Lenovo
SR630 V4 E3.S 1T BOOK 2&3 CABLE KIT
Out of Stock
Lenovo SR630 V4 E3.S 1T Book 2&3 Cable Kit | Server Components
Lenovo
MPN: 4X97B04178
$1,779.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- Lenovo SR630 V4 E3.S 1T cable kit
- Book 2 and 3 routing configuration
- Internal server component accessory
- Platform-specific fit for SR630 V4
- Designed for E3.S storage connectivity
- Supports organized cable management
- MPN 4X97B04178
- Support clean E3.S storage routing with a cable kit designed for SR630 V4 Book 2 and 3 paths
Keep E3.S cabling aligned in Lenovo SR630 V4 systems with this Book 2 and 3 cable kit. It is intended for the internal routing used in the SR630 V4 E3.S 1T configuration, helping teams maintain a clean, serviceable layout inside the chassis.
In server hardware, the right cable kit does more than connect components. It supports airflow, reduces clutter around adjacent parts, and makes maintenance more predictable when systems are deployed at scale. This kit is built for the platform’s intended routing path, which helps avoid the compromises that come with generic internal cabling.
For infrastructure teams, that specificity matters. A matched cable kit supports repeatable assembly, cleaner rack standards, and fewer surprises during service events. When the server is expected to run critical workloads, internal organization is part of the reliability story. This Lenovo kit helps preserve that standard from installation through long-term operation.
Ideal For
- Deploying Lenovo SR630 V4 servers with E3.S storage layouts
- Replacing or adding internal cabling during server build-out
- Standardizing cable routing across identical SR630 V4 racks
- Supporting maintenance-friendly storage access in production servers
Why This Product
- 1Matched to SR630 V4 E3.S 1T routing instead of generic cabling
- 2Supports Book 2 and 3 placement for cleaner internal layout
- 3Designed for Lenovo server integration and serviceability
- 4Helps maintain airflow and access in dense chassis builds
