Vertiv
AC UNIT 4500 BTU 120V 9.5 AMPS
Out of Stock
Vertiv GL4500V AC Unit 4,500 BTU 120 V | In-Row Cooling, Enterprise
Vertiv
MPN: GL4500V
$4,529.35$6,866.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 4,500 BTU cooling capacity
- 120 V input voltage
- 9.5 A current draw
- Vertiv GL4500V model
- In-row cooling category
- AC unit configuration
- Stabilize critical equipment temperatures with 4,500 BTU of cooling capacity
- Support standard electrical planning using 120 V input power
Keep critical equipment within its thermal envelope with targeted cooling built for dense IT spaces. Vertiv GL4500V provides 4,500 BTU of cooling at 120 V and 9.5 A, making it a practical fit for localized heat loads that do not justify larger cooling systems.
This unit is designed for environments where rack-level temperature control matters more than room-wide conditioning. By focusing cooling where heat is generated, it helps reduce thermal stress on servers, network gear, and adjacent infrastructure. That can translate into steadier performance, fewer temperature-related alarms, and more predictable operation during peak load periods.
For teams planning around footprint, power availability, and thermal density, GL4500V offers a straightforward way to add cooling capacity without overbuilding the room. It is a strong choice when you need precise supplemental cooling for a specific row, enclosure, or equipment zone and want a Vertiv solution aligned to enterprise infrastructure standards.
Ideal For
- Supplemental cooling for a small server row with concentrated heat output
- Targeted thermal control in telecom closets and network equipment zones
- Localized cooling for edge infrastructure rooms with limited HVAC capacity
- Rack-adjacent cooling support where precise heat removal is required
Why This Product
- 1Lower cooling capacity than the 6,000 BTU model for smaller heat loads
- 2Same 120 V class simplifies electrical planning
- 39.5 A draw supports lighter power budgets
- 4Best suited to targeted supplemental cooling rather than larger zones