Apc GVSUPS10KB4HS Galaxy Vs Ups 10kw 400V 1-phase

Product Description

The APC GVSUPS10KB4HS is a Galaxy VS series uninterruptible power supply (UPS) rated at 10 kilowatts and designed for 400-volt, single-phase input applications. It delivers conditioned, backup power to critical loads during utility outages, voltage sags, and power disturbances. The unit is intended for enterprise and commercial environments where continuous uptime is essential for servers, network equipment, and sensitive electronics. Installation and commissioning are typically performed by licensed electricians or certified power systems technicians familiar with three-phase and single-phase distribution infrastructure.

The GVSUPS10KB4HS is suited for enterprise data center environments, commercial facilities, and industrial control rooms requiring reliable power protection at the 10 kW scale. Its 400-volt rating aligns it with standard European and international single-phase distribution systems. It is sold as an individual unit and is appropriate for both new deployments and replacement of aging UPS infrastructure in critical power applications.

Key Features

• 10 kW output capacity supports substantial critical load requirements
• 400-volt input rating compatible with standard international single-phase distribution
• Enterprise-class design for continuous, mission-critical uptime applications
• Single-unit configuration for straightforward deployment or system replacement

Compatibility

Designed as an enterprise-class uninterruptible power supply for use in commercial and data center environments requiring 10 kW of power protection at 400 volts, single-phase input.

Installation Notes

Installation must be performed by a qualified electrician in accordance with applicable local electrical codes and the NEC. Disconnect and lock out all upstream power sources before making any electrical connections. Verify that the supply circuit is rated for the UPS input current requirements before energizing. Do not bypass the UPS or connect it to an improperly rated circuit.