Tripp Lite SM2200RMDVTAA Ups Tower 2200VA 120V

Product Description

The TRIPP LITE SM2200RMDVTAA is a 2200VA tower-form uninterruptible power supply (UPS) rated for 120-volt AC applications. It conditions incoming utility power and provides battery backup to connected equipment during outages, sags, surges, and other power disturbances. Units in this class are deployed by electricians, IT infrastructure technicians, and facilities personnel to protect sensitive electronic loads from unplanned downtime. The 2200VA capacity supports multiple loads simultaneously, making it a practical choice for enterprise-grade power protection requirements.

This UPS is suited for enterprise environments where continuous uptime is critical. Typical installations include server rooms, network closets, telecommunications equipment racks, and workstation clusters. The tower form factor allows floor or shelf placement without requiring a dedicated rack enclosure, offering flexibility in equipment room layouts where rack space is limited or unavailable.

Key Features

• 2200VA capacity supports enterprise-level connected loads
• 120-volt input and output for standard North American electrical infrastructure
• Tower form factor for flexible floor or shelf deployment
• Battery backup protects against outages, sags, and surges
• Designed for enterprise uninterruptible power applications

Compatibility

Designed as an enterprise-class UPS for use with 120-volt AC-powered equipment including servers, network switches, storage devices, and telecommunications hardware in commercial and institutional installations.

Installation Notes

Installation and servicing should be performed by a qualified electrician or licensed IT infrastructure technician familiar with NEC requirements for UPS and battery backup systems. Power down all connected equipment before making load connections. Verify that the total connected load does not exceed the rated VA capacity of the unit before energizing. Battery replacement and internal service must be performed with the unit fully de-energized and disconnected from the utility supply.