1. High voltage output: provide AC 10kV-25kV output, stable and reliable ignition effect 2. Low heat design: 12V power supply natural heat dissipation, support for long time continuous work without burnout 3. Dynamic sweeping arc: automatic arc starting without manual arc, convenient and efficient 4. Overheating protection mechanism: MOS overheating automatic protection, effectively prevent high temperature damage to the equipment 5. Compact size design: small circuit board and former, easy to integrate into a variety of equipment Product name: Arc igniter high voltage module Supply voltage: DC 6-15V (recommended 3S battery power or 12V switching power supply) Input Current: Maximum 5A Maximum power: 70W (15V power supply, 12V power supply about 45W) Output voltage: AC 10kV-25kV Protection mechanism: MOS overheating automatic protection (effective prevention of not paying attention to the high temperature burned driver board) This ignition module using dynamic frequency sweeping automatic arc, without manual arc, supporting former 12V power supply natural heat dissipation can work for a long time, the driver board mos temperature rise rate and ignition electrode distance related to the closer the temperature rises faster, the high-voltage output line should not be too long, such as the need to extend the power supply line can be extended, or former secondary Attention: Due to the higher power, the secondary output of the former (that is, the high-voltage output pin) must be well insulated to prevent the arc in the former high-voltage output pin ignition, resulting in burned and burned off the pin, which is irreversible damage. No insulation can only be powered on momentary test Color: Black Material: PCBandPlasticandMetal Package Contents: 1 x driver board 1 x former 1 x enamelled wire 1 x heat shrink tubing Only the above package content, o Note: Due to the light and screen setting difference, the item's color may be slightly different from the pictures. Please allow slight dimension difference due to different manual measurement.