Mercury MPM 2K 2KVA/1.8KW Online UPS 0.9PF 72Vdc

Mercury MPM 2K Online UPS

The Mercury MPM 2K UPS provides high-density, true double-conversion online power protection for mission-critical IT infrastructure. This system supports a 2000VA capacity with an 1800W active power output. It utilizes an advanced 0.9 power factor to ensure maximum efficiency for modern active PFC servers and networking hardware. The architecture features a robust 72Vdc internal battery bus. This bus incorporates six 7AH/12V batteries to deliver extended backup runtimes during utility failure. Consequently, the inverter maintains a continuous pure sine wave output with zero transfer time. This prevents data loss or hardware resets in sensitive environments. Furthermore, the unit includes a high-current IEC output socket alongside three universal sockets for versatile connectivity.

Key Features

• Double-Conversion Topology
  This design converts incoming AC to DC and back to AC to isolate equipment from all power disturbances.

• High Output Efficiency

  • 0.9 Power Factor increases real power capacity by 28% over standard 0.7 PF models.
  • Wide input voltage range (110VAC – 300VAC) reduces battery cycling.

• Comprehensive Communication
  Integrated RS232 and USB ports enable automated server shutdown and remote monitoring via management software.

Specifications

What’s in the Box

• Mercury MPM 2K Online UPS Unit

• USB Communication Cable

• User Manual and Documentation

• UK Input Power Cord

Why Choose This Mercury Unit

• The online architecture eliminates switching delays to protect sensitive storage arrays and server CPUs.

• Internal 72Vdc battery string provides significantly longer backup times than standard 24V or 48V systems in this class.

• Smart cooling fans regulate internal temperatures based on current load to optimize component longevity.

• The high-current IEC socket allows for direct connection of PDU strips or high-draw network switches.

• Active harmonic filtration ensures the connected equipment receives stable voltage regardless of grid fluctuations.