Description

The Vertiv Liebert GXT4-5000RT230E is a high-performance 5000VA / 4000W online double-conversion uninterruptible power supply engineered to deliver continuous, zero-downtime power protection to critical IT infrastructure, telecom rooms, server closets, and enterprise edge equipment. Built with true double-conversion technology, this unit isolates connected systems from power cuts, sags, spikes, and line noise with zero transfer time and pure sine wave output.

(Please Note: This specific unit configuration is supplied without internal batteries. It is designed as a electronic chassis replacement or for integration with external battery cabinets/custom battery banks to scale runtime according to facility requirements).

Featuring a convertible 5U rack/tower design, the GXT4 includes an integrated maintenance bypass module (POD), an active ECO mode for enhanced efficiency (up to 97%), a rotatable LCD display, and six IEC C13 plus two IEC C19 output receptacles alongside hardwired terminals. Equipped with an IntelliSlot port for network management cards (SNMP/Web), it offers enterprise-grade power conditioning and monitoring capabilities.

Key Features

• True Double-Conversion Topology: Provides pure sine wave power conditioned against utility grid disturbances with zero transfer time (0ms).

• 5000VA / 4000W Power Capacity: Delivers 4000 Watts of active real power (0.8 PF) to support demanding server loads and network hardware.

• No Internal Batteries Supplied: Engineered for use with external battery cabinets (GXT4-144VBATT) or as a quick electronics chassis replacement.

• Flexible 5U Convertible Form Factor: Versatile chassis configuration for standard 19-inch rack enclosures or standalone vertical tower placement.

• Integrated Maintenance Bypass Module: Features a built-in power distribution unit (POD) with manual maintenance bypass switch for safe servicing without shutting down connected loads.

• High Operating Efficiency & ECO Mode: Operates up to 92% in double-conversion mode and up to 97% in active ECO mode to reduce electricity costs and thermal dissipation.

Technical Specifications