Vertiv
TOP PANEL TWO 550 CFM FANS 1100 CFM
Out of Stock
Vertiv TPE-292F10-230 Top Panel 1,100 CFM | Rack Fans, 230V
Vertiv
MPN: TPE-292F10-230
$886.90$1,286.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 1,100 CFM total airflow
- Two 550 CFM fans
- 230V input
- Top-panel rack mounting
- Vertiv enclosure accessory
- Rack-level active exhaust cooling
- Designed for high-density equipment spaces
- Remove trapped heat from the rack using 1,100 CFM total airflow
Move heat out of the rack before it becomes a reliability problem. Vertiv’s Top Panel Two fan assembly delivers 1,100 CFM total airflow through two 550 CFM fans, helping exhaust warm air from enclosed equipment spaces that run hot under sustained load. It is designed for rack environments where airflow management matters as much as power distribution.
This top-panel configuration is a practical fit for infrastructure teams that need predictable thermal relief without moving to a larger cooling system. By accelerating hot-air removal at the top of the enclosure, it supports more consistent operating conditions for network, compute, and storage gear packed into limited rack space.
For facilities standardizing on Vertiv enclosure accessories, this model offers a straightforward way to improve airflow at the rack level. The 230V design aligns with common enterprise power environments, while the dual-fan layout provides the airflow capacity needed for higher-density deployments. It is the kind of accessory that earns its place by protecting uptime, not by adding complexity.
Ideal For
- Top-exhaust cooling for enclosed server racks
- Thermal management in network closets with limited room airflow
- Supplemental cooling for dense storage and compute enclosures
- Rack accessory deployments in 230V enterprise facilities
Why This Product
- 1Higher total airflow than single-fan top-panel accessories
- 2Dual 550 CFM fans support denser rack loads
- 3230V input fits enterprise electrical environments
- 4Top-panel exhaust design targets trapped hot air at the rack ceiling