Installation continued

Networking the PDU

Note: The MAC address of the PDU (a 12-digit string in this format: 000667xxxxxx) is printed on a label attached to the PDU enclosure. The MAC address is also printed on a label attached to the internal network card.

If your network's DHCP server will assign a dynamic IP address to the PDU automatically, go to Step

4-1 . If you will assign a static IP address to the PDU manually, go to Step 5-1 . If you are uncertain which method to use, contact your network administrator for assistance before continuing the installation process.

Dynamic IP Address Assignment

4-1Connect PDU to Network: While the PDU is powered, connect a standard Ethernet patch cable to the RJ-45 Ethernet port A on the PDU. Note: This port is not compatible with PoE (Power over Ethernet) applications. The PDU will attempt to obtain an IP address via DHCP. This may take as long as several minutes, depending on your network environment.

A

4-1

4-2Discover IPAddress: Contact your network administrator to determine which dynamic IP address has been assigned to the PDU by the DHCP server. The PDU can be identified on the DHCP server by referring to its MAC address. (The MAC address is a 12-digit string in this format: 000667xxxxxx. Refer to the MAC address label attached to the PDU.) You may wish to request a long-term lease period for the IP address, depending on your application. After you have discovered the IP address, skip Steps 5-1through 5-6and proceed directly to Step 6-1 .

Static IP Address Assignment

5-1Determine IP Information: Before assigning a static IP address, you'll need to know the IP address, gateway address and subnet mask. If you do not have this information, contact your network administrator for assistance.

5-2Configure Terminal Emulation Program: Open a VT100-compatible terminal emulation program (such as the HyperTerminal program bundled with Microsoft® Windows®) on a computer with an available DB9 serial port. (A notebook computer may be the most convenient choice.) Set the terminal emulation program to use the COM port A that corresponds to the computer’s DB9 serial port. Specify the

parameters B required to communicate with the PDU terminal interface:

Bits per second:

9600

Data bits:

8

Parity:

None

Stop bits:

1

Flow control:

None

If the terminal emulation program supports multiple emulation modes, you may also need to specify VT100 emulation C .

A

B

C

5

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Tripp Lite PDUMH15ATNET, PDUMH20ATNET Networking the PDU, Dynamic IP Address Assignment, Static IP Address Assignment
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PDUMH15ATNET, PDUMH20ATNET specifications

Tripp Lite is renowned for providing robust power management solutions, and their PDUMH15ATNET and PDUMH20ATNET models are no exceptions. These intelligent power distribution units (PDUs) are specifically designed for data centers and high-density server environments, delivering advanced features that ensure reliable power distribution and management.

Both models are equipped with 15 and 20 outlets respectively, allowing for the connection of multiple devices. The outlets are NEMA 5-15R for the PDUMH15ATNET and NEMA 5-20R for the PDUMH20ATNET, providing versatility to accommodate various plug types. They also come with a 15-amp and 20-amp power input, respectively, equipped with a heavy-duty power cord that guarantees stable connectivity and reduces the risk of accidental disconnection.

One of the standout features of the PDUMH series is their integrated network management capabilities. With an embedded Ethernet port, the PDUMH15ATNET and PDUMH20ATNET offer remote management via a secure web interface, allowing users to monitor and control power distribution from virtually anywhere. This includes the ability to measure and report on energy usage, thereby providing insights for optimizing power consumption and enhancing energy efficiency.

These PDUs utilize advanced surge protection technology, helping to safeguard connected equipment from power surges and spikes. Additionally, they feature customizable outlet sequencing, which enables administrators to stagger the startup of connected devices, minimizing inrush current and preventing circuit overloads.

Further enhancing their utility, both models incorporate environmental monitoring through optional sensors that can detect changes in temperature and humidity. This capability is critical for preventing overheating and ensuring a stable operating environment for sensitive equipment.

Moreover, the PDUMH series supports various mounting options, including vertical and horizontal configurations, catering to different rack setups and preferences. Their sturdy construction and easy-to-read LED indicators ensure long-lasting performance and straightforward operation, even in demanding environments.

Overall, Tripp Lite's PDUMH15ATNET and PDUMH20ATNET represent a significant advancement in power management technology, combining reliability, versatility, and intelligence to meet the evolving needs of modern data centers and server rooms. Whether for mission-critical applications or general IT tasks, these PDUs provide the foundation for effective power management.
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