Note ：Please inspect the product and its accessories immediately upon receipt. In case of missing, damaged, or defective parts, contact customer service promptly for free replacement.Tear off the wooden protective film to reveal the transparent box.
Product Introduction This product is a high-performance high-voltage inverter module. It can convert DC 3.7V-6V low-voltage input into tens of thousands of volts DC high-voltage pulses, which is applicable to scientific research experiments, electronic engineering projects, and DIY creations. Based on the Tesla coil principle, the module is designed with minimal peripheral circuits (only a battery and a switch are required), featuring strong discharge intensity and easy generation of visible blue arc effects, which can intuitively display high-voltage discharge .
A professional adjustable high-voltage module designed for DIY science popularization experiments, featuring safety, portability, and stable performance, suitable for scientific research, teaching demonstration, and maker creation scenarios.
Core Selling Points：
1. Dual High-Voltage Output Modes: Supports two selectable output modes—1000KV (adjustable range: 500-1000KV) and 400KV (fixed output: approx. 400KV), which can flexibly meet the requirements of different experimental scenarios and load demands.
2. Professional DIY Assembly Design: Adopts a modular structure, which is suitable for DIY enthusiasts and professionals to assemble independently. It helps to improve practical electronic operation skills and scientific research and innovation capabilities.
3. Multi-Scenario Application: Widely used in high school science popularization experiments (demonstration of electrostatic phenomena and high-voltage discharge principles), high-voltage power supply for electronic instruments (such as negative ion generators, small dust removal equipment), and scientific DIY production, maker projects.
4. Convenient Power Supply Configuration: Equipped with a Type-C interface for direct charging, compatible with lithium batteries and standard chargers, realizing multi-device adaptive power supply and greatly improving the convenience of use in different scenarios.
5. High-Quality and Reliable Performance: Adopts high-grade electronic components and Tesla coil working principle, with compact structure, high energy conversion efficiency, strong durability, and stable operation performance.
1000KV product parameters.
Input voltage: DC3.6-6V red positive, green negative, do not connect, connect will burn the module
Input current: 2A-5A (related to voltage)
High voltage type: pulse high and low voltage integrated type
Output voltage: about 500KV-1000KV (please pay attention to safety when using)
High-voltage poles discharge distance: 10-20mm
Output high voltage line length: about 100mm
Input power line length: about 100mm (red line is positive)
400KV product parameters.
Input voltage: DC3.7V-6V
Note: red positive, green negative, do not connect the reverse, reverse will burn the module
Input current: 0.5A-1A
High voltage type: pulse DC type
Output voltage: about 400KV (please pay attention to safety when using)
High-voltage poles discharge distance: 1.5cm-2cm, start using the first small distance test, such as 1cm, and then slowly grow!
How to use the product:
Module is divided into input and output, red and green line for the input, red line positive level, green line negative level, the other end of the double red thicker high-voltage output, fixed high-voltage line end of the appropriate distance, the input side of the battery can be connected to produce high-voltage arc;
About the input power supply: you can use a single 3.7V lithium batteries, such as 18650 batteries, idle mobile phone batteries (to remove the protective plate, it is recommended that the capacity of 2000mAh or more) or nickel-cadmium/nickel-metal hydride battery packs, lead-acid batteries and so on.
Input voltage: DC3.6-6V red positive, green negative, do not connect, connect will burn the module
Input current: 2A-5A (related to voltage)
High voltage type: pulse high and low voltage integrated type
Output voltage: about 500KV-1000KV (please pay attention to safety when using)
High-voltage poles discharge distance: 10-20mm
Output high voltage line length: about 100mm
Input power line length: about 100mm (red line is positive)
400KV product parameters.
Input voltage: DC3.7V-6V
Note: red positive, green negative, do not connect the reverse, reverse will burn the module
Input current: 0.5A-1A
High voltage type: pulse DC type
Output voltage: about 400KV (please pay attention to safety when using)
High-voltage poles discharge distance: 1.5cm-2cm, start using the first small distance test, such as 1cm, and then slowly grow!
How to use the product:
Module is divided into input and output, red and green line for the input, red line positive level, green line negative level, the other end of the double red thicker high-voltage output, fixed high-voltage line end of the appropriate distance, the input side of the battery can be connected to produce high-voltage arc;
About the input power supply: you can use a single 3.7V lithium batteries, such as 18650 batteries, idle mobile phone batteries (to remove the protective plate, it is recommended that the capacity of 2000mAh or more) or nickel-cadmium/nickel-metal hydride battery packs, lead-acid batteries and so on.
Module use precautions:
1, high-voltage module should avoid high-voltage no-load when energised for use, must be adjusted before energising the high-voltage wire end of the appropriate distance, high-voltage wire arc distance is proportional to the voltage and capacity of the battery used.
2, test the arc distance from short to long experiments, power on is strictly prohibited beyond the longest arc distance, due to high pressure energy can not be released, very easy to damage the module.
3, the power of the module is large, the internal heat dissipation is not suitable, so do not work for a long time, a work of 3-5 seconds.
4, to determine whether the battery capacity can drive the output of maximum power is to measure the battery voltage when pulling the arc. If in 6V or so can output maximum power.
5, small-capacity lithium-ion 1 series for 3.7V, in the state of pulling the arc to measure the voltage has fallen to about 2V, the smaller the capacity of the voltage pull the lower. So it is recommended to use more than 2000MA lithium, the best conditions with more than 4000MA battery.
1000KV/400KV product list:
1, 1000KV/400KV high voltage package * 1
2、Acrylic shell *1 set
3, 18650 battery * 1
4, Charge / discharge control board * 1
5, M3 * 16 screws * 3
6, M3 nut * 8
7, M3 * 6 screw * 3
8、M2*16 screws*3
9、M2 nut*3
10、M3*15 Copper post*2
1, high-voltage module should avoid high-voltage no-load when energised for use, must be adjusted before energising the high-voltage wire end of the appropriate distance, high-voltage wire arc distance is proportional to the voltage and capacity of the battery used.
2, test the arc distance from short to long experiments, power on is strictly prohibited beyond the longest arc distance, due to high pressure energy can not be released, very easy to damage the module.
3, the power of the module is large, the internal heat dissipation is not suitable, so do not work for a long time, a work of 3-5 seconds.
4, to determine whether the battery capacity can drive the output of maximum power is to measure the battery voltage when pulling the arc. If in 6V or so can output maximum power.
5, small-capacity lithium-ion 1 series for 3.7V, in the state of pulling the arc to measure the voltage has fallen to about 2V, the smaller the capacity of the voltage pull the lower. So it is recommended to use more than 2000MA lithium, the best conditions with more than 4000MA battery.
1000KV/400KV product list:
1, 1000KV/400KV high voltage package * 1
2、Acrylic shell *1 set
3, 18650 battery * 1
4, Charge / discharge control board * 1
5, M3 * 16 screws * 3
6, M3 nut * 8
7, M3 * 6 screw * 3
8、M2*16 screws*3
9、M2 nut*3
10、M3*15 Copper post*2
