Tripp Lite PDUMNH20 Monitored Pdu 120V 20A

Product Description

The TRIPP LITE PDUMNH20 is a monitored power distribution unit (PDU) designed for enterprise and data center environments. It delivers 120-volt, 20-amp power distribution with a 12-foot input cord, giving rack-mounted installations the reach needed to connect to remote circuit breakers or floor PDUs. Monitored PDUs allow facility managers and IT staff to track power consumption at the unit level, supporting capacity planning and uptime management. This unit is typically installed by qualified electricians or experienced IT infrastructure technicians working in structured cabling and power environments.

The PDUMNH20 is suited for rack enclosures in data centers, server rooms, network closets, and enterprise IT deployments. It supports 120-volt single-phase circuits fed by a 20-amp branch circuit, making it compatible with standard NEMA 5-20 protected circuits. The 12-foot cord length provides installation flexibility in deep rack configurations or raised-floor environments where outlet access is limited.

Key Features

• Monitored power distribution with unit-level current tracking
• 120-volt, 20-amp input supports standard 20-amp branch circuits
• 12-foot input cord for flexible rack and raised-floor installations
• Enterprise-grade PDU designed for rack-mount deployment
• Supports capacity planning through real-time power monitoring

Compatibility

Designed as an OEM-style monitored PDU for use in standard 120-volt, 20-amp rack power applications typical of enterprise server and network enclosures.

Installation Notes

Installation should be performed by a qualified electrician or certified IT infrastructure technician familiar with NEC branch circuit requirements. Ensure the branch circuit is de-energized before connecting the input cord. Verify the upstream circuit breaker is rated at 20 amps and that total connected load does not exceed 80 percent of circuit capacity per NEC guidelines. Secure the PDU to the rack using the appropriate mounting hardware before energizing.