Vertiv Geist GU2 Series Monitored PDU
The Vertiv Geist GU2 VP5N3000 is a 30A 208V single-phase switched unit-level monitored rack power distribution unit (rPDU). This TAA-compliant PDU features (24) combination outlets C13/C19 and L6-30P plugs, providing 4.9 kW of maximum power capacity. The combination outlets C13/C19 are interchangeable with C14 and C20 plugs, helping ensure you can provide power to most common IT equipment. This switched PDU allows you to remotely shut down outlets to avoid accidental overloads, or remotely restart unresponsive critical IT equipment. The hot-swappable interchangeable monitoring device (IMD) displays current flow on a local LED display. Visible Light Communication (VLC) technology allows you to view complete power usage data locally from your mobile device via the Vertiv rPDU Scanner app. Each rack-mount PDU is individually functionally tested to ensure your network is powered by a reliable, intelligent power distribution board. The unit has a three-year warranty, which can be extended to five years if registered within 120 days of purchase
Reliable Power Distribution Unit with Outlet Flexibility
The Vertiv Geist Upgradeable Rack Power Distribution Unit is a versatile rack PDU with Combination C13/C19 Outlets. The 2-in-1 hybrid outlets accommodate both C14 and C20 plugs interchangeably, providing you the flexibility to power most common IT equipment using just one rack PDU. It also comes with input power monitoring and outlet level switching, allowing you to remotely manage receptacles to avoid accidental overloads and reboot unresponsive critical IT equipment.
All Vertiv Geist Upgradeable rPDU comes with the hot-swappable Interchangeable Monitoring Device, which allows you to upgrade your monitoring technology as the needs of your business evolve.
Features and Benefits
· Unit or Outlet level input power monitoring depending on the model
· High-retention, P-Lock compatible outlets help reduce the risk of accidental disconnection of cords
· Analyze the unit’s power distribution and environmental data through a Web browser to evaluate energy usage and maximize uptime
