Liebert GXT3 2000VA RT230

Liebert GXT3 2000VA RT230 is a single phase UPS with on-line double conversion technology making it ideal for protecting critical loads that require continuous, high-quality AC power with zero transfer time to battery. Its 0.9 power factor provides increased power and efficiency for protected loads. In addition, its compact rack/tower design suits all types of installations giving it the flexibility to adapt to the space requirements of any application

One of the most affordable UPS systems in its class, Liebert GXT3 leads the industry in combining small size, high capacity and high reliability features:

• On-line design means zero transfer time from external to internal power. When utility power fails, your critical load remains supported by a seamless flow of power.
• Liebert GXT3 rated output power factor of 0.9 better matches up with switch-mode power supplies used in today’s IT equipment. A higher output power factor allows for a more efficient utilization of the UPS.
• The UPS provides easy serviceability with user replaceable hot-swappable batteries. For maximum control, Liebert GXT3 is custom configurable to your needs using a specially designed Windows software package.
  
  Ideally suited for:
• PCs
• Network workstations
• Servers
• Network closets
• Large network peripherals
• VoIP

Although Liebert GXT3 requires just a slim 2U of rack space, it provides the capabilities of a physically larger system. Get up to 3kVA of capacity and battery backup, in 120V or 230V systems. External battery cabinets may be added for extended run time.

Liebert GXT3 is a true on-line power source, so whatever the quality of power coming in, the pure sinewave output meets the exacting standards of your equipment.

Liebert GXT3 includes:

• Power factor correction
• Internal batteries
• Frequency conversion
• Internal automatic bypass to utility in case of adverse UPS conditions
• Manual bypass capability
• Support for up to four external battery cabinets (rack/tower models)

Liebert GXT3 handles all these potential power problems:

• Power spikes and transients
• EMI/RFI noise
• Voltage sags and brownout conditions
• Harmonics
• Power-factor corrected loads
• Outages
• Frequency variations