1800W 12V-48V ZVS Low Voltage DC Induction Heater Module PCB Board,Heat Induction Tool for Quenching, Annealing and Other Heat Treatments,DIY High

1800W 12V-48V ZVS Low Voltage DC Induction Heater Module PCB Board,Heat Induction Tool for Quenching, Annealing and Other Heat Treatments,DIY High

Induction Heater Module : The maximum power of this product is 1800W, designed with military grade PCB board layout and equipped with two powerful cooling fans. The high-power power supply that uses a heat sink can better dissipate heat and has excellent heat dissipation performance Good Heat Dissipation Performance : Adopting 2 * super fan radiator for fast heat dissipation and good heat dissipation effect; Adopting PCB board layout design, the working performance is more stable; At the same time, it has a cooling fan interface and can also perform discharge and generator voltage inversion operations Conditions of Use : This induction heater maximum power is 1800W and the maximum current is 40A. When the input voltage is 12V, the current is greater than or equal to 10A, and when it is greater than 15V, the current is greater than 15A; Suggest an input voltage of 36V or higher for faster heating Multiple Application : This induction heater can use be used by DIY players to quench, anneal and other treatments for small parts, and can also be used with graphite crucibles to melt metals such as gold, silver, copper, aluminum, etc Please Attention to : Due to the excessive power and heat generated by the device, please take good measures to dissipate heat and avoid heating too much metal, otherwise it may cause the device to overload; This product requires a self-contained power supply (recommended to use a 36V 20A power supply) The Induction Heater Module peaks at 1800W, with a military-grade PCB and dual cooling fans for superior heat dissipation. It supports up to 40A current and is versatile for DIY heat treatments and metal melting in graphite crucibles. Recommended for use with a 36V+ power supply for efficient heating. Caution: High power requires adequate cooling and metal handling to prevent overload.