Panduit P16E24M G5 Monitored Switched PDU

The Panduit P16E24M is a G5 series monitored switched PDU designed for datacenter and server room deployments requiring per-outlet remote power control and real-time monitoring. This 20-ampere, 208-volt single-phase unit delivers 16 managed outlets—twelve C13 and four C19—across a space-efficient zero-U vertical form factor. The switched architecture enables remote reboot of unresponsive equipment, scheduled power cycling, and load sequencing to prevent inrush current spikes during rack startup. With UL certification and Panduit's G5 monitoring platform, this PDU addresses both operational uptime requirements and compliance mandates for critical infrastructure installations.

Key Features

• G5 monitored switched PDU with per-outlet on/off control and real-time power metering
• 20A, 208V single-phase input via NEMA L6-20P plug with 10 ft (3m) cord
• (12) IEC C13 and (4) IEC C19 outlets for mixed server and networking equipment loads
• 36-inch vertical zero-U design maximizes rack space for revenue-generating hardware
• Real-time monitoring of voltage, current, power factor, and kWh consumption
• Remote switching capability for lights-out datacenter operations and emergency reboot
• Black powder-coated metal housing for EMI shielding and long-term durability
• UL certified (File E218078) for compliance with datacenter electrical codes
• Compatible with Panduit DCIM and SNMP-based monitoring platforms
• Sequential outlet power-on to manage inrush current during rack startup

The P16E24M's G5 monitoring platform provides per-outlet metering and switching—each of the 16 outlets reports real-time amperage, and each can be individually powered on or off via network command. This granular control solves two chronic datacenter problems: eliminating truck rolls for remote reboot of hung servers, and preventing breaker trips during maintenance windows when entire racks power on simultaneously. The PDU tracks voltage, current, power factor, active power (kW), apparent power (kVA), and cumulative energy (kWh) at both the input feed and individual outlet level, logging data to onboard memory and streaming it to your DCIM or monitoring stack via SNMP traps, Modbus TCP, or RESTful API. Outlet-level switching supports scheduled tasks—power down development servers overnight, sequence UPS battery tests without overlap, or enforce power budgets by capping total draw. The unit's embedded web interface provides manual override and threshold alerting; configure high/low voltage warnings, per-outlet amperage limits, and temperature thresholds to catch failing power supplies before they cascade into rack-wide failures.

The P16E24M's 12 C13 + 4 C19 outlet mix is optimized for mixed IT loads: C13 receptacles handle standard 1U/2U servers, switches, and compute nodes (up to 10A per outlet), while the four C19 outlets accommodate high-draw equipment like blade chassis, storage arrays, and multi-PSU servers pulling 12–16A. This configuration supports a typical 42U rack deployment of 36 single-PSU servers (dual-corded across two PDUs for redundancy) plus four high-density devices. The 20-ampere input feed at 208V delivers 4,160VA of apparent power; factor a conservative 80% load (3,328W usable) to maintain headroom for transient peaks and prevent nuisance trips. Outlet layout follows a vertical stagger pattern to accommodate bulky C14 and C20 plugs without blocking adjacent receptacles—a common oversight in competitor designs that spec 24 outlets but only 18 are physically usable. The NEMA L6-20P twist-lock input plug mates with standard 208V single-phase circuits (common in US datacenters fed from three-phase 208Y/120V panels) and resists accidental disconnection during maintenance. The 10-foot cord provides routing flexibility to reach overhead cable trays or raised-floor whips without requiring extension cords that void UL listing.

At 36 inches tall and 2 inches wide, the P16E24M mounts vertically in the rear of any EIA-310 19-inch or 23-inch rack, consuming zero rack units of front-mount space. The toolless mounting brackets support both square-hole and round-hole racks; the unit ships with cage nuts and #12-24 screws for threaded-hole installations. Vertical PDU placement keeps outlets accessible for MACs (moves, adds, changes) while leaving front rails clear for switches, servers, and cable management. The powder-coated steel housing provides EMI shielding and physical protection in high-traffic environments; the black finish blends with standard rack aesthetics. Internal components are conformal-coated to resist dust and humidity in non-climate-controlled spaces. For redundant power topologies, deploy two P16E24M units per rack—one on the left rear rail fed from Panel A, one on the right rear rail fed from Panel B—and dual-cord all critical equipment across both PDUs. The G5 monitoring platform aggregates data from multiple PDUs into a single dashboard, simplifying capacity planning and PUE (Power Usage Effectiveness) reporting for LEED and Energy Star compliance.

The Panduit P16E24M combines per-outlet switching, real-time power metering, and a high-density outlet configuration in a form factor that doesn't sacrifice usable rack space. The G5 platform's integration with enterprise monitoring tools (SolarWinds, PRTG, Nagios, or Panduit's SmartZone DCIM) turns raw power data into actionable capacity reports, while remote switching eliminates after-hours datacenter access for routine reboot tasks. UL certification under File E218078 satisfies NEC Article 645 requirements for IT equipment installations, and the unit's 20A/208V single-phase rating aligns with the most common branch circuit spec in North American colocation and enterprise datacenters. For deployments requiring outlet-level control, detailed power analytics, and space-efficient vertical mounting, this PDU delivers the monitoring depth and switching flexibility that datacenter operators demand.