Hammond Side Railmount Shelf 30.84″ Deep Zero Space

Maximize usable rack capacity without sacrificing front-panel space using the Hammond Side Railmount Shelf 30.84″ Deep Zero Space, a heavy-duty fixed shelf engineered for four-post rack cabinets where high-capacity equipment support and efficient space utilization are essential.

Designed as part of Hammond’s RZVS Series, this shelf mounts directly to the side rails of both front and rear rack rail pairs, requiring zero front rack units (0U) while preserving all valuable front mounting space for active equipment. This makes it ideal for supporting UPS units, servers, battery backups, and non-rackmount hardware without consuming traditional rack space. Hammond’s official specifications note a 170 lb load rating, making it suitable for demanding enterprise and industrial environments.

Constructed from heavy-duty 16-gauge steel with a rugged black powder-coated finish, the shelf is built for durability and long-term reliability. The vented surface design promotes airflow while maintaining structural integrity, and the rear folded lip with protective rubber channel helps retain equipment while preventing scratches and cable abrasion. Slotted side mounting allows flexible depth adjustment across compatible rack configurations.

Key Features:

• 30.84″ depth for deep equipment support
• Zero U side-mount design preserves front rack space
• Heavy-duty 16-gauge steel construction
• 170 lb load capacity for enterprise hardware
• Vented shelf improves airflow and cooling
• Rear retaining lip with rubber edge protection
• Adjustable side slots for flexible rail depth compatibility
• Black powder-coated finish (RAL9005)
• TAA, RoHS, and REACH compliant
• Manufactured in North America

The Hammond 30.84″ Zero Space Side Railmount Shelf is an ideal solution for professional network, AV, and data center installations where maximum rack efficiency, heavy-duty support, and zero-space optimization are critical. It delivers the durability and flexibility needed for modern high-density infrastructure.