



Vertiv GXT5 4900VA/4600W Online Double Conversion Rack Tower UPS(GXT5-6KL630RT5UXLN)
The Vertiv Liebert GXT5-6KL630RT5UXLN UPS offers premium power outage protection and continuous power conditioning in a flexible rack/tower design. It is ideal for centralized and edge network applications. This single-phase UPS has 3-wire system L-L-G, standard POD hardwire in/out with C13 and C19 output receptacles and with integrated maintenance bypass.
Key Features:
- Three-year comprehensive factory warranty for UPS and battery with next-day advanced exchange to support maximum availability
- High power factor operation up to unity, allows for more connected devices
- Energy Star® 2.0 certification; high efficiency in online (95%) and Active ECO (98%) modes
- Enhanced local and remote management capabilities for intelligent critical infrastructure management
- Auto-detection of external battery cabinets for scalable power
- Connected Equipment Protection Plan
Specifications:
- Model number: GXT5-6KL630RT5UXLN
- Rating: 4900VA/4600W
- Voltage range: 208 VAC nominal
- Input power: L6-30P
- Receptacles: (2) L6-20R and (2) L6-30R on 12-in. (300-mm) cords (on PD5-L630POD)
- Battery type: Valve-regulated, non-spillable, lead acid
- Warranty: 3 year warranty
- Dimensions (WxDxH): 16.9 x 23.6 x 8.5 in
- Weight: 149.1 lbs
Recent News
Why Modular UPS Systems Are a Smart Power Strategy
Today’s IT environments are evolving fast. From growing server rooms to decentralized facilities, one thing remains constant—reliable, scalable power protection is essential. Traditional UPS...
How to Choose the Right UPS System for Your Business: A No-Nonsense Buyer’s Guide
Downtime is expensive. Whether you're running a data center, a healthcare facility, or a manufacturing line, power interruptions can disrupt operations and lead to major...
Hospital Emergency Backup Failures – Why Medical Facilities Can’t Afford a UPS Failure
In the high-stakes world of healthcare, seconds can save lives—or cost them. When power outages strike, hospitals and medical facilities rely heavily on uninterruptible power...