Power Protection and Battery Backup
Between severe weather, the aging electrical grid and hazards lurking inside your own walls, your servers and network hardware are under attack from power problems. Even a brief loss of power or a momentary surge can damage your equipment, corrupt your data, bring down your network and hurt your bottom line. Prevent damage, downtime and data loss by installing this SmartOnline UPS system. True on-line double conversion is the highest level of power protection available. It provides precise voltage regulation, delivers continuous sine wave output and isolates equipment from power problems.
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Common Applications
Protect Mission-Critical Servers and Network Hardware: Application Servers, Storage Servers, Database Servers, File Servers, Virtualization Servers, Proxy Servers, Web Servers, Cloud Platform Servers, Media Servers, VoIP Servers, Converged Infrastructure, Network Switches, PoE Switches, Firewalls, Network Appliances, Bridges, Gateways, Routers.
Protect Equipment with Active PFC Power Supplies: Active PFC power supplies found in many devices require sine wave power.
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Expandable Battery Backup
- Half-Load Runtime: This UPS system will support a 50% load (400W) for up to 14 minutes using the included batteries.
- Extended Runtime: This UPS system allows you to connect one or more optional external battery packs to provide additional backup runtime.
- Hot-Swappable Batteries: You can add or replace batteries without turning off the UPS system and disrupting the operation of connected equipment.
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On-Line, Double-Conversion Operation
- Continuous on-line, double-conversion operation provides precise voltage regulation and sine wave output. It isolates connected equipment from most power problems, including blackouts, brownouts, overvoltages, transient voltages surges, electromagnetic (EMI/RFI) line noise, harmonic distortion, electrical impulses and frequency variations.
- Zero transfer time to battery prevents malfunctions and reboots of sensitive equipment potentially caused by the transition from line power to battery-derived power during outages.
- Fault-tolerant automatic bypass maintains utility output and avoids downtime during a variety of fault and overload conditions.
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