Effect of Laser Cleaning Parameters on Surface Filth Removal of Porcelain Insulator

Abstract

To study the influence of the laser power, scanning speed, and cleaning water content on the laser cleaning effect and obtain the best cleaning parameters, this paper conducted a simulation analysis of the laser cleaning process and carried out a pulse laser cleaning of porcelain insulators experiment to verify. The results show that the cleaning rate gradually increases as the laser power increases from 20 W to 25 W. As the scanning speed increases from 1000 mm/s to 2500 mm/s, the laser overlapping rate gradually decreases, and the cleaning takes the lead in increasing and then decreasing. The appropriate cleaning water content is conducive to laser cleaning; when the water content is 0.115 g, the cleaning efficiency reaches the highest value of 98.20%. When the laser power is 25 W, and the scanning speed is 2000 mm/s, the cleaning efficiency can reach the highest value of 96.87%. This paper shows that the reasonable choice of cleaning parameters can effectively clean the insulator surface filth and obtain a better surface morphology.

Research on fault diagnosis of porcelain pillar insulators based on vibration signal feature extraction

“…Porcelain post insulators are commonly used insulation equipment in power systems to support and insulate high-voltage power conductors. It usually consists of porcelain bottles, metal caps, and pillars [1] . Ceramic pillar insulators have advantages such as high-temperature resistance, arc resistance, and voltage breakdown resistance, which can effectively protect the safety of power equipment and personnel.…”