Panduit P36G20M-RD2A Vertical Pdu 30 C13 6 C19 Outlets

Product Description

The PANDUIT P36G20M-RD2A is a vertical rack-mount power distribution unit designed for data center and server room applications. It provides 30 IEC C13 outlets and 6 IEC C19 outlets, making it well suited to high-density equipment racks that mix standard server loads with higher-draw devices such as blade chassis, UPS units, or storage arrays. The vertical form factor mounts along the side or rear of a standard equipment rack, preserving rack unit space for active equipment while keeping power connections organized and accessible.

This PDU is intended for installation in commercial and enterprise data center environments, colocation facilities, and network equipment rooms. The combination of C13 and C19 receptacles supports a wide range of rack-mounted IT and networking hardware. Licensed electricians and data center infrastructure technicians are the primary installers. It is sold as a single unit per package.

Key Features

• Vertical mounting profile preserves rack unit space for active equipment
• 30 IEC C13 outlets support standard server and networking loads
• 6 IEC C19 outlets accommodate higher-draw devices and large power supplies
• Designed for high-density rack environments in data centers and server rooms
• Single-unit packaging for straightforward procurement and deployment

Compatibility

Designed for use with standard 19-inch equipment racks and compatible with IEC C14 and IEC C20 power cord connections for C13 and C19 outlets respectively. No specific model compatibility data was provided in the product input.

Installation Notes

Installation should be performed by a licensed electrician or qualified data center technician in accordance with applicable NEC requirements. De-energize the circuit and verify zero voltage at the source before making any power connections. Secure the PDU to the rack rail using appropriate mounting hardware before connecting load devices. Do not exceed the unit circuit rating when calculating total connected load across all outlets.