Product

Uninterruptible Power Supplies (UPS)

Liebert NXC 10kVA - 60kVA

Uninterruptible Power Supplies (UPS)

Liebert NXC 10kVA - 60kVA

Liebert NXC offer reliable and flexible secure power in a fully integrated package solution. It comes complete with highly efficient transformer-free double conversion technology providing installation and running cost savings.

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Features

Industry-leading efficiency:

  • High Efficiency
  • Unprecedented integrated autonomy
  • 0.9 output power factor
  • Unity input PF & low THDi 3%
  • Integrated circuit breakers
  • Wide voltage and frequency range
  • Three level inverter/rectifier
  • Replaceable power subassemblies
  • Intelligent battery management
  • Excellent generator adaptability
  • Common or dedicated battery configuration
  • Standard built in LBS and smart parallel function
  • Power walk-in enabled
  • Integrated transformer option
  • Flexible to accommodate inbuilt battery back up
  • Configured to deliver single or three phase power
  • External battery flexibility
  • Granual design architecture
  • Full front access
  • Service and fault diagnosis powered by black box function
  • High kW battery charger power
  • Equipped with advanced communication options
  • User friendly multilingual intuitive large LCD HMI

Specifications

Models Power Rating Input Voltage Output Voltage Height (in / mm) Width (in / mm) Depth (in / mm) Weight (lbs / kgs)
Liebert NXC 10kVA 9KW 305~477 at full load; 228-477 at 70% load 380/400/415 (3-phase) or 220/230/240 (1-phase) / 1240 mm / 500 mm / 860 mm / 115 kgs
Liebert NXC 15kVA 13.5kW 305~477 at full load; 228-477 at 70% load 380/400/415 (3-phase) or 220/230/240 (1-phase) / 1240 mm / 500 mm / 860 mm / 115 kgs
Liebert NXC 20kVA 18KW 305~477 at full load; 228-477 at 70% load 380/400/415 (3-phase) or 220/230/240 (1-phase) / 1240 mm / 500 mm / 860 mm / 115 kgs
Liebert NXC 30kVA 27KW 305~477 at full load; 228-477 at 70% load 380/400/415 (3-phase) or 220/230/240 (1-phase) / 1600 mm / 600 mm / 850 mm / 210 kgs
Liebert NXC 40kVA 36KW 305~477 at full load; 228-477 at 70% load 380/400/415 (3-phase) or 220/230/240 (1-phase) / 1600 mm / 600 mm / 850 mm / 210 kgs
Liebert NXC 60kVA 54KW 305~477 at full load; 228-477 at 70% load 380/400/415 (3-phase) or 220/230/240 (1-phase) / 1600 mm / 600 mm / 850 mm / 225 kgs

Benefits

Greatly reduces operational expenses Virtually eliminates the need for an external battery cabinet and the costs associated with its installation 11% more active power compared to a 0.8 PF UPS Minimizes installation costs by enabling the use of smaller generators, cabling and circuit breakers. Simplifies installation and reduces the need for external devices Wide input parameter range ensure UPS always run on utility power results in prolong battery life The voltage stress of the UPS semiconductors is reduced by half, thus ensuring prolonged life of the critical components Easy replacement in the event of failure significantly reduces the Mean Time To Repair (MTTR) Maximizes battery performance, life and reliability Flexible input performance adjust with generator and eliminate generator over sizing Allows the deployment of the cost effective common battery configuration Ensure trouble free installation and commissioning Progressively transfer load on generator Makes Liebert NXC compatible with: - Medical and other critical applications - Installation with two independent input sources - Installation in distribution without neutral. No need for external battery rack/cabinet Adapt as per your electrical infrastructure Allows a wider choice of battery and possible re-use of existing battery banks Low Mean time to repair (MTTR) Covers no extra space for service maintenance Over 150 electrical parameter are monitored and updated in every 10ms through black box function Allows for effective reduction of the battery re-charging time and increases its ability to manage long run times Compatible with most of the advanced communication platform including SNMP, MODBUS etc Intuitive LCD equipped with superior feature tracks multiple parameter simultaneously including efficiency graph etc

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