Panduit P36E50M 6-Breaker 18-Outlet Metered Rack PDU
The Panduit P36E50M is a metered rack-mount power distribution unit engineered for high-density datacenter, server room, and surveillance infrastructure deployments where scalable power delivery, circuit-level protection, and universal voltage compatibility are critical. This 0U vertical PDU delivers 3.3 to 27.6 kVA of distributable power across (18) C13/C15 combined outlets, protected by six individual circuit breakers. Universal input voltage support (208-415V, single or three-phase) eliminates the need for multiple SKU inventories, simplifying procurement and deployment planning for multi-site operations, international installations, or mixed North American and European facility standards.
Key Features
- Universal Input Voltage: 208-415V single-phase or three-phase input compatibility reduces supply chain complexity and supports global deployment standards without region-specific SKUs
- Scalable Power Capacity: 3.3 to 27.6 kVA distributable power range adapts to evolving rack loads—from initial NVR and switch deployments to fully populated high-density server racks—without infrastructure replacement
- Six Circuit Breakers: Individual branch circuit protection isolates faults, maintains uptime for unaffected circuits, and enables staged load balancing across outlet groups
- 18 Combined C13/C15 Outlets: High outlet density supports dense server, network, and storage equipment racks with IEC locking and standard connections in a single unit
- Hot-Swappable Network Module: Field-replaceable intelligent monitoring module (Panduit G5 platform) installs and removes under load without disrupting connected equipment or requiring maintenance windows
- 60°C Full-Load Operation: Maintains rated capacity in high-temperature environments common in enclosed rack deployments, hot-aisle containment, or airflow-constrained installations
- 0U Vertical Form Factor: 69" height, 2.2" width—mounts to rack side rails without consuming U-space, preserving rack real estate for revenue-generating compute and storage equipment
- Optimized Web Interface: Real-time per-outlet current monitoring, cumulative kVA load tracking, and SNMP/Modbus TCP integration for DCIM platform connectivity
The P36E50M addresses three persistent infrastructure challenges: voltage standardization across multi-region or multi-facility deployments, scalable power infrastructure that grows with compute density, and circuit-level fault isolation that limits the blast radius of equipment failures. Universal voltage input (208-415V, single or three-phase) means the same PDU SKU deploys in North American 208V environments, European 230V/400V installations, and international facilities operating at 415V three-phase—eliminating the need to stock region-specific units or manage separate procurement chains for global operations. For integrators managing surveillance head-end equipment across multiple sites, this translates to a single SKU in inventory that deploys in office parks with 208V single-phase service, industrial facilities with 480V three-phase (stepped down to 415V), and international locations with 400V European standards. The 3.3 to 27.6 kVA power range provides overhead for rack density increases without requiring PDU replacement; as blade server deployments evolve, GPU-accelerated analytics workloads increase per-rack power draw, or storage arrays expand, the P36E50M's capacity accommodates growth within the same 0U footprint.
Six independent circuit breakers partition the 18 outlets into separately protected zones, enabling both fault isolation and strategic load balancing. Each breaker protects three outlets, so a fault on one branch—whether from a failed server power supply, overload condition, or downstream short—trips only the affected breaker, leaving the remaining 15 outlets operational and minimizing the blast radius of any single failure. In a typical surveillance head-end rack, this allows isolation of NVR power (breakers 1-2, six outlets) from network switch and storage power (breakers 3-4, six outlets) and ancillary equipment like KVM switches or environmental monitors (breakers 5-6, six outlets). If an NVR power supply fails and draws fault current, only that branch trips—recording continues on the second NVR, network connectivity stays up, and storage arrays remain online. This circuit-level segmentation is critical in deployments where a single rack supports multiple clients, departments, or revenue streams; one tenant's equipment failure doesn't cascade to others sharing the same PDU. The breakers also enable staged load balancing during initial deployment—connect high-draw equipment across multiple branches to distribute load and avoid nuisance trips during startup inrush currents common in enterprise-class storage or high-wattage servers.
