Eaton Tripp Lite 9PX1000RT 9PX 1000VA 900W 120V Online Double-Conversion UPS - 5-15P, 8x 5-15R Outlets, Cybersecure Network Card Option, Extended Run, 2U Rack / Tower

Designed to keep critical IT and security systems operational, the Eaton Tripp Lite 9PX1000RT online double-conversion UPS delivers reliable, clean power for servers, network switches, access control and surveillance equipment. This Eaton Tripp Lite UPS provides 1000VA/900W capacity at 120V with sine-wave output and eight 5-15R outlets in a compact 2U rack/tower chassis—ideal for data closets, edge deployments and small racks. Businesses benefit from expandable, hot-swappable battery options for extended runtime, plus managed load shedding to prioritize surveillance recorders and monitoring hardware during prolonged outages. For remote sites, the optional NETWORK-M3 Gigabit network card offers secure, standards-based management (UL 2900-1 and IEC 62443-4-2), remote firmware updates without downtime, and safe shutdown capabilities to protect data integrity. Environmental monitoring support adds temperature and humidity visibility for sensitive installations. Backed by a 3-year limited warranty, the 9PX1000RT combines robust power protection with cybersecure network management to safeguard your infrastructure. Configure runtime or add the NETWORK-M3 card today to protect servers, security and surveillance systems at the edge — contact us to specify your setup.

• Continuous, clean sine-wave power to protect servers, switches and security appliances from blackouts, brownouts and line noise
• Expandable runtime with hot-swappable battery options so critical surveillance and monitoring systems stay online during extended outages
• Remote management via optional NETWORK-M3 card for secure, firmware-updatable control, load shedding and graceful shutdowns
• Compact 2U rack/tower form factor with eight NEMA 5-15R outlets to simplify deployment in network closets and edge racks
• UL 2900-1 and IEC 62443-4-2 compliant cybersecure management option reduces vulnerability for connected infrastructure