As a crucial component of the power system, the aging detection and replacement of electrical components in the lighting electrical ready board are key links to ensure the stable operation of the lighting system. The following is a brief overview of aging detection and replacement of electrical components in lighting electrical ready boards:

Aging detection

Appearance inspection: Firstly, conduct a visual inspection of the lighting electrical ready board to check for any signs of deformation, corrosion, or damage to the electrical components.

Electrical performance testing: Use professional instruments to test the insulation resistance, conductivity, etc. of electrical components, and evaluate whether their electrical performance is stable.

Temperature detection: Using tools such as infrared thermal imagers, detect the temperature distribution of electrical components during operation, and promptly identify potential overheating issues.

Regular testing and accelerated aging test: Combining regular testing and accelerated aging test, simulate the performance changes of components under extreme environmental conditions to evaluate their long-term reliability.

Replacement process

Power off preparation: Before replacement, be sure to turn off the power supply of the lighting electrical ready board to ensure safe operation.

Dismantling old components: Use tools such as screwdrivers to carefully remove electrical components that need to be replaced.

Install new components: Select new components that match the original components and install them in the correct position and direction.

Line connection and inspection: According to the circuit diagram, correctly connect the new component's line and conduct a comprehensive inspection to ensure that the circuit is unobstructed.

Power on test: After the replacement is completed, conduct a power on test to ensure that the new components are working properly and the lighting system is running stably.

Through strict aging testing and standardized replacement procedures, the performance stability of electrical components in the lighting electrical ready board can be ensured, extending their service life and ensuring the reliable operation of the lighting system.