40KW |
1 ~ 60KW |
1~80KW |
| FREQUENCY |
10 ~ 30KHZ |
| COOLING TYPE |
AIR COOLING |
| HEAT TEMPERATURE |
0 ~ 550 °C |
| HEATING CABLE |
50-60 MTER AIR COOLING CABLE |
| WEIGHT |
30kg |
40 kg |
50 kg |
60 kg |
Advantages of electromagnetic Induction heating:
High thermal efficiency: Electromagnetic heating boasts a thermal efficiency of up to 98%, indicating a more effective utilization of energy. Compared to traditional resistance heating methods, it has a higher electro-thermal conversion efficiency. This efficiency helps reduce energy consumption and lower costs.
Fast heating speed: Electromagnetic heating can quickly heat objects to the desired temperature, shortening the heating time and improving production efficiency. This is because electromagnetic heating generates heat directly within the material, resulting in more direct and uniform heating.
Environmentally friendly and energy-saving: Due to its high thermal efficiency, electromagnetic heating reduces energy consumption and emissions of pollutants. Compared to traditional combustion heating methods, electromagnetic heating does not involve combustion, thus eliminating the production of harmful substances and making it more environmentally friendly.
High accuracy in temperature control: Electromagnetic heating offers precise temperature control capabilities, allowing for the adjustment of heating power and time according to needs. This improves production quality and product quality.
Safe and reliable: Electromagnetic heating is a non-contact heating method, eliminating potential safety issues such as fire or electric leakage. Additionally, the absence of an external heating source involving flames or high temperatures makes it safer to use.
Simple maintenance: Electromagnetic heating equipment is simple and easy to maintain, reducing maintenance costs and downtime. At the same time, the lack of mechanical moving parts reduces mechanical wear, extending the equipment's service life.
Strong adaptability: Electromagnetic heating can adapt to different materials and shapes, achieving efficient heating with strong adaptability. This allows it to be widely used in various industrial and daily applications.
Energy conservation: Compared to traditional electric heating methods, electromagnetic heating can save 20%-30%, or even up to 70% of electricity. This is primarily because energy is transmitted through electromagnetic induction, improving energy utilization efficiency.
Stepless power adjustment: Digital electromagnetic heaters can be adjusted within the maximum power range, providing greater flexibility in production
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