Panduit S78SDB 48U 700mm Split Door Set

Product Description

The PANDUIT S78SDB is a 48U split door set designed for 700mm server cabinet enclosures. Split door configurations divide the door panel into upper and lower sections, allowing technicians to access specific rack units without fully swinging open the entire door face. This is a practical advantage in dense data center rows and server rooms where space between cabinet rows is limited. The S78SDB ships as a single door set and is installed by data center technicians, network engineers, or structured cabling professionals maintaining rack enclosures.

This door set is suited for 700mm-wide server cabinet enclosures in enterprise data centers, network closets, and equipment rooms. The 48U height accommodates full-height cabinet builds common in high-density compute and switching deployments. Installations where aisle containment or cable management density makes full-door access impractical benefit from the split-door format, which allows partial front access without disrupting adjacent airflow management panels or blanking plates.

Key Features

• 48U height accommodates full-height rack enclosure builds
• 700mm width matches standard mid-size server cabinet frames
• Split door design provides upper and lower section independent access
• Sold as a single door set, one unit per package
• Hardware accessory category for use with compatible PANDUIT enclosures

Compatibility

Designed as an OEM-style replacement or accessory door set for 48U 700mm server cabinet enclosures. Verify cabinet model and door hinge pattern before ordering, as enclosure door fitment varies by cabinet generation and frame series.

Installation Notes

Installation is typically performed by a data center technician or structured cabling professional. Power down any active equipment in the cabinet before removing or replacing door panels to prevent accidental contact with live components. Standard hand tools are sufficient for most door hinge and latch hardware. Verify door swing clearance against hot-aisle or cold-aisle containment structures before final mounting.