The Type-C USB Panel Mount Socket (2-Wire) is a ruggedized power-delivery chassis connector designed to integrate modern USB Type-C charging ports into custom enclosures, panels, vehicle dashboards, and DIY project boxes. Featuring a threaded rectangular panel body with a front sealing gasket, this connector breaks out the standard USB power lines into two color-coded flying leads (Red = V+, Black = GND), making it easy to add 5V power access without needing complex signal wiring.

Specification

• Connector Interface: USB Type-C Female Socket (Reversible plug orientation)
• Wiring Configuration: 2-Wire Power Only (Red = +5V Positive, Black = Ground / Negative)
• Supported Voltage Range: DC 5.0V standard (Can pass higher voltages up to 20V if connected to an upstream PD power supply board)
• Maximum Current Rating: Up to 3.0A continuous current pass-through
• Wire Gauge & Length: Standard 22 AWG or 24 AWG copper wire leads (Approx 10cm - 15cm wire length)
• Panel Mounting Profile: Rectangular flange or threaded body with lock-nut/screw mounting ears
• Ingress Protection Rating: IP67 / IP68 waterproof and dustproof (when fitted with included front rubber sealing cap)
• Housing Material: Heavy-duty molded PVC or aluminum metal casing
• Operating Temperature Limits: -20°C to +80°C

Features

• Reversible USB Type-C Design: Accepts Type-C charging cables in either orientation, ending the hassle of directional micro-USB alignment.
• Simple 2-Wire Power Integration: Features pre-stripped red and black tail wires. This allows direct soldering to lithium charging modules (like TP4056), step-down DC buck converters, or 5V power rails without messing with tiny D+ / D- data trace pins.
• Flush Panel-Mount Frame: Built with an outer flange and mounting holes, allowing the port to sit flush against plastic, metal, or wood project enclosures for a clean, factory-finished look.
• Integrated Weather-Resistant Sealing: Most variants ship with an integrated silicone protective cap and rubber sealing O-ring. When capped, it protects the internal contacts from dust, humidity, and water splashes in outdoor or automotive builds.

Common Applications

• Custom Project Box Power Inputs: Installing a clean 5V power entry port on 3D-printed project enclosures for microcontrollers, smart home displays, or desktop devices.
• Vehicle & Marine Power Socket Conversions: Mounting modern USB Type-C charging ports on motorcycle, boat, or car dashboards for phone charging.
• Rechargeable Battery Pack Builds: Adding a standard Type-C charging port to custom 18650 lithium-ion battery banks, portable speaker boxes, or handheld tools.
• Industrial Control Cabinets: Providing external low-voltage power access points on sealed electrical control boxes without opening the cabinet door.

Professional Installation & Usage Tips

• Understand the CC Pull-Down Resistors (Crucial for Smart Chargers): Standard 2-wire Type-C panel sockets usually feature internal 5.1kΩ pull-down resistors on the CC1 and CC2 logic pins. These resistors tell smart USB-C chargers (like Apple or Anker Power Delivery bricks) to turn on the 5V line. If you buy an ultra-cheap generic socket lacking these resistors, smart chargers will treat it as disconnected and output 0V. In that case, use a basic USB-A to USB-C cable or add 5.1kΩ resistors between the CC pins and GND.
• Mind Current Limits Over Thin Wires: While the connector shell can physically handle 3A, ensure the internal power supply or step-down converter feeding the red/black leads can deliver the required current safely without overheating.
• Insulate Bare Wire Connections: When soldering the red and black leads to your internal circuitry, always seal the solder joints using heat-shrink tubing or silicone sealant. Leaving bare joints exposed inside a metal box can cause short circuits if the wires bump against the chassis.
• Drill Accurate Panel Cutouts: Measure the rectangular body footprint using digital calipers before cutting your panel opening. A snug fit ensures the rubber gasket compresses evenly against the outer wall, maintaining a water-tight seal.