Safety testing includes: high-voltage testing; insulation impedance testing; grounding impedance testing; leakage current testing; input testing; stability testing for safety marking; capacitance discharge testing; circuit stability testing; power-limited source circuits; current-limited source circuits; grounding continuity testing; humidity testing; torsion testing; stability testing; enclosure stress testing; drop testing; stress relief testing; battery charge/discharge testing; equipment temperature testing; ball pressure testing test; equipment warming test; ball pressure test.
Every country in the world has its own safety requirements, and many countries have mandatory certification, such as China's CCC, the European Union's CE, and some certified mark has a good reputation in the market, and many manufacturers require suppliers to carry out the relevant safety certification of their products in order to enhance the image of safety in the market, such as the UL mark, the VDE mark, the Nemko mark, the GS mark, the logo of these safety regulations. These safety logos have a good reputation in the market.
At the same time, as people's consumerism is more rational, they are no longer blindly pursuing affordable prices and powerful functions, but are more concerned about product safety. How to get the complete quality and no harm to the practical person of the product, has become a consumer gradually look at the elements. In order to make the world a safer place, product safety certification is bound to become more and more widespread, and more and more y rooted in people's hearts.
Often, electrical and electronic products contain seven major safety factors are: protection against electric shock (electric shock), energy hazards (energyrelated hazards), fire (fire), heat-related hazards (heat related hazards),
Mechanical hazards (mechnical hazards), radiation, and other hazards. hazards), radiation (radiation), chemical hazards. During the safety certification process, products need to meet these points.