| NFinity Products |
Part Number |
| 120V, 208V Output / 208V
Input |
| Liebert NFinity 4kVA Scalable to 16kVA N+1 Tower, 208V Input, 208
or 240V and 120V Output, 7 Battery Modules |
N104S0712600 |
| Liebert NFinity 8kVA Scalable to 16kVA N+1 Tower, 208V Input, 208
or 240V and 120V Output, 6 Battery Modules |
N108S0612600 |
| Liebert NFinity 12kVA Scalable to 16kVA N+1 Tower, 208V Input,
208 or 240V and 120V Output, 5 Battery Modules |
N112S0512600 |
| Liebert NFinity 16kVA Scalable to 16kVA N+1 Tower, 208V Input,
208 or 240V and 120V Output, 4 Battery Modules |
N116S0412600 |
| Liebert NFinity 4kVA Scalable to 16kVA N+1 Tower, 208V Input, 208
or 240V and 120V Output, 11 Battery Modules |
N204S1112600 |
| Liebert NFinity 8kVA Scalable to 16kVA N+1 Tower, 208V Input, 208
or 240V and 120V Output, 10 Battery Modules |
N208S1012600 |
| Liebert NFinity 12kVA Scalable to 16kVA N+1 Tower, 208V Input,
208 or 240V and 120V Output, 9 Battery Modules |
N212S0912600 |
| Liebert NFinity 16kVA Scalable to 16kVA N+1 Tower, 208V Input,
208 or 240V and 120V Output, 8 Battery Modules |
N216S0812600 |
| Liebert NFinity 12kVA Scalable to 20kVA N+1 Tower, 208V Input,
208 or 240V and 120V Output, 9 Battery Modules |
NB12S0912600 |
| Liebert NFinity 16kVA Scalable to 20kVA N+1 Tower, 208V Input,
208 or 240V and 120V Output, 8 Battery Modules |
NB16S0812600 |
| Liebert NFinity 20kVA Scalable to 20kVA N+1 Tower, 208V Input,
208 or 240V and 120V Output, 6 Battery Modules |
NB20F0612600 |
| 4 kVA / 2.8 kW Power Module |
NPWRMOD1X1 |
| Battery Module |
NBATTMOD |
| NFinity Features and Benefits |
| Availability |
| Modular design |
Provides fast serviceability and reduced maintenance requirements
via self-diagnosing, field-replaceable modules. |
| Configurable for N+1 internal redundancy |
Provides high availabilty through redundancy by allowing configuration
with one more Power Module than is necessary to support the connected
load. |
| IntelliControl Module |
The use of paired system control provides full systems functionality
in the event of any single failure and ensures that operations and
communications are always available. |
| Intelligent Power Module |
Ensures clean, uninterrupted power to protected equipment during
Power Module replacement. |
| IntelliBattery Module |
Ensures clean, uninterrupted power to protected equipment throughout
battery replacement. |
| Power Modules connected in parallel |
Enhances availability by allowing immediate, seamless recovery
from isolated module failures. |
| Battery modules connected in parallel |
Delivers higher availability through redundant batteries. |
| Automatic internal bypass |
Intelligent bypass technology provides seamless transfers to and
from the bypass source to insure continuity of power and provide
maximum system availability. |
| Adaptability |
| Scalable power capacity |
Reduces UPS over-sizing costs today by allowing quick upgrades
later. |
| Scalable runtime |
Allows quick addition of more runtime when needed. |
| Plug-and-Play external batteries |
Ensures clean, uninterrupted power to the loads when adding extra
runtime to the UPS. |
| Configurable power distribution |
Configurable output distribution provides flexibility to easily
connect multiple loads with various receptacle types and current
ratings. Receptacle range from 15A to 30A and can be selected in
a frame size of 6, 8 or 10 distribution plates. |
| Manageability |
| Intellislot Communications Port |
Utilizes OpenComms Web card to provide SNMP and web-based management
to your UPS. |
| Network manageable |
Provides remote management of the UPS over the network. |
| LED status indicators |
Quickly understand UPS status with indicators. |
| Serial Connectivity |
Provides management of the UPS via a serial port. |
| Serviceability |
| Predictive failure notification |
Provides early-warning fault analysis ensuring proactive component
replacement. |
| Automatic self-test |
Ensures early detection of potential problems by periodic testing
of UPS components. |
| Audible alarms |
Actively let you know if the unit is on battery, if the battery
is low or if there is an overload condition. |
| User-replaceable power modules |
Enables simple upgrades and replacements of the Power Modules. |
| User-replaceable batteries |
Enables simple upgrades and replacement of the Batteries. |
| Protection |
| Power conditioning |
Protects connected loads from surges, spikes, lightning, and other
power disturbances. |
| Frequency and voltage regulation |
Preserves battery life and maximizes runtime by correcting poor
frequency and voltage conditions without discharging the battery. |
| Input power factor correction |
Minimizes installation costs by enabling the use of smaller generators
and cabling. |
| Generator compatible |
Ensures clean, uninterrupted power to the loads in the event of
an extended power outage |
| Safety-agency approved |
Ensures product testing and approval to work safely with the connected
loads and within the environment. |
