Tripp Lite 1111 West 35th Street Chicago, IL 60609 USA Telephone: +(773) 869 1234 E-mail: saleshelp@tripplite.com

Model #: PDUMH30HVNET

Switched, Metered PDU with Remote Monitoring - 2U Rackmount Power Distribution Unit for Networks with Individually Switchable Outlets, Current Metering, Remote Monitoring and Control

Highlights

2U rackmount switched PDU with digital current monitoring, remote control and temperature / humidity montitoring capability

208/240V 30A maximum total capacity with L6-30P input plug and 16 C13 controllable outlets

Enables ability to turn on, turn off, recycle or lock-out power to each individual outlet

Programmable or real-time outlet power control via built-in web/network monitoring and control card

Automatic sequential outlet turn-on prevents inrush-related equipment interaction on startup

Cord retention brackets keep vital equipment plugs connected

Description

Tripp Lite Switched, Metered Rack Power Distribution Units enable a variety of advanced network control and monitoring functions by giving IT Managers the ability to turn on, turn off, recycle or lock-out power to each individual receptacle and remotely monitor PDU power consumption and in-rack environmental conditions. Switched PDU systems can be accessed, configured and controlled through secure web, SNMP or Telnet Interface. Individually switched outlets can be controlled via a built-in web/network interface, enabling remote reboot of unresponsive network hardware. User defined power-up and power-down outlet sequences ensure proper operation of interdependent IT systems and prevent inrush-related overloads as devices are powered on. Programmable load-shedding of less critical devices at user-defined intervals extends UPS uptime in response to power failures. Unused PDU outlets can be electronically locked-off to prevent powering of unauthorized hardware. PDU power consumption (current) is displayed locally and can be monitored via the web/network interface, with user-defined alarms to warn of potential overloads before critical IT mains or branch breakers trip. Optional ENVIROSENSE temperature/humidity probe enables remote monitoring of in-rack environmental conditions and alarms for up to 3 user supplied contact-closure sensors. Supports real-time monitoring, notification and logging of all on-board reporting functions with user-specified alarm thresholds and actions for each reported condition. Switched PDU systems can be accessed, configured and controlled through secure web, SNMP or Telnet Interface.

PDUMH30HVNET Switched, Metered, 2U rack PDU supports 30A maximum capacity at 208/240V (agency de-rated to 24 amps). Includes attached L6-30P input plug and 16 C13 switched outlets arranged in two separately breakered 8 outlet banks. Visual and remote current monitoring tracks the current for each 8 outlet bank separately, plus offers total power consumption for all 16 outlets combined. Supports 2U rackmount installation in 19 inch 4 post rack enclosures. 2POSTRMKITWM enables installation in 2 post relay racks. Included cord retention brackets keep vital network equipment plugged in and continuously powered.

Applications

Ideal for network configurations requiring a switched, metered and monitored PDU supporting individual outlet rebooting, load shedding and remote web/network current monitoring of critical networking components

Package Includes

Rackmount PDU

4 post compatible mounting brackets

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Tripp Lite PDUMH30HVNET manual Highlights, Description

PDUMH30HVNET specifications

The Tripp Lite PDUMH30HVNET is a powerful and highly versatile power distribution unit (PDU) tailored for high-density environments such as data centers, server rooms, and telecommunication closets. This device provides a reliable solution for distributing electric power to multiple devices while ensuring advanced monitoring and management capabilities.

One of the primary features of the PDUMH30HVNET is its ability to handle high-voltage requirements. With a 30 amp rating and an input voltage of 200-240V, it supports a wide variety of equipment, making it ideal for powering high-performance servers, switches, and other networking devices. The eight output receptacles, combined with an IEC C19 input, provide users with plenty of distribution options to connect all necessary devices.

The PDUMH30HVNET stands out through its integrated network management capabilities. It comes with an advanced Ethernet interface that allows for remote monitoring and management of power consumption and environmental conditions. This feature is a game-changer for IT managers, as it enables them to monitor power loads in real-time, receive alerts on overloads, and analyze power usage trends over time. Furthermore, the device supports SNMP, HTTP, and Telnet protocols, making it highly compatible with various management systems.

Another significant characteristic of the PDUMH30HVNET is its built-in environmental monitoring features. It has provisions for connecting temperature and humidity sensors, helping organizations keep track of critical environmental parameters that could affect equipment performance. By maintaining optimal conditions, users can mitigate risks associated with overheating and ensure the longevity of their devices.

The rugged, steel housing of the PDUMH30HVNET contributes to its durability, making it suitable for demanding environments. Its standard 1U rack-mountable design allows it to fit seamlessly into server racks, saving space while maintaining efficient operation.

In addition to its powerful features, the PDUMH30HVNET is designed with user-friendliness in mind. It includes LED status indicators for quick visual assessments of power and network connectivity, ensuring that potential issues are identified promptly.

Overall, the Tripp Lite PDUMH30HVNET combines high-capacity power distribution with advanced monitoring and management technologies to deliver a reliable solution for managing power in densely populated IT environments. Its robust design, extensive features, and ease of use make it a preferred choice for professionals looking to optimize their power distribution strategy.