Seismic Bracing & Anchoring

Professional Seismic Protection and Seismic Bracing Engineering That Keeps Your Facility Safe and Code-Compliant

A seismic bracing contractor installs systems that protect buildings from earthquake damage by securing nonstructural components to the building structure. At Get a Reno, we design, engineer, and install seismic bracing and seismic anchorage systems that resist seismic forces while preserving structural integrity through proper connections to the building's structural system. The result: your facility stays operational after seismic events, passes inspection on the first attempt, and meets every requirement in the International Building Code and ASCE 7-22.

Nonstructural utilities, including piping, ductwork, cable trays, fire suppression systems, and server racks, are critical for building operation and safety. Seismic bracing plays a crucial role in preventing damage to these nonstructural systems during earthquakes, protecting both the people inside and the critical operations that keep your business running, including intangible company assets.

Why You'll Love Working with Get a Reno

• PE-stamped engineering that passes inspection – Every project includes calculations stamped by a licensed Professional Engineer, along with installation drawings and compliance documentation. Inspection records and material certifications are provided with every job.

• Avoid costly retrofits and failed inspections – Post-installation certification includes inspection to meet municipal code requirements. Get a Reno verifies all installed work matches approved seismic design documents, eliminating rework.

• Facility safety and operational continuity – Proper installation of seismic systems mitigates risks during seismic events. Your equipment, from HVAC units to seismic server racks, remains anchored and functional when seismic activity strikes, especially in facilities located in high risk areas.

• Long-term reliability backed by code compliance – Seismic codes such as ASCE 7 are frequently updated, including drafted seismic bracing requirements that contractors must follow for compliance. Get a Reno stays current with every revision, so your bracing meets the latest seismic bracing requirements.

• Clear communication from assessment to completion – You receive a defined scope, timeline, and deliverables before work begins. No ambiguity about what's included or when it's done.

What Makes Get a Reno Different

Most contractors focus on basic floor anchoring for individual pieces of equipment. They bolt down a rack, hand over a generic certificate, and move on. Some equipment is commonly anchored to overhead structure when floor anchorage is not the right option, and a limited approach leaves gaps: unbraced cable trays, unsecured ceiling anchoring ducting, and no PE-stamped documentation to back up the work during inspection.

Get a Reno takes a different approach:

• Full-scope nonstructural seismic protection – We brace and anchor every nonstructural component that poses tipping hazards or structural failure risk, including MEP systems, seismic racks, electrical containment, and fire suppression piping. Anchoring methods vary greatly by facility type and equipment conditions. Bracing often competes for space with HVAC equipment, ducts, pipes, and electrical systems; Get a Reno coordinates across all trades to resolve conflicts before installation begins.

• Risk Category IV engineering – The contractor must be experienced with seismic design categories relevant to the building's site. Get a Reno engineers systems for Seismic Design Category D and above, applying the Importance Factor (I_p = 1.5) required for essential facilities. ASCE 7 mandates bracing for components over 400 pounds, and that 400-pound threshold is the legal limit that triggers added bracing requirements; we calculate and document every load path.

• 48-72 hour turnaround for standard racks – Data center operators cannot wait weeks for rack anchorage. Get a Reno delivers PE-stamped calculations and installation for standard racks within 48-72 hours, with rush options available for urgent deployments.

How Our Process Works

1. Site assessment and seismic load calculations Get a Reno evaluates your building's Seismic Design Category based on spectral response acceleration, soil classification, and Risk Category. Seismic evaluation may involve ASCE/SEI 41 for existing structures. We identify every component weighing over 400 pounds or standing over 4 feet high, every run of piping with hangers exceeding 12 inches, and every piece of sensitive equipment that requires restraint. The assessment covers floor systems, wall anchoring locations, and ceiling attachment points, including cases where equipment is in close proximity to other systems.

2. Custom engineering design with PE-stamped calculations Our civil engineers produce calculations addressing both lateral and vertical forces on each component. Seismic bracing must transfer earthquake forces to the building's structural system through proper connections; we design each brace, anchor plate, and bracket to handle the specific seismic loads at your site. Some restraint details involve directly attaching to structural members when required by the design. For data centers in California, we ensure compliance with OSHPD seismic requirements, with solutions deployed effectively across different existing building conditions. Seismic server racks comply with NEBS GR-63-CORE standards, and seismic racks are designed to withstand Zone 4 seismic conditions.

3. Professional installation and inspection approval Get a Reno installs all bracing, performs quality verification against approved design documents, and coordinates final inspection. Post-installation certification includes inspection to meet municipal code requirements. You receive complete documentation: PE-stamped calculations, installation drawings, inspection records, and material certifications.

