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INDUCTION HEATING MODULE: This product has a maximum power of 1800W, adopts a super PCB layout design and super heat sink, and the heat dissipation effect is good. Using large and large power supply of the heat sink to dissipate heat better
EFFICIENT HEAT DISSIPATION: The heating plate is made of grade PCB, and the performance is stable. Because of the cooling fan interface, it can also do Tesla discharge, generator voltage inversion, etc
MAXIMUM POWER: The induction heating circuit uses a 12-48V low-voltage DC power supply with a maximum current of 40A and a maximum power of 1800W. It can work continuously under good heat dissipation
MORE FEATURES: Moderate power which makes it can be used to quenching, annealing and other heat treatment. also for melted with graphite crucible/silver/copper/aluminum and so on, heating is evenly and fast
WARM TIPS: The induction heating power is very large, so the heating is normal, and the heat dissipation must be done well. Please do not to heat too large metal, otherwise it may be overloaded
Specification: Input Voltage: 12V 48V (Recommendation: above 36V) Power Requirments: Less than 12V >=10A , More than 15V >=15A Maximum Power: 1800W Maximum Current: 40A Heater Inner Ring: 70mm , 2.8in Size: 18 * 12 * 9 cm , 7.1 * 4.7 * 3.5in Weight: Approx. 1052g Package Included: 1 x PCB Board 1 x Copper Tube Note: 1. When using a switching power supply , make sure that the power supply voltage is stable before connecting to the induction heating circuit. 2. Do not heat metal that is too large or it may be overloaded. Please add a 35A fuse or ammeter. 3. Although this driver board can withstand more than 40A , it is recommended not to exceed 48V 35A to prevent accidents and damage. 4. The minimum input voltage of the module is 12V , the voltage of 12V must be greater than 10A to use the power supply. 5. If you find that the MOS tube is hot , first consider whether the power output meets the requirements. 6. Do not clear the circuit board , otherwise it will emit a very high frequency of noise , and then the MOS tube will burn out. 7. It is recommended to use a 36V 20A power supply. Below 12V is very dangerous.