Features

208/240V 30A maximum capacity (agency de-rated to 24 amps) Switched, Metered and Monitored Power Distribution Unit (PDU) with built-in web/network interface in 2U rackmount form factor

L6-30P input plug and 16 C13 controllable outlets

Supports individually controllable output receptacles, current metering, network monitoring and remote control via built-in web/network monitoring and control card

Offers the ability to turn on, turn off, recycle or lock-out power to each individual PDU receptacle on a programmable or real-time basis Switchable outlets enable a number of advanced networking abilities, such as remote reboot on-demand of locked IT equipment, custom power-on/power-off outlet sequencing, automatic load-shedding of optional loads during power failures and disabling unused outlets to prevent the connection of unauthorized equipment loads

Remote interface provides data regarding input power conditions, load level and individual outlet power status via secure network or web browser interface

Supports notification and logging of all major power events and user specified alarm thresholds

Optional ENVIROSENSE temperature and humidity probe enables remote monitoring of environmental conditions and the ability to report conditions from up to two contact-closure sensors

Optional ENVIROSENSE accessory also supports the connection of up to three user supplied contact-closure sensors to selectively notify, monitor and log reported conditions, such as rack door access

DHCP/Manual configuration support provides the ability to have network settings automatically assigned to the card, or manually assigned via permanent IP addresses

10/100 Mbps auto-sensing allows optimal communication compatibility with your current 10/100 Base-T network

Real-time clock support maintains the time of day and date even if the PDU is shut down and unpowered

2-tier level access allows an administrator and a guest to log into the web browser for monitoring and/or management of all intelligent PDUs and similarly equipped UPS systems

Alert notifications via email or SNMP traps give users the added advantage of having an immediate event notification

Protocols supported include HTTP, HTTPS, PowerAlert Network Management System, SMTP, SNMPv1, SNMPv2, Telnet, FTP, DHCP,

BOOTP, NTP

Front panel ammeter with push-button toggle switch displays power consumption for all 3 loading segments (8 outlets in bank 1, 8 outlets in bank 2 and total load of bank 1&2 combined)

On initial power-up, outlets are automatically energized at 250 millisecond intervals to prevent inrush-related equipment interaction and mains circuit overloads

Included cord retention brackets keep vital network equipment plugged in and continuously powered

2U rackmount installation supported in 4 post rack enclosures

Optional 2POSTRMKITWM enables installation in 2 post relay racks

Specifications

SYSTEM OVERVIEW

Voltage compatibility

208/240V

 

 

Frequency

50/60 Hz

compatibility

 

 

 

OUTPUT

 

Output nominal

208/240V

voltage

 

 

 

Outlet quantity / type

16 C13 outlets

 

 

Customized load

Each outlet is individually controllable via remote interface

management

 

receptacles

 

 

 

Overload protection

Outlets are arranged in two banks of 8. Each bank is protected by a separate 15A thermal circuit breaker

 

 

INPUT

 

Maximum input amps

30A maximum (Agency de-rated to 24A continuous)

 

 

Input connection type

L6-30P

 

 

Input cord length

10 ft / 3m

 

 

Recommended

208V, 240V

Electrical Service

 

 

 

Page 2
Image 2
Tripp Lite PDUMH30HVNET manual Features, Specifications, System Overview, Output, Input

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.