Lightwave LWEXT-755 5-Way Extension Socket with 2 USB 2.1A Ports and 3M Cable

Lightwave LWEXT-52U Extension Socket

The Lightwave 5-Way Extension Socket provides a high-density power distribution solution for corporate workstations and technical environments requiring multiple concurrent connections. This unit integrates five standard 3-pin AC outlets with a dedicated dual-port USB charging module to support both peripheral hardware and mobile communication devices. Consequently, it reduces the need for multiple discrete adapters in crowded workspace configurations. The internal architecture utilizes high-conductivity copper components to ensure stable current delivery across all connected loads. Therefore, it maintains operational integrity during peak usage periods.

Key Features

• Integrated USB Fast Charging
  The dual USB-A ports provide a combined 2.1A output to facilitate rapid charging of tablets and smartphones without occupying AC sockets.

• Extended 3-Meter Reach
  A heavy-duty three-meter power cord allows for flexible placement of the distribution strip away from primary wall outlets in large offices.

• Safety and Durability

  • Flame-retardant outer housing prevents thermal escalation during high-load scenarios.
  • Individual shutter mechanisms protect unused ports from dust and accidental contact.

• Switch-Controlled Power
  The master rocker switch includes an LED indicator to provide immediate visual confirmation of the unit’s energized status and circuit health.

Specifications

What’s in the Box

• 1 x Lightwave LWEXT-52U 5-Way Extension Socket
• 1 x Safety Instructions Leaflet

Why Choose This Power Solution

• The 3-meter cable provides significant routing flexibility for complex desk arrangements or server room peripheral support.
• High-quality internal busbars minimize voltage drop and heat generation under sustained electrical loads.
• Integrated USB ports eliminate the requirement for bulky charging bricks, reclaiming valuable space on the socket panel.
• Robust construction ensures long-term reliability in high-traffic commercial environments where frequent plugging and unplugging occurs.