Deployment flexibility extends to both physical installation and remote management. The 0U vertical form factor (69" / 1750mm height, 2.2" / 56mm width) mounts to the side of standard 42U racks using included mounting hardware, positioning outlets along the vertical length of the rack without consuming U-space needed for servers, switches, or storage enclosures. This is particularly valuable in high-density surveillance or VMS deployments where every U counts—recording servers, JBOD expansion shelves, and top-of-rack switches fill the vertical space, and traditional horizontal 1U or 2U PDUs would displace billable equipment. Combined C13/C15 outlets accept both standard IEC C14 plugs (common on servers, switches, and desktop-class equipment) and high-temperature C14 connectors (required by some enterprise storage arrays and blade chassis), supporting mixed equipment racks without requiring separate PDU circuits for devices with elevated operating temperatures. The hot-swappable network module—Panduit's G5 intelligent monitoring platform—installs into the PDU's controller bay without powering down connected equipment, enabling retrofit of metering and remote management capabilities into existing installations or field replacement of failed modules without scheduling maintenance windows or incurring downtime costs.
The G5 network module provides real-time visibility into per-outlet current draw (amps), cumulative kVA load, input voltage, and power factor, accessible via an embedded web interface or integrated into DCIM platforms via SNMP traps, Modbus TCP polling, or RESTful API calls. For datacenter operators managing hundreds of racks, this feeds into centralized monitoring dashboards that track power consumption trends, trigger alerts on approaching circuit capacity, and correlate power anomalies with equipment failures. For managed service providers billing clients on power consumption, per-outlet metering provides the granular data needed for accurate cost allocation and chargeback reporting. Critically, outlets remain powered and unaffected during network module installation or removal—the module slides into a dedicated bay and connects via internal contacts that hot-plug without interrupting power delivery to connected equipment. This contrasts with competitor designs that integrate the network controller into the PDU's main power path, requiring full shutdown and equipment downtime for any controller-related service. Panduit's architecture isolates the intelligence layer from the power layer, so network module failures, firmware updates, or hardware swaps don't impact the PDU's primary function: delivering uninterrupted power to mission-critical equipment.
Built to Nemko certification NA202011186 and compliant with CE, UKCA, RoHS, REACH, and China RoHS directives, the P36E50M meets international safety and environmental standards for mission-critical installations. Powder-coated metal construction provides corrosion resistance and mechanical durability in environments where rack vibration (from high-RPM storage arrays or cooling fans), airborne particulates (in industrial or warehouse environments), or elevated humidity (in coastal or tropical climates) challenge long-term reliability. The 60°C full-load operating temperature rating exceeds the typical 40-45°C specifications common in competitor units, making this PDU suitable for deployments in hot-aisle containment strategies, passive cooling or free-air cooling designs, edge compute installations in non-climate-controlled spaces, or facilities where HVAC capacity is constrained by budget or infrastructure limitations. Competing PDUs derate capacity or trigger thermal shutdowns at temperatures above 45°C; the P36E50M maintains full 27.6 kVA output at 60°C, ensuring consistent performance in the real-world conditions where surveillance and datacenter equipment actually operate.
For datacenter operators managing hyperscale or colocation deployments, the P36E50M's combination of universal voltage input, scalable capacity, and circuit-level protection minimizes downtime, simplifies logistics, and reduces total cost of ownership across multi-year infrastructure lifecycles. For security integrators deploying surveillance head-end racks in enterprise campuses, critical infrastructure facilities, or multi-site retail operations, the same attributes translate to fewer SKU variations in inventory, headroom for storage and compute expansion as camera counts grow, and fault isolation that keeps recording systems online even when individual components fail. For IT managers supporting mixed server and network equipment in branch offices, the 0U form factor and hot-swappable monitoring deliver the monitoring visibility of intelligent PDUs without the U-space penalties or downtime risks of integrated controller designs. Whether powering a 20-camera NVR deployment with expansion plans, a 42U rack of virtualization hosts and SAN storage, or a regional colocation cabinet serving multiple tenants, the Panduit P36E50M provides the flexible, scalable, and resilient power distribution infrastructure that mission-critical operations demand.
