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Features:
- This module is a finished module of high voltage negative-ion generator.
- It can output high voltage pulse current, small size and high efficiency.
- The input voltage is DC3.6V/4.8V/6V/12V and will output DC3kV-11kV high voltage.
- It can be used for fogger, electric gun salute, gas stove, etc.
- The peripheral circuit is simple, simply connect to switch and battery, and the discharge is great.
Specifications:
Input Voltage: 3.6 V, 4.8 V, 6 V, 12 V DC
Output Voltage: 3 kV~11 kV DC
Arc Distance: 10 mm
Working Current: 1000 mA
Input Wire Diameter: 2±0.03 mm
Output Wire Diameter: 6.8±0.03 mm(Live); 2.2±0.03 mm(GND)
Input Wire Length: 200 mm
Output Wire Length: 270 mm(GND); 380 mm(Live)
Input Wire Color: Red(positive), White(negative)
Package Includes:
1 x High Voltage Generator
Richard Raines
Reviewed in the United States on March 5, 2023
There is plenty of ark at 6 volts and only about 300ma . I like it very good buy .
Purchaser
Reviewed in the United States on March 19, 2022
This unit would not arc below 12 volt input and then the arc was intermittent and feeble with 1/2" arc gap.And then it failed completely.
Catfish4563
Reviewed in the United States on January 27, 2022
First off this can be very dangerous – if you have never worked HV before then be VERY cautious it can kill you!!I am making some biting fly zappers for camping that will run off a USB battery packs. Here is what I have found out – I do not have a HV probe so my evaluations are from ARC/spark intensity and distance.The module needs at least 250 to 300 ma of current to turn on and start outputting. I determined this by using limiting resistors on the positive input lead. I used a 12V supply with a 50 Ohm resistor and the module would not start reliably even though the reading at the module itself was at 12V (indicates no current) and if it did turn on it had a week arc. Any resistance in the input wires will affect the output.Testing setup – grid = 20 parallel wires 3/8 inch apart. Using wet tip of paper towel to identify arc strength and distance.3.5 to 4 volts the circuit will not start reliably (3 AA battery pack, small 26 ga wire), if it starts the ARC is about a 1/16 inch and weak. If shorted with wet towel the circuit would stop and may or may not start again.4.5v from 2A voltage regulator with 18 ga wire, starts every time, arc is moderate, about a 1/4 inch. Grid can be shorted with paper towel with no real sizzle but charges back up immediately.USB 5v 13000 ma battery pack with 22 ga wire, starts every time, arc is moderate, and about 1/4 inch. Grid can be shorted with paper towel with a little sizzle and charges back up immediately. I made a HV capacitor that gives it a good zap kick without increasing voltage. Should work, its winter now so I have to wait for the flies. The circuit stayed on 18 Hrs on the 13000 mah battery with no bugs being zapped may change once a zapping load gets put on it.Now things get interesting - Highly dangerous6v to 6.5V from 2A voltage regulator with 18 ga wire, starts every time with random strong arcs across the 3/8 grid, would reach out to the wet paper towel at about 1/4 inch away with continuous arcs through the wet paper towel, strong sizzle if I the short paper towel to grid.7v to 8v from 2A voltage regulator, continuous strong arcs on 3/8 inch grid and will leave burn marks on the wet paper towel if shorted. I did not test it at higher voltages as I don’t know the durability of unit if continuously arcing at full load.3/8 inch is about 1cm which should take about 30,000 Volts to arc. My module does that easily with a 7V input.
Speltwrong
Reviewed in the United States on May 12, 2021
Works very well even with a 9v battery
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