Name: Geist Monitored Outlet Level MNR5MGW1-36CF18-3TL6A0A10-S - Power distribution unit - AC 208 V - 4.9 kW - Ethernet 10/100/1000, VP6N30AV
SKU: 316263

Product Details ＋

Geist Monitored Outlet Level MNR5MGW1-36CF18-3TL6A0A10-S - Power distribution unit - AC 208 V - 4.9 kW - Ethernet 10/100/1000, USB, RS-232 - input: NEMA L6-30P - output connectors: 36 (IEC 60320 C13/C19) - 0U - black powder coat - TAA Compliant

Reliable connectivity options
The power distribution unit features multiple input and output connector types including NEMA L6-30P and IEC 60320 C13/C19, ensuring versatile integration with a wide range of equipment.
Enhanced monitoring capabilities
Equipped with a scrolling digital display and circuit/breaker current monitoring, this unit allows for effective tracking of power usage and alerts users to any issues in real time.
Robust environmental compliance
This product meets a variety of standards such as UL 62368-1 and C-UL, providing assurance of quality and adherence to safety regulations.
Versatile remote management protocols
With support for various protocols including SSH, DHCP, and LDAP, users can manage their power distribution unit remotely with ease and flexibility.
Protection and recovery features
In addition to circuit protection, the device includes hard reboot and IP reset buttons, facilitating quick recovery from unexpected power issues.

The Vertiv Geist Monitored Outlet Level power distribution unit offers reliable power management options for various environments. With a vertical orientation, it efficiently uses space while providing essential connectivity options through interfaces like RS-232 and USB, along with fast Ethernet management. The device is compliant with various standards, including RoHS and FCC Part 15 A, ensuring it meets necessary guidelines for safe operation.
Equipped with features such as a circuit breaker for protection and a splash-proof plug, this power distribution unit is designed for durability and functionality. The included LED display and digital monitoring capabilities, along with physical reset buttons, provide a seamless user experience when managing power distribution across devices.