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General| Power Rating | 12-20 kVA |
|---|---|
| Input Frequency | 50/60 Hz |
| Output Frequency | 50/60 Hz |
| Frequency | 50/60 Hz |
| Cooling | Forced air |
| Topology | Double Conversion Online |
| Efficiency | Up to 94% |
| Form Factor | Tower |
| Humidity | 0-95% non-condensing |
| Input Voltage | 208/220/240VAC |
| Output Voltage | 208/220/240VAC |
| Battery Type | VRLA |
| Communication Ports | RS-232, USB, SNMP |
| Operating Temperature | 0 to 40 °C |
| Battery Runtime | Varies depending on load and battery configuration (Scalable) |
| Weight | 475 lbs (215 kg) without batteries |
Discusses the challenges of managing IT infrastructure in smaller data centers and network closets.
Introduces the Liebert Nfinity UPS system as a scalable, fault-tolerant solution for critical power needs.
Explains the wider input voltage range that minimizes battery operation and increases battery life.
Highlights compatibility with backup generators due to full-time output voltage and frequency regulation.
Details the system's high overload capability, sustaining 110% of rated load for an extended period.
Describes the two-year warranty for repair or replacement of the Liebert Nfinity UPS during the initial period.
Explains how the Liebert Nfinity's intelligent design enhances availability and flexibility.
Describes the compact and efficient design that saves valuable floor space.
Introduces Liebert Adaptive Architecture as a solution for mission-critical IT support across enterprises.
Highlights higher availability, flexibility, and lowest total cost of ownership through adaptive architecture.
Describes 8 Bay frame capacities up to 16 kVA non-redundant and 12 kVA N+1 redundant.
Details 12 Bay, 16 kVA frame capacities up to 16 kVA in N+1 redundant mode.
Outlines 12 Bay, 20 kVA frame capacities up to 20 kVA in N+1 redundant mode.
Explains the function of the system control module for communications and unit control.
Describes the independent 4 kVA power modules and their scalability.
Details the composition of battery modules and how they are housed within the frame.
Lists features contributing to higher availability, like hot-swappable modules and intelligent design.
Explains hot-swappable modules allowing replacement without power interruption.
Describes the fault-tolerant design where modules can go 'off-line' without compromising system integrity.
Highlights the design with N+x parallel redundancy for increased reliability.
Lists features related to flexibility, such as scalable models and customizable backup times.
Availability of scalable models and options for capacity/redundancy upgrades without new system purchase.
Allows customization of backup times by adding battery capacity without increasing footprint.
Discusses how the system reduces costs through longer battery life, modularity, and scalability.
Highlights reduced installation time/costs and lower maintenance costs due to design and features.
Details the intelligent design of modules and system controls enhancing functionality and reliability.
Provides 'wrap around' protection, allowing UPS service without interrupting power to loads.
Available for adding battery capacity to extend run time for protected loads.
Offers flexibility to connect multiple loads with various receptacle types and current ratings.
Details comprehensive firmware for controls, operating information, and communication capabilities.
Describes the LCD display and LED diagram for user communication and system configuration.
Covers standard dry contacts, serial port, and Intellislot ports for various communication options.
Introduces Liebert MultiLink software for preventing data loss via orderly system shutdowns.
Highlights optional service programs to enhance UPS availability and operational smoothness.
Ensures correct installation and operation verification by a factory-trained engineer.
Connects UPS to a 24/7 center that monitors critical equipment and initiates responses.
Activates a 24-hour service network providing access to factory-trained engineers.
Guarantees a response time from call receipt to engineer arrival on-site.
Assesses equipment status and performs necessary corrective adjustments or repairs.
Summarizes how the system provides critical power, higher availability, flexibility, and low TCO.
Details units, ratings, EMC levels, safety standards, operating temperature, humidity, and altitude.
Provides dimensions (width, depth, height) for 8 Bay and 12 Bay configurations.
Covers nominal input voltage, power factor, and input frequency range.
Details battery capacity, autonomy time, recharge time, and nominal voltage.
Includes output voltage, voltage regulation, transient response, stability, recovery time, and distortion.
Covers output frequency, efficiency at 100% load, and output overload capability.
Lists contact details for Liebert Corporation in the U.S., Italy, and Asia Pacific.
Provides phone numbers for 24/7 technical support for the Liebert Nfinity UPS.
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