Tripp Lite 5P1000RC Rackmount Ups 1000VA 2U

Product Description

The TRIPP LITE 5P1000RC is a 2U rackmount uninterruptible power supply designed for IT professionals and data center technicians who need reliable battery backup and power conditioning in space-constrained rack environments. This compact unit fits standard 19-inch equipment racks and delivers 1000VA of backup power to protect servers, networking equipment, and other critical loads from outages, surges, and power quality issues. Licensed electricians and IT infrastructure technicians are the primary installers. Its 2U form factor makes it a practical choice where rack space is limited.

The 5P1000RC is suited for small to mid-size server rooms, network closets, and edge computing deployments where rackmount form factor and dependable power backup are required. It supports both new rack installations and retrofit scenarios where an existing tower UPS is being replaced with a rackmount unit to consolidate space. The compact 2U design allows stacking multiple units in a single rack when additional capacity is needed.

Key Features

• 2U rackmount form factor fits standard 19-inch equipment racks
• 1000VA capacity supports servers, switches, and networking hardware
• Provides battery backup during outages and power conditioning against surges and noise
• Compact chassis optimized for space-constrained rack deployments
• Designed for IT infrastructure, network closets, and edge data center environments

Compatibility

Designed as an OEM-style rackmount UPS replacement for standard 19-inch rack enclosures used in IT and data center applications.

Installation Notes

Installation should be performed by a licensed electrician or qualified IT infrastructure technician familiar with NEC requirements for UPS systems. Power down or de-energize connected equipment before installing or servicing the unit. Secure the unit to rack rails using appropriate mounting hardware rated for the unit weight before connecting load devices. Do not exceed the rated VA capacity when calculating connected load.