



The APC Symmetra PX SY250K500DL-PD UPS System is a high-performance, high-efficiency, and high-capacity three-phase power protection solution designed for medium- to large-sized data centers and mission-critical environments.
This system consists of swappable power modules and battery modules for easy capacity upgrades and module servicing. You can conveniently scale up the power and runtime as demand grows, or when high levels of availability are required. With industry-leading power density, this system is space-efficient and able to fit seamlessly on your data center's floor. It's also network manageable, and features self-diagnostic capabilities, maintenance bypass, and on-the-fly firmware upgrades, resulting in increased overall data center reliability.
This systems includes two APC Symmetra PX 250/500kW battery enclosures for up to eight battery modules, ten APC Symmetra PX 25kW power modules (400/480V), and one APC Symmetra PX 500kW static switch module (400/480V).
Features
* Product Type: Line-interactive UPS
Ultra-high-Efficiency Power Module — 96% in full-protection modeProvides the flexibility to scale the power capacity in 25 kW increments, and adds N+1 capability and a fully rated double-conversion inverter for providing more real power.
Modular BatteriesConnected in parallel for increased availability, the swappable battery modules feature advanced battery monitoring and temperature-compensated charging, extending the battery life.
Parallel CapabilityFurther enhance your data center’s resilience by adding system-level redundancy to your modular Symmetra PX UPS.
Dual Mains Input/OutputAllows for connection to two separate power inputs for increased availability — top or bottom.
10-inch LCD Touchscreen DisplayOffers a clear graphical/text-based overview of alarms, status data, and instructional help that minimizes the risk of operator errors.
Built-in Static Bypass SwitchThe swappable static bypass switch enables the UPS to transfer the load to utility power, without interruption, in case of heavy overloads or faulty conditions.