Symmetra PX 10kW Power Module, 208V, High Efficiency

The Symmetra PX 10kW Power Module delivers enterprise-grade power protection with unmatched density, reliability, and efficiency. Built for data centers, enterprise IT rooms, and critical network infrastructure, this 208V online double-conversion system provides scalable runtime and modular, serviceable design that grows with your organization while minimizing downtime and energy waste. With its advanced power electronics, robust protection features, and integrated management capabilities, the Symmetra PX 10kW is engineered to safeguard your most valuable equipment and workloads.

• High-density, double-conversion online protection. The system continuously converts AC input to DC and back to clean AC output, delivering uninterrupted power with zero-transfer time for sensitive servers, storage, and networking gear, even during outages or voltage disturbances.
• Scalable runtime through modular battery packs. Add hot-swappable battery modules to expand runtime as your facility grows, without needing to take critical systems offline or disrupt operations.
• 208V optimized performance for data centers. Tailored for 208V distribution networks, it delivers stable voltage, reduced heat, and efficient operation in modern data centers and IT closets that rely on 208V power architectures.
• Energy-efficient design to lower total cost of ownership. Sophisticated power electronics and optimized cooling minimize energy losses, contributing to lower utility bills and improved thermal management in dense rack environments.
• Comprehensive management and monitoring. Real-time performance insights, remote access, and seamless integration with standard management tools via SNMP, web, and API interfaces simplify proactive maintenance and incident response.

Technial Details of Symmetra PX 10kW Power Module, 208V, High Efficiency

• Power rating: 10 kW nominal power, aligned with the PX modular family to allow future expansion as requirements grow.
• Input voltage: 208V AC, compatible with common data center and telecom power distributions for enhanced efficiency and streamlined integration into existing infrastructure.
• Topology: Double-conversion online UPS with continuous power conditioning and isolation to protect against outages, sags, surges, and harmonic distortion.
• Output characteristics: Regulated, clean sine-wave output designed to support sensitive IT loads with precise voltage and frequency stability.
• Efficiency: High-efficiency architecture that minimizes energy waste and heat generation, helping to lower operating costs in dense rack environments.
• Runtime scalability: Modular battery packs enable flexible runtime expansion without requiring system-wide downtime.
• Protection features: Comprehensive protections including input undervoltage/overvoltage, short-circuit, overload safeguards, and automatic voltage regulation to preserve equipment integrity.
• Physical design: Modular, rack-mountable form factor with hot-swappable components for minimal maintenance windows and rapid serviceability.
• Management and connectivity: Integrated management with SNMP, web interface, and API access for effortless monitoring, alerting, and integration into DCIM or ITSM workflows.
• Environmental and safety: Built to meet international safety and electromagnetic compatibility standards, suitable for deployment in data centers, server rooms, and critical IT environments.

how to install Symmetra PX 10kW Power Module

Installing the Symmetra PX 10kW Power Module should be performed by qualified electrical personnel in accordance with local codes and the manufacturer’s installation guidelines. The following high-level steps provide a typical deployment path and should be adapted to your facility’s rack layout, power distribution, and security requirements.

• Plan and prepare the installation area. Ensure adequate rack space, ventilation, and ambient temperature within the recommended range. Verify that the 208V input supply is available, properly routed, and protected by appropriate breakers or fuses. Confirm that line voltage and phase configuration match the UPS input requirements.
• Power down and isolate equipment. Before physical installation, de-energize the rack and isolate nearby equipment as required. Use lockout/tagout procedures per facility policy to prevent accidental power restoration during installation.
• Mount the power module. Place the module in the designated rack position using the appropriate mounting hardware. Securely fasten rails or chassis to ensure stability and clear access for maintenance and battery module installation. Provide sufficient space for airflow and service clearance.
• Connect input power. Attach the 208V input cables to the UPS input terminals according to the wiring diagram in the installation guide. Use correctly rated cables and protective devices, and follow all local electrical codes and Schneider Electric guidelines for protection, grounding, and labeling.
• Install and connect battery modules (if required). Attach hot-swappable battery packs in the indicated bays, connect to the UPS as specified, and verify proper alignment and secure connections. Confirm battery health and firmware compatibility if applicable.
• Connect outputs and protected loads. Route the critical loads to the UPS output distribution, ensuring that the total connected load remains within the rated capacity and that distribution among circuits is balanced to avoid overloads.
• Configure management interfaces. Connect network interfaces for management (LAN, SNMP, or web). Assign IP addresses, set alert thresholds, and configure user accounts and access permissions in accordance with your organization’s security policies.
• Power on and perform validation tests. Restore power, initialize the UPS, and run built-in self-tests to verify operation, battery health, and communication with management software. Validate voltage, frequency stability, and alarm/alert functioning.
• Document the deployment. Record serial numbers, firmware versions, rack location, wiring diagrams, and test results for future service and compliance audits. Establish a routine maintenance schedule and backup procedures for runtime expansion and firmware updates.

Frequently asked questions

• Q: What is the primary benefit of the Symmetra PX 10kW Power Module? It provides high-density, double-conversion online power protection with scalable runtime, designed to minimize downtime for mission-critical IT equipment and to optimize energy usage in 208V data center environments.
• Q: Can runtime be expanded after installation? Yes. Runtime can be expanded by adding hot-swappable battery modules, enabling you to tailor uptime to evolving business demands without rebooting protected equipment.
• Q: Is 208V input common for data centers? Yes. The 208V configuration aligns with common data center and IT room power distributions, offering efficient operation and compatibility with standard rack power systems.
• Q: How do I monitor the Symmetra PX modules? The system includes integrated management interfaces (SNMP, web, and API) and can be integrated with existing DCIM or ITSM tools for centralized monitoring, alerting, and reporting.
• Q: Does this module protect against power disturbances? Absolutely. The double-conversion topology and output regulation shield loads from outages, sags, surges, frequency variations, and waveform distortion, preserving uptime for critical devices.
• Q: Is installation restricted to certain environments? While designed for data centers and IT rooms, the Symmetra PX 10kW maintains reliable operation across a range of climate-controlled environments when installed per guidelines, with proper ventilation and grounding.