Tripp Lite AV550SC Audio Video Backup Power Ups

Product Description

The TRIPP LITE AV550SC is an audio/video backup power block designed to provide uninterrupted power supply (UPS) protection for home theater and AV equipment. It conditions and regulates incoming AC power while supplying battery backup during outages or voltage fluctuations. This type of unit is typically installed by electricians or AV technicians working on residential or light commercial entertainment systems. It ships as a single unit and is classified within the uninterrupted power supply category, making it suitable for scenarios where continuous, clean power delivery to sensitive audio and video components is required.

The AV550SC is intended for use with audio and video equipment such as receivers, displays, gaming systems, and related AV components. It is well suited for residential installations where protecting sensitive electronics from power interruptions, surges, and line noise is a priority. Installers typically mount or position this unit near the AV equipment it protects, keeping it accessible for battery service and outlet access.

Key Features

• Provides battery backup to maintain operation of connected AV equipment during power outages
• Conditions incoming AC power to reduce noise and voltage irregularities reaching connected devices
• Designed specifically for audio and video equipment protection applications
• Single-unit packaging for straightforward installation and deployment

Compatibility

Designed as an OEM-style UPS replacement or direct installation unit for residential and light commercial audio/video system protection applications.

Installation Notes

Installation is typically performed by a licensed electrician or qualified AV technician. Power down all connected AV equipment before connecting or disconnecting the unit. Follow local electrical codes and the NEC when wiring or placing the unit in an equipment rack or entertainment center. Do not overload the unit beyond its rated capacity; verify total connected load against the unit's output rating before energizing.