Electrostatic generator, electrostatic induction principle explanation, physical experiment equipment for discharge phenomenon

Product purpose

This instrument can produce tens of thousands of volts potential difference, as a high-voltage static power source for electrostatic experiments, it can be used to demonstrate the properties and distribution of charges; Explain the principle of electrostatic induction; It is an indispensable equipment for the laboratories of universities and middle schools to display power line and tip discharge phenomena.

Operation guide

1. Open the package and take out the product safely. Do not directly hold the plexiglass tube with one hand to take the product, you must hold the base with one hand, and hold the joint between the plexiglass tube and the metal ball slowly with the other hand.

take out.

2. Make the product stand upright on the table, remove the plastic protective bag, and plug it into a power outlet. Please check that the product's power switch is off before plugging in. The factory default setting is off, for safety, please check before powering on.

*Please turn on the power switch after the third step is completed.

3. After the discharge ball is taken out, connect the wire of the discharge ball to the ground jack on the side of the generator, then insert the ground wire horizontally into the ground jack, screw it tightly, and connect the other end to the ground.

4. Turn on the power switch. When the generator power is turned on, the human body should keep away from the generator electric storage ball, and the distance should not be less than 300MM, and should avoid holding metal objects, especially the pointed metal objects, close to the electric storage ball.

5. When holding the discharge ball, the hand should be held on the plexiglass insulating rod and kept away from the discharge ball as far as possible. The discharge experiment can be carried out within a safe distance.

6. Press the power switch, after the belt rotates, slowly move the grounded discharge ball close to the power storage ball, the strong electric field makes the charge jump from the power storage ball to the discharge ball, and a large number of ions and electrons are generated in the air between the two balls , resulting in a spark phenomenon.