Common Problems and Risk Avoidance Guide for AC LED Light Board

Although AC LED light panels are widely used as core components of modern lighting technology, they often face a variety of problems. This article aims to explore its common problems and provide risk avoidance guidelines to ensure the stable and efficient operation of AC LED light panels.
Common Problems and Risk Avoidance Guide for AC LED Light Board

Although AC LED light board are widely used as core components of modern lighting technology, they often face a variety of problems. This article aims to explore its common problems and provide risk avoidance guidelines to ensure the stable and efficient operation of AC LED light board .

Common Problems and Common Mistakes Answers and Risk Avoidance:

▲1. Not knowing the difference between AC & DC LED light board

  • Error manifestation: When choosing an LED light board, you may not be clear about the core differences between AC (alternating current) and DC (direct current) LED light panels, resulting in improper purchase or use.
  • Answer and Avoidance: AC LED light board can be directly connected to the AC power supply without the need for a rectifier, which simplifies the circuit design and is low in cost. DC LED light board require a stable DC power supply. You need to decide based on the actual application scenario (such as home lighting, commercial display, etc.) and power supply conditions to avoid equipment damage or safety hazards caused by mismatching.
  • Risk Avoidance: Before purchasing, please be sure to clarify the type of power supply you need and carefully check the product specifications.

2. Ignore heat dissipation design

  • Error performance: AC LED light board will generate heat when working. If you ignore the heat dissipation design, it may accelerate the aging of LEDs and shorten their service life.
  • Solutions and avoidance: Please make sure that the light board has a good heat dissipation structure, such as aluminum substrates, heat sinks, etc., and arrange the lamp beads reasonably to reduce the heat island effect. At the same time, the ventilation conditions of the installation environment should also be considered to avoid using it in a confined space.
  • Risk avoidance: Regularly monitor the temperature and adjust the heat dissipation plan in time to avoid the risk of fire caused by overheating.

▲3. Poor adaptability to voltage fluctuations**

  • Error performance: When the grid voltage is unstable, the AC LED light board may not work properly or flash frequently, thus affecting the lighting effect.
  • Solutions and avoidance: You can choose an AC LED light board with a wide voltage adaptability range, which is generally required to work stably within a certain voltage fluctuation range (such as 100-240V AC). At the same time, you can also consider adding a voltage stabilizer or UPS (uninterruptible power supply) to improve the power supply stability.
  • Risk avoidance: In areas with large voltage fluctuations, please be sure to conduct a voltage adaptability test to ensure that the light board can operate stably in harsh environments.

4. Light decay is too fast

  • Error manifestation: After long-term use, you may find that the brightness of the AC LED light board has dropped significantly, that is, the light decay phenomenon is serious.
  • Solution and avoidance: Selecting high-quality LED chips and packaging materials can slow down the speed of light decay. At the same time, reasonably control the operating temperature and current of the light board to avoid overcurrent and overvoltage operations.
  • Risk avoidance: Establish a regular maintenance mechanism, check and record the brightness changes of the light board, and replace aging components in time to avoid insufficient lighting due to light decay.

5. Improper installation and maintenance

  • Error manifestation: Improper installation position, loose fixation or lack of maintenance may cause the light board to fall, damage or poor lighting effect.
  • Solution and avoidance: You need to choose the appropriate installation method and position according to the place of use to ensure that the light board is fixed reliably. At the same time, formulate and implement a regular cleaning and maintenance plan to keep the surface of the light board clean and improve lighting efficiency.
  • Risk avoidance: Conduct professional training before installation to ensure that you are familiar with the installation process and precautions. For high-risk scenarios such as aerial work, please take necessary safety measures.

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