Vertiv Liebert POD PD2 UPS Maintenance Bypass

Meet the Vertiv Liebert POD PD2-102, a purpose-built Power Output Distribution (POD) unit engineered to work hand-in-glove with GXT4 8-10kVA UPS systems. This compact, rugged POD adds a dedicated distribution layer between the UPS and your critical loads, empowering rapid maintenance and replacements without sacrificing uptime. In data centers, server rooms, telecom closets, and other mission-critical environments, the POD PD2-102 helps you protect your business by delivering controlled, reliable power to equipment while keeping operations flowing smoothly during maintenance windows. With a smart combination of versatile outlets, a built-in maintenance bypass, and straightforward installation, this Vertiv solution is designed to optimize uptime, reduce risk, and simplify power distribution for IT teams and facilities staff alike.

• Designed for GXT4 8-10kVA UPS models, the POD PD2 functions as a dedicated power distribution interface that keeps critical loads energized during UPS service or replacement. Its purpose-built architecture minimizes downtime and ensures a predictable maintenance process without surprising power interruptions.
• Outlets include four NEMA 5-20R and four NEMA L6-30R, delivering flexible connections for both standard 120V equipment and higher-voltage, 30A loads within a single, space-saving module. This blend supports diverse rack equipment, storage devices, and networking gear without needing multiple adapters or power strips.
• Built-in maintenance bypass enables UPS maintenance or replacement without interrupting power to connected devices. This feature is a cornerstone for high-availability environments, allowing technicians to service the UPS while loads remain safely powered, reducing planned downtime and protecting business operations.
• Robust, modular design and rack-mountable form factor simplify deployment in data centers, server rooms, and industrial facilities. Clear labeling, accessible wiring points, and a tidy footprint help accelerate installation, minimize mistakes, and support scalable power distribution as your environment grows.
• Designed to meet industry safety and reliability standards, the POD PD2 provides clean, dependable power distribution for critical equipment. It supports proactive maintenance strategies, improves resilience, and aligns with IT and facilities teams’ governance and compliance requirements for uptime and power integrity.

Technical Details of Vertiv Liebert POD PD2

• Model: POD PD2-102 (Liebert POD PD2) with integrated maintenance bypass
• Compatibility: Designed for GXT4 8-10kVA UPS models to enable direct distribution from the UPS output
• Outlets: 4 x NEMA 5-20R (120V, 20A) and 4 x NEMA L6-30R (250V, 30A)
• Maintenance bypass: Built-in bypass feature to facilitate UPS maintenance without interrupting connected loads
• Safety and compliance: Meets industry safety and reliability standards (UL/CE compliant where applicable)
• Form factor: Compact, rack-mountable POD module with straightforward wiring and clear labeling for quick deployment

how to install Vertiv Liebert POD PD2

• Plan and verify compatibility: Confirm that your GXT4 8-10kVA UPS model is compatible with the POD PD2-102 and that the combined load does not exceed the UPS and POD ratings. Ensure the installation area has adequate space for ventilation and cable management.
• Power down and prepare the installation: For safety, power down nonessential equipment and follow your organization’s lockout/tagout procedures if applicable. Remove any existing distribution clutter that could interfere with clean routing of cables to the POD PD2 outlets.
• Connect the POD PD2 to the UPS output: Install the POD PD2 between the UPS output and the loads, following the manufacturer’s wiring diagram. Use appropriate gauge cabling and confirm secure connections at both the UPS interface and the POD outlets.
• Route loads to the appropriate outlets: Assign critical devices to the NEMA 5-20R outlets for standard 120V equipment and allocate higher-demand gear (such as network equipment racks or power-hungry servers) to the NEMA L6-30R outlets. Label cables clearly to simplify future maintenance.
• Enable maintenance bypass and test operation: Activate the built-in maintenance bypass per Vertiv’s procedure to allow UPS servicing without interrupting connected devices. Once engaged, perform a controlled test by simulating a UPS maintenance event, verifying that loads remain powered when the UPS is isolated from battery support and reconnected to bypass.
• Validate performance and document results: Check indicators on the POD PD2 and UPS for正常 operation, monitor voltage and current across outlets, and confirm that the distribution remains within rated limits during routine maintenance scenarios. Document the process for future reference.

Frequently asked questions

• What is the primary benefit of the Vertiv Liebert POD PD2? The POD PD2 provides a dedicated power distribution module with a built-in maintenance bypass, enabling UPS maintenance or replacement without interrupting the power to connected equipment. This reduces downtime and enhances overall system resilience in demanding environments.
• Which UPS models does the POD PD2 support? It is designed for Vertiv GXT4 8-10kVA UPS systems, aligning the POD’s distribution with the UPS output for reliable, streamlined maintenance workflows.
• How many outlets are included and what types are they? The POD PD2 includes four NEMA 5-20R outlets (120V, 20A) and four NEMA L6-30R outlets (250V, 30A), offering versatile connections for mixed-load deployments in data centers and IT rooms.
• Can maintenance be performed without losing power to critical devices? Yes. The built-in maintenance bypass allows UPS servicing or replacement without interrupting power to connected loads, which is essential for high-availability environments.
• Is the POD PD2 compatible with rack-mounted installations? Yes. The POD PD2 is designed as a compact, rack-mountable power distribution unit that fits standard data-center racks and IT enclosures, simplifying integration with existing infrastructure.