Panduit P16E24M-YL3C Vertical Pdu 12 C13 4 C19 Monitored

Product Description

The PANDUIT P16E24M-YL3C is a vertical rack-mount power distribution unit (PDU) designed for data center and server room applications. It provides 12 IEC C13 outlets and 4 IEC C19 outlets, supporting a mix of standard and high-draw equipment from a single distribution point. The monitored design allows facility technicians and IT infrastructure teams to track power consumption at the unit level. This PDU is installed vertically within a standard equipment rack, conserving horizontal rack space and keeping power distribution organized along the rail.

This unit is suited for data center rows, network closets, and high-density server rack deployments where simultaneous power distribution to multiple devices is required. The combination of C13 and C19 outlets makes it compatible with a broad range of rack-mount servers, network switches, UPS units, and other IT equipment. Installation is typically handled by data center technicians or licensed electricians working within structured cabling and power infrastructure environments.

Key Features

• Vertical form factor preserves horizontal rack unit (U) space
• 12 IEC C13 outlets support standard server and networking loads
• 4 IEC C19 outlets support higher-draw devices such as high-density servers and large UPS units
• Monitored functionality enables unit-level power consumption tracking
• Single-unit solution for mixed outlet type distribution in one rack

Compatibility

Designed as an OEM-style fit for vertical rack-mount PDU applications in standard 2-post and 4-post equipment racks accepting vertical power distribution units with IEC C13 and C19 outlet configurations.

Installation Notes

Installation should be performed by a qualified electrician or certified data center technician familiar with rack power distribution systems. De-energize the upstream circuit and verify the source circuit is rated to support the total connected load before installation. Secure the PDU to the rack rail using the appropriate mounting hardware and confirm all outlet locking mechanisms engage properly before energizing. Follow applicable NEC guidelines for branch circuit sizing and equipment grounding.