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ตัวทำไฟแรงสูงซ๊อต ทำรั้วไฟฟ้าป้องกันผู้บุกรุก 1000kv ทำรั้วไฟฟ้ากันสัตว์เข้าออก
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Super arc 1000KV high voltage generator pulse high voltage module high voltage inverter transformer module
When this module is used, the output pitch should be adjusted first, and the spacing within 1.5CM should be used . The output should not be short-circuited and the maximum arc drawn should not be exceeded. Intermittent work should be performed. It is better not to exceed 5 seconds for each power-on.
High-voltage two-pole discharge distance: within 1.5 cm, start with a small distance test, such as 1 cm, and then slowly increase.
This high-voltage module principle using a Tesla coil made, the output high voltage pulse high-voltage current, small size, high efficiency, a peripheral circuit is simple (just connect the switch to the battery) discharge intensity MengLie
Input voltage: DC3.6-6V red cathode, green cathode, do not connect, the connection will burn the module.
Input current: 2A-5A (related to voltage)
High-pressure type : Pulsed high and low pressure integrated
Output voltage: about 500KV-1000KV (Please pay attention to safety when using)
High voltage discharge distance: 10-20mm
Output high-voltage line length: about 100mm
Input power line length: about 100mm (red line is positive)
Dimensions: 88*26mm
About power: You can use 3.7V lithium battery, such as 18650 battery, idle mobile phone battery (remove the protection board, the proposed capacity of 2000mAh or more) or nickel-cadmium / nickel-metal hydride battery pack, 4V lead-acid batteries .
Note: The high voltage module should avoid the use of high voltage no-load power. (The proper distance of the high-voltage wire end must be adjusted before the power is applied. The distance of the high-voltage wire arcing is proportional to the battery voltage and capacity used.
When the arc distance is tested, the test should be conducted from short to long. It is forbidden to energize beyond the longest arcing distance. Since the high-voltage energy cannot be released, the module can be easily damaged. )
Because of the large power, the internal heat is not easy to dissipate, and each power-on time should be controlled within 5 seconds.
1. The high-voltage module should be protected from power-on during high-voltage no-load operation. Before the power is applied, the proper distance of the high-voltage line must be adjusted. The arc distance of the high-voltage line is proportional to the battery voltage and capacity used. In order to prevent the distance from exceeding, it can be fixed by welding on the output pin:
2. When testing the distance between arcs, the experiment must be conducted from short to long. When the power is on, it is forbidden to exceed the longest arcing distance. Since the high-voltage energy cannot be released, the module can be easily damaged.
3, the module's power, internal heat should not be, so it can not work long hours.
4. The method of determining whether the battery capacity can drive the maximum output power is to measure the battery voltage when the arc is pulled. If it is around 6V, it can output maximum power.
5, small-capacity lithium-ion two series connected to 7.2V, in the arc state measurement voltage has dropped to about 4V, the smaller the capacity, the lower the voltage pull. It is recommended to use more than 2000MA lithium battery, conditional most good with more than 4000MA battery
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