Vertiv
AC UNIT 1000 BTU 120V-60HZ 3.1 AMPS
Out of Stock
Vertiv GL1000MMR AC Unit 1,000 BTU 120 V | In-Row Cooling, Edge
Vertiv
MPN: GL1000MMR
$3,327.41$5,044.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 1,000 BTU cooling capacity
- 120 V input voltage
- 3.1 A current draw
- In-row cooling system
- Vertiv manufacturer platform
- MPN GL1000MMR
- UPC 767041061871
- Protect compact IT spaces with 1,000 BTU cooling capacity
Maintain stable operating temperatures in smaller IT environments with Vertiv GL1000MMR. Rated at 1,000 BTU, this in-row cooling unit is built for targeted thermal management where heat loads are modest but reliability still matters. Its 120 V input and 3.1 A draw make it straightforward to plan into compact electrical environments while still providing dedicated cooling close to the equipment.
This model is a strong fit for edge deployments, network rooms, and other spaces where a full-scale cooling system would be more than the site requires. By matching cooling capacity to the actual load, it helps avoid the inefficiency and complexity that come with oversized equipment. That matters when floor space, power budget, and thermal headroom are all constrained.
Vertiv’s cooling portfolio is built for infrastructure teams that need predictable performance and clear capacity planning. GL1000MMR gives you a focused option for smaller deployments where the right amount of cooling is more valuable than excess capacity. It is a practical choice for buyers who want to protect equipment, preserve uptime, and keep thermal management aligned with the environment.
Ideal For
- Cooling a small server room with limited heat load
- Supporting edge infrastructure in a compact telecom space
- Adding dedicated cooling to a network closet
- Maintaining inlet temperatures in a low-density IT deployment
Why This Product
- 1Smaller capacity suits compact deployments
- 2120 V input fits common electrical setups
- 33.1 A draw keeps power planning simple
- 4In-row design targets heat at the source