Vertiv
FRONT-TO-REAR CABLE TROUGH 2.5 IN H
Out of Stock
Vertiv HCM-D36 Front-to-Rear Cable Trough 2.5 in H | 36 in, Rack Mount, Steel
Vertiv
MPN: HCM-D36
$72.71$97.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 2.5 in internal height
- 36 in length
- Front-to-rear trough profile
- Rack-mount compatible
- Steel construction with protective finish
- Rounded internal edges to reduce cable wear
- Organize front-to-rear cable runs with 2.5 in internal height
- Fit standard cabinets with 36 in overall trough length
Sustain predictable cable management across rack rows with a front-to-rear trough designed for production data centers. The Vertiv HCM-D36 places 2.5 in of internal clearance into a rack‑mount trough profile to contain power and data bundles without creating vertical congestion. Its 36 in length fits a broad range of cabinet depths and leaves cable access continuous from front panels to rear termination points, reducing installation time and minimizing disturbance to adjacent equipment. Specified for operational uptime, the trough supports organized routing, simplifies labeling, and shortens service windows by keeping conductors visible and accessible. For procurement teams, the HCM-D36 justifies its cost through reduced labor during reconfigurations, fewer cable strain issues, and consistent routing that prevents airflow blockage — all crucial in high-density, enterprise racks.
Ideal For
- Organize power and copper/fiber data runs in 19 in equipment racks
- Contain and route cabling across densely populated server racks
- Provide continuous front-to-rear routing for patch panel installations
- Standardize cable pathways in co‑location and enterprise data centers
Why This Product
- 1Provides 2.5 in internal height for larger bundle capacity vs low-profile channels
- 236 in length matches common cabinet depths for contiguous routing
- 3Front-to-rear profile minimizes cable crossover and airflow obstruction
- 4Steel construction offers durable, long-life containment compared with molded plastic alternatives



