Middle Atlantic 1 Bay Seismic Riser Base for 36 Inch Deep SNE24 Racks

Designed for reliability in critical AV, data, and network installations, the Middle Atlantic 1 Bay Seismic Riser Base provides a solid, vibration-resistant foundation for 36" deep SNE24 racks. This seismic-certified base combines rugged construction with advanced cable management to protect sensitive equipment, simplify installation, and keep systems organized in dynamic environments.

Engineered to meet rigorous seismic standards, the riser base ensures stability even in challenging conditions, while its robust 11-gauge welded steel construction delivers long-term durability. Whether you are deploying a single bay system or planning for future expansion with additional bays, this base delivers dependable support, clean cable routing, and the flexibility to streamline field rough-in activities before equipment arrives—keeping projects on schedule and within budget.

• Seismic-certified design for stability: Built to meet or exceed seismic standards, the base holds rack gear securely during earthquakes and movement, minimizing gear shift and potential damage.
• Rugged 11‑gauge welded steel construction: The heavy-gauge steel and welded joints provide exceptional rigidity, vibration resistance, and durability in demanding environments.
• Optimized for 36" deep SNE24 racks: Precisely engineered to align with 36" deep enclosures, ensuring clean cable routing, improved airflow, and quick service access for your SNE24 setup.
• High load capacities by bay: For scalable configurations, 940 lb per single bay; 1,635 lb for two bays; 2,250 lb for three bays, giving you confident headroom as your system footprint grows.
• Field rough-in capability before equipment arrival: Plan ahead with pre-installed cable paths and rough-in connections, reducing install time and easing coordination with contractors and IT staff.

Technical Details of Middle Atlantic 1 Bay Seismic Riser Base for 36 Inch Deep SNE24 Racks

• Material: 11‑gauge steel, fully welded construction
• Compatibility: 1-bay seismic riser base designed for 36" deep SNE24 racks
• Weight capacity: 940 lb (single bay); 1,635 lb (2-bay); 2,250 lb (3-bay)
• Seismic certification: Engineered to meet seismic codes for stable operation during building movement
• Field rough-in capability: Supports rough-in work prior to the arrival of equipment

How to install Middle Atlantic 1 Bay Seismic Riser Base for 36 Inch Deep SNE24 Racks

• Prepare the installation area by confirming the floor is level and rated to support the combined weight of the rack, base, and equipment.
• Verify compatibility: ensure your 36" deep SNE24 rack is a 1-bay configuration intended to pair with the seismic riser base.
• Position the riser base where the rack will sit, aligning mounting holes and foot patterns with the rack’s base.
• Secure the riser base to the floor using appropriate anchors per local codes and the manufacturer’s guidelines to achieve a stable foundation.
• Place the 1-bay SNE24 rack onto the riser base, align it precisely, and bolt the rack to the base as directed by Middle Atlantic installation instructions. Route cables through built-in pathways and organize them for easy access and airflow.

Frequently asked questions

• Q: What is the primary purpose of the Middle Atlantic 1 Bay Seismic Riser Base?
  A: It provides a seismic-certified foundation for 36" deep SNE24 racks, enhancing stability, cable management, and protection for equipment in seismically active environments.
• Q: Which rack depth and configuration does this base support?
  A: The base is designed for 36" deep SNE24 racks in a 1-bay configuration.
• Q: What are the weight capacities per bay?
  A: 940 lb for a single bay; 1,635 lb for two bays; 2,250 lb for three bays when used in multi-bay configurations.
• Q: Can I perform field rough-in before equipment arrives?
  A: Yes. The seismic-certified base supports field rough-in ahead of gear delivery, helping to accelerate installation.
• Q: Does it assist with cable management?
  A: Yes. The riser base is designed to optimize cable routing and accessibility, contributing to better organization and airflow at the rear of the rack.