Vertiv
VERTIV- EDGE THERMAL KIT DOOR 42UX19 BCM2000 60HZ
Out of Stock
Vertiv EDGE Thermal Kit Door 42U x 19 BCM2000 60 Hz | Rack Accessory
Vertiv
MPN: 163972G4L
$2,324.25$3,255.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- Vertiv thermal kit door accessory
- 42U rack height support
- 19-inch rack width compatibility
- BCM2000 system fitment
- 60 Hz configuration
- Rack-accessory form factor
- Stabilize rack airflow with a thermal kit door for Vertiv BCM2000 enclosures
- Support controlled intake and exhaust paths using a 42U x 19 rack format
Preserve cooling discipline at the rack face with a thermal kit door designed for Vertiv BCM2000 environments. In dense infrastructure, front-door airflow control can be the difference between stable operation and avoidable thermal drift. This 42U x 19 kit supports that control by helping separate intake and exhaust paths at the enclosure level.
For teams managing mixed loads, the value is not cosmetic. It is about keeping conditioned air where it belongs, reducing bypass, and giving the cooling system a more predictable load profile. That matters in rooms where every degree and every watt of cooling capacity is already accounted for.
Built for rack-based deployments that need a purpose-fit thermal accessory, this door kit aligns with enterprise enclosure planning rather than generic fitment. It is a practical choice when the rack is part of the thermal design, not just a place to mount equipment. For infrastructure teams protecting uptime and extending the useful life of cooling assets, that precision is worth the investment.
Ideal For
- Front-door thermal management for Vertiv BCM2000 rack deployments
- Airflow control in high-density server rooms
- Enclosure-level cooling separation in enterprise racks
- Thermal planning for infrastructure rooms with constrained cooling capacity
Why This Product
- 1Purpose-fit for Vertiv BCM2000 environments
- 2Supports 42U x 19 rack configurations
- 3Focuses on airflow control rather than open-frame access
- 4Designed for enclosure-level thermal management
