APC Smart-UPS SMX3000RMLV2UNC 120 V UPS with Network Card
Supplies and Accessories
The APC SMX3000RMLV2UNC 120 V Smart-UPS with Network Card comes in handy during emergencies, and provides able support to mainstream IT and communications infrastructures.
Maintain organized and efficient network operating conditions, using the APC SMX3000RMLV2UNC UPS. With its output power capacity of 2700 W, this line-interactive UPS ensures optimum performance in case of sudden spikes in the power supply. Its powerful battery requires 3 hours of recharge time and offers a run time of 18 mins at half load and 6 mins at Full Load. Equipped with an intuitive display screen, it allows improved control and easy navigation for added convenience.
2700 W UPS with network Card protects your equipment in case of power outages or power fluctuations
Sealed lead acid battery offers a run time of 18 mins at half load and 6 mins at full load on a recharge time of 3 hrs
Dimensions: 3.35"H x 17.01"W x 26.26"D
Output voltage of 120 V to ensure adequate power supply
LED indicators for on line, on battery, replace battery, overload and multi-function LCD status and control console aid in seamless navigation
2U rack or tower mountable form features 1 x NEMA L5-30R, 3 x NEMA 5-15R, 3 x NEMA 5-20R receptacles
Equipped with 7 outlets, a 1 x SmartSlot, USB, Serial and NEMA L5-30P plug for seamless connectivity
Leakproof battery provides optimum security
8.01' cord allows you to set up your system at a comfortable distance
BSMI, CSA, EN 50091-2, EN 55022 Class A, ENERGY STAR (USA), FCC Part 15 Class A, NOM, TUV, UL 1778, VCCI Class A, REACH, RoHS compliant
Prevent data loss by ensuring power flows to your critical systems during outages with this APC rack-mountable smart UPS. The UPS gives you the power you need for continuous operation of systems you plug into the device, allowing you enough time to shut down your systems without losing data or damaging equipment in the process. It also allows you to hot swap your battery, keeping a clean and consistent stream of power flowing to the connected systems as you do so.
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