Eaton Tripp Lite SU2000LCD1U 2000VA 1600W Online Double-Conversion UPS | 5 Outlets | 1U Rack-Mount

Secure your critical servers and network equipment with robust power protection, ensuring uninterrupted operation through power failures and fluctuations. This Eaton Tripp Lite SU2000LCD1U 2000VA 1600W Online Double-Conversion UPS delivers pure sine wave output with zero transfer time, safeguarding your valuable data and hardware. Its 1U rack-mount design saves precious space while offering 5 NEMA 5-20R outlets, intelligently divided into two switchable load banks for remote management and selective reboots of connected devices. Achieve continuous uptime, knowing your system is protected by 540 joules of surge suppression and a field-replaceable battery providing 10 minutes of backup at half load.

Optimize your energy consumption and simplify management with this ENERGY STAR-certified UPS. Leverage the intuitive front-panel LCD to monitor vital UPS data, and utilize the RS-232 and HID-compliant USB ports for automatic, safe shutdowns via free PowerAlert software. For enhanced control and proactive alerts, easily add the optional WEBCARDLXE network interface for 24/7 remote monitoring and the autonomous Auto Probe feature. This unit seamlessly integrates into your existing rack infrastructure, requiring only 1U of space within your 4-post rack, providing exceptional defense against power irregularities for your mission-critical applications.

• Eaton Tripp Lite SU2000LCD1U UPS
• USB cable
• RS-232 cable
• Rack-mounting hardware
• Owner's manual
• 2-year limited warranty

The Eaton Tripp Lite SU2000LCD1U UPS delivers true on-line double-conversion protection, ensuring your critical network equipment receives pure sine wave output with zero transfer time during power events, thanks to its 1600W capacity and robust voltage regulation. Its innovative design, including two individually controllable NEMA 5-20R outlet banks and a 1U rack-mount form factor measuring 44 x 440 x 710 mm (1.73 x 17.32 x 27.95 in), makes it an ideal solution for optimizing space and remotely managing power for servers, switches, and other sensitive electronics, all while being ENERGY STAR-certified for efficiency and cost savings.

• High Capacity Power Protection: This 120V on-line double-conversion UPS provides 2000VA/1600W with a pure sine wave output to protect your critical server and network equipment.
• Zero Transfer Time: Ensures seamless operation and prevents equipment downtime with instantaneous transfer between on-line and battery modes.
• Individually Controllable Outlets: Five NEMA 5-20R outlets are split into two switchable load banks, allowing remote reboots or load shedding of connected devices.
• Extended Battery Runtime: The hot-swappable internal battery delivers 10 minutes of runtime at half load (800W) or 3 minutes at full load (1600W), ensuring ample time for safe shutdowns.
• Energy and Cost Efficient: ENERGY STAR-certified with an Economy mode option that saves money and reduces BTU output when utility power quality is high.
• Frequency Conversion Capability: Corrects or converts incoming frequencies (50 Hz to 60 Hz and vice versa) to match your connected equipment's requirements.
• Intuitive LCD Interface: Features eight selectable screens for UPS data and configuration options, providing clear, real-time status and operational feedback.
• Advanced Communication Ports: Includes RS-232 and HID-compliant USB ports for automatic, unattended shutdowns with free PowerAlert software, plus EPO/ROO capabilities.
• Compact 1U Rackmount Design: Installs in just 1U of space in an EIA-standard 19-inch 4-post rack, including all necessary mounting hardware.
• Optional Remote Management: A slot for an optional WEBCARDLXE network interface (sold separately) enables 24/7 remote monitoring, control, and automated alerts via secure web browser, SNMP, or telnet.
• Ideal For: Delivering continuously regulated sine wave output to mission-critical equipment, protecting connected components from surges and spikes, and maintaining operation during power failures in small-to-medium data centers or computer rooms.