Server Room and Network Closet - United States
Enter your requirements
User Site Voltage information_stroke You must select a basic voltage system for the site. Each voltage system consists of a set of voltages as follows:
device_not_commissioned 120 V system is typical of North America and includes 208 V, 240 V, 208 V 3-Phase, and 480 V 3-Phase; device_not_commissioned 230 V system is typical of most of the world and includes 400 V, 400 V 3-Phase; device_not_commissioned 100 V system is typical of Japan and includes 200 V; device_not_commissioned Typical voltage set for Taiwan is 110 V, 220 V 3-Phase, 380 V 3-Phase.
You must select a basic voltage system for the site. Each voltage system consists of a set of voltages as follows:
120V (& 208V, 480V) based on your current country selection. To update user site voltage, please
information_stroke Sum of power of all connected devices into the UPS.
Sum of power of all connected devices into the UPS.
Operating Voltages information_stroke You must select a basic voltage system for the site. Each voltage system consists of a set of voltages as follows:
device_not_commissioned 120 V system is typical of North America and includes 208 V, 240 V, 208 V 3-Phase, and 480 V 3-Phase; device_not_commissioned 230 V system is typical of most of the world and includes 400 V, 400 V 3-Phase; device_not_commissioned 100 V system is typical of Japan and includes 200 V; device_not_commissioned Typical voltage set for Taiwan is 110 V, 220 V 3-Phase, 380 V 3-Phase.
You must select a basic voltage system for the site. Each voltage system consists of a set of voltages as follows:
Run Time information_stroke The amount of minutes / hours on battery that the UPS will keep the connected devices powered up during an electrical outage.
The amount of minutes / hours on battery that the UPS will keep the connected devices powered up during an electrical outage.
information_stroke This field represents the amount of oversizing you wish to include in your configuration. For example, if your current configuration adds up to 400 watts of power draw, a 50% oversizing will make sure the recommended units can support your current draw (400 watts) + 50% of this draw (200 watts) for any future expansions.
This field represents the amount of oversizing you wish to include in your configuration. For example, if your current configuration adds up to 400 watts of power draw, a 50% oversizing will make sure the recommended units can support your current draw (400 watts) + 50% of this draw (200 watts) for any future expansions.
Rackmountable information_stroke Select this to limit search to UPSs that can be mounted within a rack.
Select this to limit search to UPSs that can be mounted within a rack.
Topology information_stroke Describes the architecture/design of the UPS which varies in performance and functionality.
Describes the architecture/design of the UPS which varies in performance and functionality.
UPS Selector FAQs
Why does the UPS Selector suggest a longer run time than I have determined from past APC product literature?
Does the UPS Selector recommend the lowest cost solution?
How can the UPS Selector say my PC draws 60 Watts when I know it has a 110 Watt power supply in it?
How does the UPS Selector work?
What if I want to see more solution options for my system?
Why does the UPS Selector indicate a lower power rating than the nameplate of my equipment?