Reillo Multi Power MPW Battery Cab UPS

Reillo Multi Power MPW Battery Cab UPS

MultiPower Battery Cabinet suitable for upto 9 battery shelves (36 BU's) Comes complete with battery isolation switch.

Mount Type Tower

Reillo Multi Power MPW Battery Cab UPS Product Overview

Width:600.00mm
Depth:1050.00mm
Height:2000.00mm
Weight (net):280.00kg
Weight (gross):0.00kg

MultiPower Battery Cabinet suitable for upto 9 battery shelves (36 BU's) Comes complete with battery isolation switch.

Multi Power (MPW) is an award-winning modular uninterruptible power supply designed to protect the mission-critical loads found in data centres, telecoms systems, and IT networks that need secure, stable and high quality power when space is limited.

The Multi Power range provides modularity which reduces the risk of wasteful oversizing at installation, while offering "pay as you grow" scalability, optimising initial investment and total cost of ownership.

The Multi Power is manufactured using specially-designed, custom-made components, including a three-level Neutral Point Clamped (NPC) inverter that ensures full-rated power.

Modularity minimises the risk of oversizing the UPS system at initial installation, as it can closely correspond to your load and redundancy requirements. But when it’s time to expand, just add in extra power modules as needed.

The power module and battery unit making up the Multi Power is hot swappable ensuring the UPS is always available as if there's ever an issue with one of the modules, the in-built redundancy picks up the slack.

A large 7 inch LCD touchscreen control panel enables user-friendly communications, while the UPS is fully-compatible with Riello UPS's range of network communications software such as PowerShield3, which allows for monitoring and safe shutdown of all connected devices.

The new Multi Power UPS Power Modules feature the very latest in UPS technology. With its three level Neutral Point Clamped (NPC) inverter and Power Factor Corrected (PFC) input control, the Riello MPW ensures the highest level of performance in terms of overall efficiency, input power factor and harmonic impact on the supply source.

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