Lenovo 4XF7A97371 Thinksystem Advanced Toolless Slide Rail KIT V4

Lenovo 4XF7A97371 ThinkSystem Advanced Toolless Slide Rail Kit V4

Overview

The Lenovo 4XF7A97371 is a tool-free slide rail kit designed for rack-mounting ThinkSystem servers in standard EIA-310 cabinets. The V4 designation indicates compatibility with the current generation of ThinkSystem platforms. At 10 lb, this is a full-depth rail assembly — not a static shelf — enabling smooth, front-serviceable pull-out access to mounted servers without tools, which matters in dense deployments where adjacent units limit side access. For data center environments running Lenovo ThinkSystem infrastructure or security operations centers integrating network video recorders and compute nodes into standard racks, this kit eliminates the screwdriver dependency that slows hot-swap and maintenance cycles.

Compatibility

The 4XF7A97371 is designed for the Lenovo ThinkSystem server family. This kit is a V4-generation accessory, meaning it targets current-generation ThinkSystem 1U and 2U rack servers. Verify your specific server model's rail kit compatibility list before ordering — Lenovo uses generation-specific rail kits, and V3-era servers may require a different part number. Compatible rack mounting hardware must align with your cabinet's rail spacing: confirm inner-rail depth and EIA post type (square-hole vs. round-hole vs. threaded) against your rack spec. Country of origin is Mexico (MX); UNSPSC code 43211600 (data processing equipment accessories).

Installation Notes

Toolless installation means the rail clips engage standard square-hole or round-hole EIA rack posts without screws — verify post type compatibility before deploying in threaded-post cabinets, which typically require adapter nuts. Ensure adequate clearance behind the server for full slide extension during maintenance pulls; minimum rear clearance requirements are defined by the mounted server's depth, not the rail kit itself. For cable management planning, account for the rail extension arc when routing power and data cables to avoid binding during service pulls.