Panduit SmartZone G5 Intelligent 24-Outlets PDU

The Panduit SmartZone G5 Intelligent 24-Outlets PDU represents a pinnacle in data-center power distribution, delivering intelligent, scalable energy management for racks packed with servers, storage, and network devices. Designed for modern, high-density environments, this monitored PDU provides granular visibility into power usage, voltage, currents, and outlet-level consumption, enabling proactive fault detection, precise capacity planning, and dramatic reductions in energy waste. With a total of 24 outlets—18 IEC 60320 C13 and 6 IEC 60320 C19 receptacles—the G5 supports a diverse mix of IT equipment while keeping power distribution simple, reliable, and secure. The 208 V AC input is connected through a NEMA L15-30P interface, which aligns with common data-center power configurations and helps you optimize wiring layouts and circuit utilization. The 0U, vertical rack-mount design makes efficient use of precious rack space, allowing you to deploy more devices per rack without compromising accessibility or airflow. Network connectivity is provided via an RJ-45 Ethernet port, enabling seamless integration with DCIM tools, monitoring software, and remote management platforms. With SmartZone’s advanced analytics, you can track energy trends over time, set alert thresholds, and receive real-time notifications when anomalies arise, ensuring your critical IT workloads stay online and within tolerance. In short, the Panduit SmartZone G5 is a purpose-built, enterprise-grade solution that combines robust hardware with powerful software capabilities to deliver intelligent, reliable, and scalable power management for data centers and edge computing environments.

• Real-time outlet-level monitoring and remote control: The G5 provides per-outlet metering data, including voltage, current, and power usage, with secure remote control capabilities to power cycle, reboot, or shut down individual outlets. This enables rapid fault isolation, graceful recoveries for crashed servers, and precise management of power cycles during maintenance windows, reducing mean time to repair and improving service continuity across racks.
• Versatile outlet configuration for mixed IT workloads: With 18 IEC 60320 C13 outlets and 6 IEC 60320 C19 outlets, the PDU accommodates a broad spectrum of devices—from blades and rack servers to storage arrays and high-performance switches. The arrangement simplifies cabling, supports high-density deployments, and helps you optimize which devices draw power from the same phase and circuit, contributing to balanced loads and improved electrical reliability.
• Networked management and proactive alerting: An RJ-45 interface enables SNMP-based monitoring and seamless integration with DCIM tools and enterprise monitoring platforms. Set custom thresholds for voltage, current, and temperature, receive alerts by email or syslog, and leverage event logs to analyze power anomalies over time. This comprehensive visibility supports capacity planning, preventive maintenance, and rapid response to power-related incidents.
• Space-saving, rugged design for data centers: The 0U, vertical rack-mountable form factor maximizes rack density, while a durable metal enclosure and high-quality components ensure reliable operation in challenging data-center environments. The compact footprint simplifies installation alongside dense multi-PDU configurations and hot-swappable equipment, enabling cleaner cable management and improved airflow across the rack.
• Secure, scalable power management ecosystem: The G5 is designed to integrate with Panduit SmartZone software, offering centralized power management across multiple PDUs, dashboards for energy analytics, and scalable alerts for large data-center deployments. This ecosystem supports capacity planning, trend analysis, and automated reporting, helping operators optimize energy usage, track asset health, and align power strategy with IT demand.

Technical Details of Panduit SmartZone G5 Intelligent 24-Outlets PDU

• Outlet configuration: 18 x IEC 60320 C13; 6 x IEC 60320 C19
• Input: NEMA L15-30P; 208 V AC
• Monitoring: Monitored PDU with outlet-level metering and fault alarms
• Network interface: RJ-45 for SNMP and remote management
• Mounting: 0U, vertical rack-mountable design
• Application: Power distribution for racks containing servers, storage, and networking equipment in data centers

How to Install Panduit SmartZone G5 Intelligent 24-Outlets PDU

Installing the SmartZone G5 is straightforward for qualified data-center technicians who are familiar with rack hardware and electrical distribution. Begin by validating your rack compatibility and electrical requirements—confirm that you have sufficient space for a 0U vertical PDU, a stable mounting surface, and an available 208 V circuit. Check that the rack rails are properly installed and rated for the weight and height of the PDU, and ensure there is adequate clearance for cable management and airflow. Position the PDU in the desired rack location, typically near the top of the rack for easier access to outlets and a clean cabling path, and secure it using the included mounting hardware to prevent movement during maintenance. Connect the input power cord to the NEMA L15-30P receptacle on the PDU and route the supply cable to a dedicated 208 V circuit with appropriate overcurrent protection. Once power is connected, label each outlet to reflect the devices it powers, which simplifies future maintenance and reduces the risk of miswiring or accidental power cycling. Next, connect the 18 C13 and 6 C19 outlets to your devices, ensuring that each device is within its own current rating and that critical equipment has reliable, redundant pathways where possible. Power up the PDU and verify that the device boots correctly and that all outlets appear in the PDU’s management interface. Finally, configure network settings and security credentials, enable monitoring and alerting through the SmartZone software or your DCIM platform, and perform a test of remote power control to confirm that you can power cycle devices remotely without disrupting other equipment. If you are deploying across multiple racks, replicate the configuration consistently and utilize the centralized dashboards to monitor aggregate power usage, track trends, and enforce consistent power policies across the data center.

Frequently asked questions

Q: What makes the Panduit SmartZone G5 PDU unique?

A: The SmartZone G5 combines high-density 24-outlet power distribution with outlet-level metering, real-time energy data, and robust network-based management. It is designed to integrate with DCIM tools and Panduit’s SmartZone software, enabling scalable, proactive power management across data centers and edge environments.

Q: How many outlets does it have and what outlet types are supported?

A: The unit includes 24 outlets in total: 18 IEC 60320 C13 receptacles and 6 IEC 60320 C19 receptacles. This mix supports a wide range of servers, storage devices, and network appliances commonly found in modern racks.

Q: What power input and voltage does this PDU require?

A: It uses a NEMA L15-30P input connector for a 208 V AC electrical supply, which is typical for data-center power distribution and aligns with many facility electrical configurations.

Q: How does remote monitoring work, and what tools can I integrate with?

A: The PDU includes an RJ-45 network interface that supports SNMP for remote monitoring and integrates with DCIM solutions and Panduit SmartZone. You can set thresholds, receive alerts, visualize energy trends, and generate reports from a centralized console.

Q: Is the G5 suitable for standard 19-inch racks and 0U installations?

A: Yes. The G5 is specifically designed as a 0U, vertical, rack-mountable PDU that fits standard 19-inch racks, making it ideal for dense deployments in data centers and network closets where space optimization is critical.

Q: Can I use this PDU to improve energy efficiency and reduce downtime?

A: Absolutely. With outlet-level metering, real-time analytics, alarms, and remote control, you can identify power-hungry devices, rebalance workloads to prevent overloads, automate maintenance windows, and rapidly respond to power-related events—all of which contribute to lower energy costs and improved availability of IT services.