Dual-port USB panel mount couplers showing USB 3.0 and USB 2.0 ports

Dual Port USB Panel Mount Coupler - Threaded Bulkhead USB 3.0 / 2.0 Female to Female Extension Adapter

Dual USB2.0 / Black
$2.74
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Dual-port USB panel mount couplers showing USB 3.0 and USB 2.0 ports

Dual Port USB Panel Mount Coupler - Threaded Bulkhead USB 3.0 / 2.0 Female to Female Extension Adapter

$2.74
Name
Color

Bring two USB connections through a panel with this threaded bulkhead female-to-female coupler. Choose dual-port USB 2.0 or dual-port USB 3.0 and a black or silver finish to suit your setup. The aluminum alloy body provides a solid mounting point.


Name  Dual USB2.0
Circle diameter 22mm
Aperture size 22mm/22.5mm
Material Aluminum alloy
Color Black / Silver

 

Name  Dual USB3.0
Circle diameter 22mm
Aperture size 22mm/22.5mm
Material Aluminum alloy
Color Black / Silver

 

Designed for equipment panels, vehicle dashboards, marine consoles, and custom enclosures, this Dual Port USB Threaded Panel Mount Coupler expands a single panel cutout into two accessible USB pass-through ports. Featuring a threaded bulkhead body with a hex locking nut and rubber sealing washer, it provides a stable and secure extension solution across partition walls.

 

  • Dual Port Pass-Through Design: Accommodates two independent USB cables in one compact panel cutout, allowing simultaneous data transfer or power connection for multiple devices.

  • USB 3.0 & 2.0 Protocol Options: Available in Dual USB 3.0 (blue ports, up to 5 Gbps data rate) and Dual USB 2.0 (black ports, up to 480 Mbps data rate) configurations.

  • Threaded Panel Mount Installation: Built with a round threaded outer casing and a metal hex locking nut for firm mounting into pre-drilled panel cutouts on dashboards, equipment boxes, or wall plates.

  • Backward Compatible: USB 3.0 models maintain backward compatibility with USB 2.0 and USB 1.1 connected hardware.

  • Rugged Housing: Constructed with a durable metallic/polymer outer shell designed to withstand standard wear from regular insertion and removal.

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