Service Details

• Service types: Standard rack anchorage (deploying seismic anchorage for individual server racks and equipment), complex equipment bracing (mechanical units, generators, and projects that concern machinery with high centers of gravity or elevated mounting conditions that pose tipping hazards), and full facility packages covering all nonstructural components from floor anchorage to ceiling-mounted systems

• Turnaround times: 48-72 hours for standard racks, 3-5 days for complex equipment, 2 weeks for full facility packages

• Coverage areas: Northern Nevada, California, Arizona, Utah, and Iowa; valid licenses checked for each jurisdiction to ensure compliance with local regulations

• Code compliance: IBC 2024, ASCE 7-22, NFPA 13 for fire sprinkler bracing, and California's CBC, which requires seismic anchorage for equipment over 5 feet 9 inches; requirements can also differ across US states. Seismic-rated racks must comply with IBC and OSHPD standards.

• Included deliverables: PE-stamped calculations, installation drawings, compliance documentation, inspection records, and material certifications

• Guarantee: All Get a Reno installations are backed by a guarantee of inspection approval; if our work does not pass municipal inspection, we correct it at no additional cost

Who It's For: Data Centers and Other Facilities

Ideal for:

• Data center operators and colocation facilities requiring Risk Category IV compliance, where seismic server racks must comply with NEBS GR-63-CORE standards and withstand lateral and vertical forces. Seismic racks are engineered for dynamic force management during earthquakes, and data centers in the most seismically active regions need every rack, cabinet, and cable tray secured to code, with thermal performance considered in rack and enclosure environments, to support seismic resilience.

• Healthcare facilities and emergency services where statewide health planning regulations mandate that buildings stay operational during and after seismic events. Seismic retrofitting in these environments involves strict life-safety standards, and engineered restraints are needed for anchoring heavy equipment to building structures.

• Commercial building owners in seismic regions classified as Seismic Design Categories D, E, and F, where seismic bracing is essential in high seismic hazard zones. Seismic Design Category D requires specific structural designs, and unrestrained objects in these buildings present direct risks to occupants.

If your facility houses equipment that must withstand earthquakes and your building code jurisdiction requires documented seismic protection, Get a Reno fits your needs.

Frequently Asked Questions

Do all data centers need seismic bracing? ASCE requires bracing for components over 400 pounds or 4 feet high. Most data center equipment, including server racks, UPS systems, and cooling units, exceeds these thresholds. Floor anchoring is essential for equipment with a high center of gravity, and some projects require code abiding floor anchorage for equipment over 400 pounds. Some teams also seismically anchor machines overhead when floor anchorage is unsuitable because of either the close proximity of other systems or site constraints. Seismic bracing contractors secure non-structural elements to prevent detachment during earthquakes, regardless of whether the facility sits in southern California or Iowa.

How quickly can you complete the engineering? Get a Reno delivers PE-stamped calculations within 48-72 hours for standard racks. Complex equipment bracing takes 3-5 days. Full facility packages, covering all nonstructural components and equipment layout documentation, require approximately 2 weeks. Rush options are available for urgent projects.

What's included in PE-stamped calculations? Every package includes seismic load calculations based on your building's Seismic Design Category, component-specific brace and anchor designs addressing both lateral and vertical forces, installation drawings showing exact placement, and compliance documentation referencing IBC 2024, ASCE 7-22, and applicable local codes. Proper anchorage and connection design are documented for all nonstructural components.

Can you work with existing equipment? Yes. The delicate nature of some equipment can rule out drilling, requiring special braces instead. Seismic evaluation may involve ASCE/SEI 41 for existing structures. Get a Reno assesses current installations for insufficient floor materials, inadequate wall anchoring, or missing bracing on ceiling-mounted systems. Some retrofit anchorage involves braces drilled directly into support frames or approved attachment points, not necessarily the equipment casing itself. We design retrofit solutions that account for existing equipment layout, including cases where bracing competes for space with HVAC equipment, ducts, pipes, and electrical systems.

What codes do you follow? Get a Reno designs to IBC 2024, ASCE 7-22 (including Chapter 13 for nonstructural components), NFPA 13 for fire sprinkler systems, California's CBC for seismic anchorage, and NEBS GR-63-CORE for telecommunications equipment. Seismic anchoring methods include floor, wall, and ceiling anchoring, with ceiling anchoring commonly attached to structural members in cases where equipment layout or installation conditions call for it.

Ready to Protect Your Facility?

Every hour of unplanned downtime at a data center costs thousands. A failed inspection delays occupancy. Unbraced equipment in seismic regions creates direct liability. These are problems with a single solution: proper seismic bracing engineering from Get a Reno.

Contact Get a Reno at (929) 294-7360 or email support@getareno.com to schedule a site assessment. Visit www.getareno.com for additional resources on seismic protection measures and service details.

Every project includes PE-stamped calculations, professional installation, and guaranteed inspection approval.