With the increasing popularity of 5G technology, the demand for 5G signal blockers has also risen. However, customers often inquire about the need for lightning protection measures when installing these blockers. This article aims to provide insights into the considerations for installing 5G signal blockers, particularly in relation to lightning protection.
I. Indoor Installation:
When installing 5G signal blockers indoors, there is generally no need to separately consider lightning protection measures. Similar to traditional signal blockers, the primary concern is to ensure the normal connection of the power supply circuit for the 5G signal blocker. It is crucial to maintain stable and reliable connections for all three types of circuits – zero line, fire line, and ground line – in the AC power supply.
II. Outdoor Installation:
- Installation on Building Walls:
- Elevated Installation or Installation on Lamp Posts:
If the 5G signal blocker is installed on the exterior walls of a building, typically on both sides of windows or within the drip line of the roof, there is generally no need to separately consider lightning protection for the 5G signal blocker. This is because the building’s rooftop itself is equipped with effective lightning protection measures.
For outdoor installations of 5G signal blockers, especially high-power models, such as those mounted on lamp posts or the rooftops of buildings, special attention should be given to the height of the antenna. In such cases, it is necessary to consider lightning protection measures for the 5G signal blocker, taking the antenna as the reference point.
When installing 5G signal blockers, the need for lightning protection measures depends on the specific installation scenario. In indoor installations, ensuring the proper connection of the power supply circuit is sufficient. For outdoor installations on building walls, the existing lightning protection measures of the building are generally adequate. However, for elevated installations or those on lamp posts, additional lightning protection measures should be considered, particularly for high-power 5G signal blockers. By carefully assessing the installation environment, appropriate lightning protection measures can be implemented to ensure the optimal performance and safety of 5G signal blockers.