Eaton Tripp Lite Series SmartOnline 1960VA 1770W 120V Double-Conversion UPS

The Eaton Tripp Lite SmartOnline Series UPS delivers enterprise‑grade power protection for critical equipment. Built around a robust double‑conversion online architecture, this 1960 VA, 1770 W unit maintains clean, regulated power to servers, storage devices, networking gear, and workstations even during severe utility disturbances. The 120 V output is designed for standard office and data‑center environments, while the seven outlets provide flexible protection for essential devices. The extended run option ensures longer autonomy for essential systems during outages, and the LCD interface makes it simple to monitor key parameters at a glance. With USB and DB9 serial connectivity and an optional network management card, administrators can keep devices safe, scale protections, and orchestrate graceful shutdowns across multiple machines and platforms. Designed for reliability in demanding settings such as education, healthcare, military, and government facilities, this UPS is a dependable backbone for protecting critical IT assets.

• Online double-conversion protection with precise power quality: The SmartOnline uses a true online double‑conversion topology to continuously convert incoming AC power to DC and back to a clean, regulated AC output. This eliminates voltage sags, surges, and waveform distortion from the grid, and provides a stable output with a tight voltage reference and consistent frequency. The result is smoother operation for sensitive electronics, reduced risk of data corruption, and more predictable performance for critical servers, storage arrays, and networking gear. The design minimizes transfer times and ensures uninterrupted operation during power events, so users can save work, complete transactions, and perform mission‑critical tasks without interruption.
• Robust capacity and flexible protection for multiple devices: With 1960 VA and 1770 W rating, this UPS can support a mix of servers, switches, routers, NAS devices, workstations, and other essential equipment. Seven outlets provide ample protection for core devices, enabling you to safeguard critical components of your IT infrastructure while allowing non‑essential gear to remain offline or on a separate circuit to optimize runtime. The unit is engineered to handle typical office and data‑center load profiles, delivering reliable power under peak and shoulder loads while maintaining clean output to protect valuable data and uptime.
• Extended runtime with smart battery management: The extended run capability helps keep essential systems online through longer outages or during maintenance windows. Battery health and runtime are managed with automated conditioning, fault detection, and predictive health checks to maximize battery life and reliability. When paired with compatible battery packs or configured for higher load resilience, you can tailor runtime to meet your specific service‑level requirements, ensuring critical services remain available while nonessential devices gracefully pause.
• Network, USB, and serial connectivity for remote management: An optional network management card enables centralized monitoring, alerts, and control across multiple UPS units. Local manageability is provided via USB and a DB9 serial interface, allowing integration with standard IT management platforms, shutdown software, and scripting environments. This makes it easy to monitor input/output voltage, load, battery health, alarms, and remaining runtime from a central console, and to orchestrate graceful shutdowns of servers and virtualized hosts without data loss during power events.
• User‑friendly LCD interface and practical tower design: The built‑in LCD panel presents real‑time status including input/output voltage, load level, battery status, fault indicators, and estimated runtime. Color‑coded LED indicators simplify comprehension at a glance, while the intuitive navigation makes configuration straightforward for technicians and administrators. The tower form factor fits neatly on a desk or floor, providing easy front‑panel access for maintenance, battery replacement, and quick diagnostics in office, classroom, or data‑center environments.

Technical Details of Eaton Tripp Lite Series SmartOnline 1960VA 1770W 120V Double-Conversion UPS

• Get this information from the "specifications" section of the product from https://ec.synnex.com/ using product "UPC" or "SKU" as reference

How to Install Eaton Tripp Lite Series SmartOnline 1960VA 1770W 120V Double-Conversion UPS

• Step 1: Choose the installation location. Select a stable, well‑ventilated area away from direct heat sources and moisture. If you plan to use a tower configuration, ensure the surface has sufficient clearance for airflow and easy access to the rear outlets and front panel.
• Step 2: Prepare the UPS and connected devices. Unbox the unit, verify the battery is seated properly, and identify which devices will be protected by battery power. Keep high‑demand equipment on protected outlets and distribute load to avoid overloading the unit during start‑up.
• Step 3: Connect to power and devices. Plug the UPS into a dedicated wall outlet that meets the unit’s specification. Connect critical devices—servers, storage, network gear, and workstations—to the battery‑backed outlets. Noncritical peripherals can remain on the UPS where appropriate or connected to surge‑protected outlets as recommended by the manual.
• Step 4: Attach management interfaces if needed. If you have the optional network management card, insert it into the proper slot and connect to the network. Connect USB and DB9 cables to the computer or management station to enable local monitoring and graceful shutdown scripting as part of your IT workflow.
• Step 5: Power up and configure. Turn on the UPS and allow the batteries to condition and reach full charge. Install and configure any shutdown software, set alert thresholds, and tailor notification channels (email, SNMP traps, or syslog) to align with your organization’s policies. If using the network card, configure IP settings and management access controls for secure remote operation.
• Step 6: Verify operation and test. Once configured, perform a controlled power‑down test to confirm graceful shutdown of protected equipment and to validate communication between the UPS, management software, and protected devices. Review event logs and adjust settings as needed for optimal protection.

Frequently asked questions

• What does 1960VA / 1770W mean? This specification reflects the UPS’s apparent power capacity (VA) and real power delivering capability (W). It indicates how much load the UPS can sustain while maintaining regulation and protection. The 1770 W rating represents the practical maximum load the unit can support under normal operation before derating or alarms occur.
• What is double‑conversion online topology? In a double‑conversion online UPS, incoming AC power is converted to DC, then converted back to clean, regulated AC power. This isolates protected equipment from input fluctuations, providing consistent voltage and frequency and delivering near‑zero transfer time during disturbances.
• Can I monitor and manage the UPS remotely? Yes. The unit offers an optional network management card for remote monitoring, alerts, and centralized control, along with USB and DB9 interfaces for local management. These features enable integration with existing IT monitoring tools and automated shutdown processes.
• How many outlets are protected and what’s the general protection scope? The UPS includes seven outlets to protect critical devices. This setup allows you to prioritize essential equipment, keep core systems online during outages, and use nonessential outlets for peripherals or devices that can be powered down during extended events. Always refer to the product manual for the exact outlet configuration and battery‑backed status.
• Which environments is this UPS best suited for? It is designed for environments that demand reliable power quality and protection for sensitive electronics, including education, healthcare, military, data centers, telecom rooms, and enterprise IT closets. It is also appropriate for small to midsize businesses needing robust uptime and centralized management capabilities.