Description
APC Symmetra LX 4kVA scalable to 8kVA N+1 Tower, 208/240V
Experience enterprise-grade power protection in a compact, scalable footprint designed for space-constrained server rooms, data networks, and voice infrastructure. The APC Symmetra LX 4kVA scalable to 8kVA N+1 Tower delivers high-performance, redundant power with modular growth capability, ensuring continuous uptime for critical IT loads. Built for reliability in demanding environments, this tower UPS combines scalable capacity, N+1 redundancy, and streamlined serviceability to protect your most vital equipment—from servers and storage to networking gear and virtualization platforms. Whether you’re deploying a small data center, a remote office, or a growing server room, the Symmetra LX is engineered to simplify power management while maximizing availability and efficiency.
- Modular scalability for future growth: Start with 4 kVA of protected capacity and expand to 8 kVA as your IT footprint grows, without replacing the core unit. The scalable architecture supports additional modules and runtime, enabling you to align power with workload and demand while preserving uptime.
- N+1 redundancy for unmatched availability: Designed with redundant cooling/power paths, hot-swappable modules, and an N+1 configuration, the Symmetra LX minimizes single-point failures and delivers continuous protection for critical loads even during maintenance or component replacement.
- Space-saving tower design for tight IT spaces: Engineered for space-constrained server rooms, dense data closets, and edge deployments. The tower form factor fits easily beside racks or in compact rooms, delivering robust protection without expanding your footprint.
- 208/240V input readiness and robust output protection: Engineered for IT environments that rely on 208/240V infrastructure, delivering clean, reliable power to servers, storage, networking, and voice/data networks with consistent voltage regulation and surge suppression.
- Hot-swappable power and battery modules for fast maintenance: Modular, hot-swappable components allow maintenance or upgrades without powering down critical equipment, helping you reduce downtime and extend runtime with optional battery expansion modules.
Technical Details of APC Symmetra LX 4kVA scalable to 8kVA N+1 Tower, 208/240V
- Power rating: Base 4 kVA, scalable to 8 kVA with modular expansion to support growing workloads and maintain N+1 protection.
- Redundancy and architecture: N+1 redundancy with modular hot-swappable components, designed to minimize downtime and maximize availability in mission-critical environments.
- Form factor: Tower configuration optimized for space-constrained server rooms and edge deployments; adaptable to small data centers where rack space is at a premium.
- Input voltage: Configured for 208/240V IT power distribution, suitable for facilities using high-voltage commercial power.
- Output protection: Delivers clean, continuous power to IT loads with robust voltage regulation and protection against surges, sags, and outages.
- Runtime expansion: Optional battery modules provide scalable runtime to match maintenance windows, backups, and power-down sequencing needs.
- Management and monitoring: Integrated management interfaces (networked and local) support remote monitoring, alerting, and integration with APC PowerChute and SNMP-based systems for centralized control.
- Topology and efficiency: Online double-conversion topology ensures consistent, high-quality output regardless of input conditions; designed for efficiency in continuous operation across workloads.
- Installation flexibility: Suitable for standalone tower deployment or integration with surrounding IT infrastructure, minimizing disruption during installation or upgrades.
How to install APC Symmetra LX 4kVA scalable to 8kVA N+1 Tower, 208/240V
- Plan and prepare the installation site: Choose a stable, ventilated area with adequate clearance for access to rear cables and maintenance. Ensure ambient temperature, humidity, and airflow meet the device’s operating specifications. Confirm the availability of 208/240V input power and appropriate distribution panels to support 4 kVA initially, with room for expansion.
- Unpack and inspect: Remove packaging, inspect the unit, and verify that all modular components, battery modules (if included), and connection cables are present. Check for any signs of transit damage and confirm serial numbers align with your purchase records.
- Mounting and placement: Position the tower UPS in a dedicated equipment area. If you plan to space it near a rack, ensure there is sufficient room for airflow and service access. Level the unit to prevent vibration and ensure stable operation over time.
- Install modular components: Attach hot-swappable power modules and optional battery modules as needed. Follow the manufacturer’s instructions for securing modules, ensuring proper alignment, and engaging connector latches to enable hot-swapping without powering down your critical loads.
- Connect input and output wiring: Route the 208/240V input supply to the UPS input terminals or feed-through lugs as specified. Connect protected loads to the UPS output, using appropriate circuit breakers and wire sizing per local electrical codes. Verify polarity and grounding to ensure safe operation.
- Configure management interfaces: Connect the UPS to the network for remote monitoring and control. Set up IP addressing, SNMP, and PowerChute (or preferred management software). Configure alert thresholds, notification contacts, and shutdown sequencing for downstream equipment to ensure graceful power-down during extended outages.
- Initiate startup and verification: Power on the unit following the startup procedure. Confirm that the UPS initializes correctly, all modules are recognized, and the status indicators show normal operation. Run an abbreviated runtime test or battery discharge test as recommended by the manufacturer to validate protection and response times.
- Plan for expansion and ongoing maintenance: Schedule regular maintenance windows for module checks, firmware updates, and battery health assessments. Maintain an inventory of spare parts and battery modules to minimize downtime during planned expansions or unexpected failures.
Frequently asked questions
What is the APC Symmetra LX 4kVA with scalable to 8kVA? The Symmetra LX is a modular, scalable Uninterruptible Power Supply (UPS) designed for small to mid-sized data centers, server rooms, and network closets. It provides redundant power protection with the ability to scale capacity from 4 kVA to 8 kVA, supporting N+1 configurations to maximize uptime and minimize single-point failures.
What applications is this UPS best suited for? It is ideal for space-constrained environments that require high availability for servers, storage, virtualization platforms, and network devices. Its tower form factor and modular design make it suitable for edge deployments, data closets, and compact data centers that demand reliable power without compromising floor space.
Can I upgrade from 4 kVA to 8 kVA without replacing the entire unit? Yes. The scalable architecture allows you to add modules to increase capacity to 8 kVA while preserving the same UPS chassis and protections, enabling a gradual, cost-efficient upgrade path as your environment grows.
What kind of maintenance or downtime is required for expansions or battery upgrades? Maintenance is designed to be performed with hot-swappable modules, minimizing downtime. Battery modules and power modules can be replaced or added without powering down the connected IT loads in many configurations, but always follow the manufacturer’s safety and maintenance procedures for your exact setup.
How do I monitor and manage the Symmetra LX? The system includes built-in management interfaces and supports APC management software (PowerChute) and SNMP for centralized monitoring. You can view real-time status, receive alerts, and integrate UPS data with your existing IT operations and data center infrastructure management (DCIM) workflows.
Is the Symmetra LX compatible with virtualization environments? Yes. By providing clean, stable power to virtual hosts, storage, and networking equipment, it helps minimize virtual machine migration interruptions and maintains performance during power disturbances, which is critical in virtualization-heavy environments.
What voltage configurations are supported? The unit is designed for 208/240V input configurations, aligning with common data center and IT infrastructure deployments in North America and select international markets.
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