UZPPBU65

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

UZPPBU65 is a type of spark-proof, treated conductor that is designed for installation in areas with high wind velocity and extreme weather conditions. Explosive atmospheres are not suitable for this type of application due to it being gentle in working principle. Additionally, it is also not suitable for hazardous locations or regions where it could come into contact with flammable liquids, vapors, gases, non-flammable substances, or explosives, as it could produce flying sparks.

The UZPPBU65 application field and working principle involve the production of a high-voltage spark in order to provide for a safe, reliable connection between electrical equipment to the ground. The spark travels from the conductor to the ground at a high speed, breaking down the soil resistance, allowing for a continuous conduction of electricity. This spark is then dissipated, diffused, and extinguished before it reaches the ground.

This type of connection has a wide range of uses and is most commonly employed in small-scale, distributed power supplies, especially those which require a low-current or single-phase connection. It is also often used in industrial applications, such as in power plants, substations, and communications networks. Additionally, it is also used in critical applications, such as in aircraft and railway electronics.

In terms of safety, UZPPBU65 is considered to be better than other types of conductors because it does not produce any large sparks, as these could damage equipment, ignite flammable material, or start electrocution. Instead, it produces a low-voltage spark, which diffuses the energy from the conductor in such a way that it will not cause any harm.

The working principle of UZPPBU65 involves the use of a high-voltage spark generator, which is triggered when a current passes between two conductive surfaces. This spark then transfers energy across the surface, breaking down the soil resistivity, creating a continuous conduction of electricity. This, in turn, dissipates and diffuses the energy in the form of heat, without creating any visible sparks. Additionally, the length of the spark is determined by the conducting material used.

In conclusion, the UZPPBU65 application field and working principle involve the production of a low-voltage spark, which diffuses the energy from the conductor in such a way that it will not cause any harm. This type of technology is commonly used in industrial, small-scale, and critical applications. It is also considered to be better in terms of safety as it does not generate any large sparks which could cause serious damage.

The specific data is subject to PDF, and the above content is for reference