WIZARDTECH DATA & NETWORK SOLUTIONS CO.
Seismic
SERVER SEISMIC AND BRACKETS
“Precision Brackets. Proven Seismic Performance“
Protect your servers with seismic-ready brackets that keep racks stable and secure during earthquakes. Ladder-style and robust designs ensure safety, stability, and uninterrupted operation for critical IT equipment.
Protect your servers with seismic-ready brackets that keep racks stable and secure during earthquakes. Ladder-style and robust designs ensure safety, stability, and uninterrupted operation for critical IT equipment.
- Top Brackets – Installed above the server rack, sometimes ladder-shaped, to provide extra support.
- Seismic Brackets – Specially designed to hold racks in place during earthquakes.
- Wall-Mount or Floor-Mount Brackets – Secure racks to walls or floors for stability.
- Buildings designed to withstand earthquakes
- Ability to absorb ground shaking without failure
- Devices that stay secure during earthquakes
SEISMIC ISOLATOR
“Separating buildings from earthquake forces.”
Seismic isolators are a powerful solution for earthquake resilience. By reducing the transfer of ground motion to structures, they protect lives, minimize damage, and ensure that buildings remain functional when they are needed most. Investing in seismic isolation is an investment in safety, sustainability, and long-term resilience.
Seismic Isolator
- The Seismic Isolator is designed to prevent any damage to a building during an earthquake. It can be integrated into both new and existing structures by modifying the columns and installing the isolators at the base. Featuring high-damping rubber or friction pendulum system, these isolators provide a flexible foundation that allows the building to sway safely with the ground movement. By effectively decoupling the building from ground movements, they help prevent damage and collapse, ensuring safety and resilience during seismic events.
Viscoelastic Damper
The Viscoelastic Damper is a seismic mitigation device that greatly reduces the impact of earthquakes on a building’s structural elements. It involves enhancing the structural system by installing dampers, which work to absorb seismic shocks and prevent unwanted oscillations, thereby safeguarding the structure during seismic events.
