Vertiv
1WLTHERMLAB-D-EBS MD ANDERSON REAR DOOR HEAT EXCHANGERS
Out of Stock
1WLTHERMLAB-D-EBS Rear Door Heat Exchanger | Vertiv | In-Row Cooling
Vertiv
MPN: CPQ-1013832-17
$1,533.43$1,689.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- Rear door heat exchanger cooling architecture
- Designed for rack-level heat removal
- Vertiv engineered thermal management solution
- Suitable for high-density infrastructure rows
- Targets heat at the source instead of the room
- Supports controlled airflow management at the cabinet edge
- Remove heat at the rack rear using a rear door heat exchanger design
- Stabilize inlet temperatures for dense compute loads with localized heat capture
Keep high-density racks within thermal limits by moving heat out of the cabinet before it spreads into the room. Vertiv rear door heat exchangers are built for environments where localized heat removal matters more than broad air delivery, making them a strong fit for constrained data halls and tightly packed infrastructure rows.
By capturing heat directly at the rear of the rack, this cooling approach helps reduce hot spots, improve temperature consistency, and support more predictable performance under sustained load. It is especially valuable in deployments where rack density has outgrown conventional perimeter cooling or where airflow management alone is no longer enough.
For teams planning around uptime, thermal headroom, and equipment longevity, rear door heat exchangers offer a practical way to add cooling capacity without reworking the entire room. The result is more controlled operation for critical systems, with cooling applied exactly where the heat is generated.
Ideal For
- High-density server racks in enterprise data centers
- Thermal management for constrained data hall deployments
- Rack-level cooling in environments with limited perimeter capacity
- Heat removal for critical compute rows under sustained load
Why This Product
- 1Removes heat at the rack instead of relying only on room cooling
- 2Better suited to dense rows than standard perimeter airflow
- 3Helps control hot spots in tightly packed infrastructure
- 4Supports thermal stability for sustained workloads