HP R5500 VA Uninterruptible Power System
Does your power protection strategy need to meet the same high standards as your IT hardware?
HP Rack-mountable Uninterruptable Power Systems focus on the three critical areas for uninterruptable power in dense data-center environments: power density, superior battery management and serviceability. Combining unity rating with more true wattage in smaller form factors, the HP Rack-mountable UPS is highly dense. The On-line On Demand hybrid technology optimizes efficiency and heat output during general operation. All HP Rack-mountable UPSs ship with the free HP Power Manager Software that incorporates Enhanced Battery Management, an exclusive patented technology that doubles battery service life, which lowers your costs. Hot-swappable batteries and intelligent automatic bypass for continuous power improve serviceability
Power Density
• HP Rack-mountable Uninterruptable Power Systems provide up to 12,000 watts (W) of power in a 6-U rack form factor. This equates to 2 KW per U space, which leads the industry in power density.
Superior battery management
• The HP Rack-mountable Uninterruptable Power Systems
incorporate Enhanced Battery Management: an exclusive, patented technology that doubles battery service life, extends battery recharge time, and provides advance notice of pending battery failure.
Serviceability
• HP Rack-mountable Uninterruptable Power Systems have a uniquely designed architecture, consisting of separate, hot swappable battery and electronics modules. The built-in intelligent automatic bypass feature offers continuous power to the connected load even if the modules are being replaced.
Enhanced System Flexibility with HP Option Cards
• Enhanced System Flexibility with HP Option Cards: The UPS R3000 XR models are equipped with a standard serial communications port via an internal slot. This option slot supports two option cards, the Six Port Card and the SNMP / Serial Port Card. These option cards seamlessly integrate into the back of the R3000 XR and provide increased system flexibility.
