In the event of an earthquake, significant damage can occur not only to the structural components of a building but also to the internal equipment and facilities. While structural damage has been considerably mitigated through the application of seismic design principles, there is still a general lack of systematic measures for preventing internal damage within buildings.
However, since the enforcement of the amended “Technical Standards for the Safety and Reliability of Telecommunications Facilities” in October 2009, it has become mandatory to implement seismic protection measures for newly constructed or expanded infrastructure such as IDC servers, wired and wireless communication equipment, storage systems, and base stations. As a result, seismic isolation solutions for these facilities are now essential.
Furthermore, for buildings that house national treasures in museums or art galleries, or contain high-value advanced equipment or medical devices, it is crucial to implement protective measures to prevent these expensive assets from tipping over, falling, or being damaged during an earthquake.
However, since the enforcement of the amended “Technical Standards for the Safety and Reliability of Telecommunications Facilities” in October 2009, it has become mandatory to implement seismic protection measures for newly constructed or expanded infrastructure such as IDC servers, wired and wireless communication equipment, storage systems, and base stations. As a result, seismic isolation solutions for these facilities are now essential.
Furthermore, for buildings that house national treasures in museums or art galleries, or contain high-value advanced equipment or medical devices, it is crucial to implement protective measures to prevent these expensive assets from tipping over, falling, or being damaged during an earthquake.
Isolation Table System
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Isolation Table System for testing
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