Static electricity detector

SIMPLE STATIC ELECTRICITY DETECTOR

Here i build a simple portable Static Electricity Detector,when the static electricity it is not there is,the red led it is turn on ,if it detect static electricity it turn off.

Here it is the electronic design,i make a different from the original design ,i use JFET BF 245.The original design.	Here it is the electronic material.IMPORTANT : The circuit work correct only with battery and not with power supply	Here i open holes to plastic box for switch,antena,led


All components it is ready with solderin iron	Here it is ready	The same with open the telescopic antenna


	Click here for to see video about it

BUILDING ANOTHER ONE FOR OVER TO MY ROOF - VERSION 1

I decided to build another one to try over to my roof with external antenna.It work at big and fast up-down current μΑ example 250-350 μΑ up-down,it have detected a thunderstorm 80-100 km away,when the up-down current μΑ it is more frequency and strong,example 400-600 μΑ up-down almost continuity,thunderstorm it is aproach.The small up-down μΑ about 100 μΑ up-down,and if there is strong wind my area up-down 150 or little more μΑ,it is normall,because the static electricity it is very sencitivity..Click here for you see the data The Static Electricity Data .

Here it is the components, i will use except the led and paralel a multimeter at for to see the voltage,waterproof box for keep inside the PCB and battery,and a power supply 9 volt DC for the multimeter	The PCB it is ready in the waterproof box.IMPORTANT : Finnaly the circuit work correct only with battery to multimeter,and to circuit and not with power supply	Here it is the conection in waterproof box on my roof,i thought to put over to my roof,with cable in my home and a volt meter at parallel to led,for to see the change at static electricity when near there are thundersotrms


Here it is the multimeter with led parallel ,near to weather station.When a thunderstorm approach the statistic electricity is change	Click here for to see video	Here i build another one antenna for test,i take a pan 25 x 25 cm,3 angle brackets 2,5 x 2,5 cm,one conection cable,nuts-bolts 3 mm ,PVC tube F 50


Here i open holes to PVC and keep it 3 angle brackets with bolt and nuts 3 mm	Here i keep over to 3 angle brackets the pan	Here it is ready


Here i make a pattent for base with two angle brackets 12,5 x 15 cm for to touch the antenna at the wall	Antenna it is ready over to my roof

BUILDING ANOTHER ONE FOR OVER TO MY ROOF - VERSION 2

Here it is the electronic design,it is more sensitivity for version 1 at my test,and with potentiometer it can work more easy, and to show more better the possitive and negative static electricity with out for little sec black out, if there is strong static electricity like version 1.IMPORTANT : The circuit work correct only with battery and not with power supply	Here it is the electronic components.Neon bulb must to is in darkness, for this reason i take a black silicone tube ,and i put it inside.The original concept and design at circuit it is Here .But i thought to put over to my roof,with cable in my home and a mΑ meter at serial,for to see the change at static electricity when near there are thunderstorms.	Here it is ready


And from the other side	Here it is ready ,and i make tests before it go over to my roof	Click here for to see a test video with unit in my home


Here the second version it is the connection in waterproof box on my roof	Here it is the multimeter at μA scale ,near to weather station.When a thunderstorm approach the statistic electricity is change	Click here for to see video,thunderstor it was 80-100 km away from my home,you can observe the display μΑ at 0,19 second-0,32 second-0,55 second the current it go up-down,and the rest time about 3 min it is stable almost 720-730 μΑ


Here i buy a multimeter with pc conection and with software,for upload the data to web	Click here for to see video,thunderstorm over to my area.