The seismic installation technology of lighting electrical ready boards is crucial for ensuring the stable operation of the distribution system. Here are some key points of seismic installation technology:

1、 Choose the appropriate installation location

Firstly, installation should be carried out in a location away from unfavorable factors such as impact, severe vibration, or liquid splashing. In situations where these unfavorable conditions cannot be avoided, special protective measures must be taken.

2、 Adopting shock-absorbing components and structures

Shockproof rubber plate: Installing shockproof rubber plates and other shockproof materials on the end faces of component installation can effectively absorb and disperse vibration energy, reducing the impact of vibration on internal components of the electrical ready board.

Plug in wiring: Using plug in wiring can reduce the problems of loose wiring and poor contact caused by vibration.

Seismic Base: Equipping the electrical ready board with a specialized seismic base can further improve its seismic performance.

3、 Strengthen fixation and connection

Secure installation: Ensure that the electrical ready board is securely installed to avoid shaking or displacement during installation.

Reliable grounding: The grounding wire should be a dedicated grounding wire and ensure reliable grounding to improve the overall stability of the electrical ready board.

4、 Regular inspection and maintenance

Regular inspection: Regularly inspect the installation of the electrical ready board to ensure that all fixing and connecting components are in good condition.

Timely maintenance: If damage, deformation, or looseness is found in the electrical ready board, it should be repaired or replaced immediately.

5、 Other precautions

Avoid overload: Reasonably plan the load of the electrical ready board to avoid increased vibration caused by overload operation.

Environmental control: Keep the installation environment of the electrical ready board dry, ventilated, and at a suitable temperature to reduce vibration and damage caused by environmental factors.

In summary, by selecting appropriate installation locations, using shock-absorbing components and structures, strengthening fixation and connection, and conducting regular inspections and maintenance, the seismic performance of lighting electrical ready boards can be effectively improved to ensure their stable operation.