Eaton Corporation

Tripp Lite by Eaton PDU 1.4kW 120V Single-Phase Basic PDU - 16 NEMA 5-15R Outlets 5-15P Input 15 ft. Cord 48 in. 0U Rack

Tripp Lite by Eaton PDU 1.4kW 120V Single-Phase Basic PDU - 16 NEMA 5-15R Outlets 5-15P Input 15 ft. Cord 48 in. 0U Rack

SKU:PDUV15-48

Regular price $181.99 USD
Regular price Sale price $181.99 USD
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Tripp Lite by Eaton PDU 1.4kW 120V Single-Phase Basic PDU - 16 NEMA 5-15R Outlets 5-15P Input 15 ft. Cord 48 in. 0U Rack

Single-Phase 120V PDU Distributes Network-Grade Power to Multiple Loads

This basic PDU is an ideal no-frills unit for networking, telecom, security, audio/video and sound reinforcement applications. Recommended for small to mid-sized data centers, computer rooms and network closets, the PDUV15-48 features 16 NEMA 5-15R outlets for connecting equipment. A 15-foot cord with 5-15P input plug connects to your facility's AC power source, generator or protected UPS system to distribute power to connected loads.

Up-to-Date Safety Features Protect Your Vital Equipment

A lighted on/off switch is protected by a transparent plastic cover to help prevent an accidental shutdown that could lead to costly downtime. A 15A circuit breaker protects connected components from dangerous overloads.

Versatile Installation Options Give You Plenty of Choices

The 48-inch 0U PDU mounts vertically in an EIA-standard 19-inch rack using the included toolless mounting buttons or the included mounting clips and hardware. You may also use the clips to secure the PDU to a wall, counter or other flat, secure surface.

  • PDU distributes AC power to multiple servers and balances the load on the servers
  • Basic PDU is the space-saving and cost-effective way to deliver power
  • NEMA 5-15R receptacle type to ensure maximum dependability and optimal performance
  • With proper ventilation, your Under-counter PDU will work efficiently
  • Single Phase phase PDU provides dependable power output with maximum efficiency
  • NEMA 5-15P plug/connector type for efficient connectivity and feasible power output
  • 120 V AC input voltage for maximum feasibility and added productivity
  • 100 V AC output voltage for optimal performance with maximum feasibility
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