High voltage electrostatic generator

High voltage electrostatic generatorWidely used in industrial production (film sticking, painting, flocking, sorting) and scientific research fields. It has the characteristics of small size, easy installation, and stable operation.

Technical parameters:

1. Input voltage: AC 220V or 380V, 50Hz;

2. Environmental temperature: -10 ℃ to 50 ℃;

Relative humidity: ≤ 85% (when the ambient temperature is 25 ℃);

In an environment without chemical gases and vapors;

In 5 non explosive gases;

In situations where it is not immersed in rainwater.

High voltage electrostatic generatorIt is an electrostatic application device that charges a material and adsorbs it onto the surface of another material for positioning, fixing, adsorption, and other purposes. It is mainly used in the transportation positioning, adsorption and edge pressing processes of printing and plastic processing, as well as the automatic film sticking process of floors, glass, and stainless steel plastic plates. It is widely used in the fields of non-woven fabrics, painting, flocking, sorting, and biotechnology. Product Features 1 The voltage output of the electrostatic generator can be controlled by an external input signal. The input signal can be a contact of a relay, a foot switch, or a photoelectric switch for control. 2. The electrostatic generator has stable working performance, continuously adjustable working voltage, and simple and convenient installation.

The formation of electronic product functions and even component damage, especially with the increasing range of semiconductor integrated components and the decreasing integration voltage, the static electricity voltage is also increasing. Even a small static electricity voltage can affect the operation of the components and even break them down, resulting in a large amount of loss. Many factories often have static electricity on the human body, causing static electricity breakdown when workers touch the components with their hands during operation, which cannot be seen by the naked eye. When the circuit is tested, it cannot pass, resulting in defective products. Static eliminators are suitable for electrostatic dust removal in various processes of different industries such as circuit boards, plastic films, electroplated parts, coatings, painting, non-ferrous metal plates, wires, and sheet production. Static eliminators produce positive and negative ion currents during operation. For lightweight objects, close interval static electricity removal is very helpful. It's not a new show either, However, despite the development of anti-static equipment for so long, it still holds a place, indicating that the application scope is still relatively common. The use of static eliminators, based on their own characteristics, is suitable for removing static electricity in items similar to thin films. The amount of ions generated will also decrease. Once the amount of ions generated decreases, the time for electrostatic discharge will be prolonged. In addition, due to the greater reduction of positive ions than negative ions, the amount of positive and negative ions generated will be different, resulting in a decrease in balance. The application range of electrostatic generators is mainly to generate static electricity, and the output is usually of a single polarity. If it is positive or negative polarity, the output voltage can be adjusted. It is usually used in scientific research, electrostatic applications such as electrostatic dust removal, electrostatic spraying, generating electrostatic fields for biological effect research, and other places where static electricity needs to be applied. Electrostatic discharge generators are mainly used for anti human body metal model electrostatic discharge tests on system level electronic devices such as mobile phones and computers, including electrostatic generators and electrostatic discharge, The output of the electrostatic discharge generator in the electrostatic discharge generator can be positive or negative, and some can be converted from positive to negative. Their voltage bipolar high-precision output is continuously adjustable, and it is suitable for more application fields and the requirements of future new standards.