APC by Schneider Electric Smart-UPS 20kVA Tower UPS

Protect your critical IT infrastructure with the APC by Schneider Electric Smart-UPS 20kVA Tower UPS. Engineered to deliver reliable, clean, and uninterrupted power for servers, storage devices, network hardware, and other essential equipment, this 20kVA online UPS provides robust surge protection, precise voltage regulation, and seamless runtime expansion. The 24U tower footprint is designed for flexible placement in data centers, server rooms, or network closets, and its scalable battery options let you tailor runtime to your workload. With intuitive management features and proven Schneider Electric reliability, this Smart-UPS is an ideal power protection solution for businesses that cannot afford downtime.

• Uninterruptible power protection with online, double-conversion topology delivers a continuous, clean sine-wave output to protect sensitive IT equipment from outages, voltage sags, and power disturbances.
• Scalable runtime with external battery cabinets (EBMs) to extend uptime during prolonged outages, enabling you to gracefully shut down workloads or keep critical services running when mains power is unstable.
• Flexible form factor: 24U Tower design that can be converted to a rack-mount configuration with an optional installation kit, offering versatile deployment in data centers, telecom rooms, or network closets.
• Advanced management capabilities: Local LCD interface for quick configuration and status checks, plus remote monitoring options via USB, RS-232, and an optional Network Management Card for centralized monitoring and safe shutdowns across multiple devices.
• Intelligent battery management and energy efficiency: Features automatic voltage regulation (AVR) to stabilize output without drawing down batteries unnecessarily, built-in battery self-tests, and efficient power conversion to reduce energy costs while maximizing battery life.

Technical Details of APC by Schneider Electric Smart-UPS 20kVA Tower UPS

• Model: APC by Schneider Electric Smart-UPS 20kVA Tower UPS
• Configuration: Tower form factor with optional rack-mount conversion kit for versatile installation
• Topology: Online, double-conversion with pure sine-wave output
• Output capabilities: Supports high-availability power for servers, storage systems, switches, and other critical IT equipment; scalable runtime with external battery cabinets
• Management and interfaces: Local LCD display; USB and RS-232 connections; compatible with Network Management Card for remote monitoring and orderly shutdowns

How to install APC by Schneider Electric Smart-UPS 20kVA Tower UPS

Installing the Smart-UPS 20kVA Tower involves a straightforward sequence to ensure safe operation and reliable protection for your IT environment. Begin by selecting a suitable location that provides adequate clearance for ventilation and service access, away from sources of heat, excessive dust, and direct sunlight. If you intend to use the tower in a rack environment, install the appropriate rack-mount kit before placement.

• Unpack the unit and inspect for any shipping damage. Position the UPS on a stable surface or within the rack, ensuring it is level and secure. If you plan to deploy EBMs, position them in a nearby space with accessible cabling and adequate ventilation.
• Connect external battery cabinets (EBMs) if you anticipate extended runtimes. Attach battery cabinets to the UPS per the installation guide, ensuring all interconnect cables are firmly seated. Do not power the UPS until all connections are complete.
• Connect the UPS input power cable to a properly grounded power source that matches the unit’s specifications. Ensure the circuit can handle the load and verify that the outlet is readily accessible for maintenance.
• Route protected equipment cables to the UPS outlets, leaving adequate space for airflow and avoiding overloading any single outlet bank. Do not daisy-chain devices beyond the UPS’s output capacity.
• Configure management options: plug a USB cable into a connected computer or install the optional Network Management Card for remote monitoring. Use the LCD interface to complete initial setup, run a self-test, and set alert preferences or automatic shutdown schedules as needed.
• Power on the UPS and allow it to perform its self-test sequence. Monitor the status indicators on the LCD and confirm all connected devices respond correctly to power events. Establish a maintenance plan that includes periodic battery tests and firmware updates when available.

Frequently asked questions

Q: What equipment is best protected by the APC Smart-UPS 20kVA Tower?

A: The Smart-UPS 20kVA Tower is designed to protect servers, storage systems, network switches and routers, virtualization hosts, and other critical IT gear that require clean, uninterrupted power. Its high-capacity output and scalable runtimes make it suitable for small to medium data centers and enterprise environments where uptime is essential.

Q: Can runtime be extended beyond built-in capacity?

A: Yes. Runtime can be extended by attaching external battery cabinets (EBMs) to the UPS. This allows you to tailor uptime for longer outages or to support graceful shutdowns for larger workloads during extended power events.

Q: How do I monitor and manage the UPS remotely?

A: The UPS supports multiple management paths. You can monitor locally via the built-in LCD panel, connect via USB or RS-232 for direct computer management, or install an optional Network Management Card to monitor and manage the UPS across a network. Schneider Electric’s PowerChute software is commonly used for graceful shutdowns and event logging.

Q: Is maintenance required for the battery system?

A: Yes. The Smart-UPS uses intelligent battery management to maximize battery life and reliability. Regular battery health checks and self-tests are recommended, and battery replacement should be planned according to manufacturer guidelines and runtime requirements.

Q: Can this unit be used in a quiet office or data-center environment?

A: While the Smart-UPS is built for data centers and network rooms, its design also supports office environments where quiet operation and reliable power are important. The unit is designed to minimize noise and heat generation while maintaining top-tier protection for sensitive equipment.