It is important to know that the quality of the finished photovoltaic cable will directly affect the safety of the line during use. Once the line fails to operate safely and stably, the life and economic loss caused by its failure will be immeasurable.

According to XSD understanding, the most direct cause of nylon cable failure is due to the degradation of the insulation layer and lead to breakdown, there are many factors that reduce the conductive insulation.

Photovoltaic cables are a large class of electrical products used for power transmission, information transfer and electromagnetic energy conversion, and cables play an important role in all economic activities and social life, so to speak, where people live, produce.

Recently, I learned that the normal operation of photovoltaic cables and the overall power production operations are closely related, because the normal operation of the cable line is directly related to the production safety of enterprises and the safety of employees' lives.

How to prevent it According to XSD Cable familiar with many aspects of understanding, whether in industry or in the home led to a number of reasons for the photovoltaic cable fire, then the main reasons for cable fires and explosions are specific, there is no you have not understood it in depth.

Photovoltaic cables have been widely used in our lives, and the safety of the electrical repairer's operation is closely related to our normal life and the safety of life and property, so the maintenance of the cables has become a vital task.

According to my recent understanding, a part of the residents as well as construction engineering personnel are not very well understood the difference between low-voltage and high-voltage cables of photovoltaic cables, then today I will solve this confusion for you.

Definition of photovoltaic cable glandsCable glands are also called cable connectors, after laying the cable, in order to make it a continuous line, each line segment must be connected as a whole, these connection points are called cable glands.

In today's wire and cable, cable insulation material is mainly pvc, the scientific name is polyvinyl chloride insulator, which leads to a wide variety of wire and cable products for different uses and environmental requirements.

We often see the engineer laying the cable surface printed with the letters ZC and ZR at the time of work in the engineering site, see this after and engineer to understand that these are flame retardant cable, but what is the difference between cable ZR and ZC?