USB Type-C Female to 2-Pin Solder Type Panel Mount Connector with Mounting Screws

Specifications

• Interface Type: USB Type-C Female

• Termination Type: 2-Pin Solder Pads (V+, G-)

• Mounting Style: Panel / Chassis Mount with integrated flange

• PCB ID: JRC-B009

• Dimensions: Ultra-compact footprint for high-density layouts

• Hardware: Includes 2x self-tapping philips-head screws

Key Applications and Projects

• DIY Power Banks: Creating a custom enclosure for Li-ion batteries with a professional Type-C charging port.

• Device Repairs: Replacing broken or fragile power ports in legacy equipment with a modern, flange-secured interface.

• Custom Mechanical Keyboards: Providing a secure, bulkhead-mounted USB-C port for custom keyboard cases.

Unlock New Capabilities (Project Evolution)

• Durability Upgrade: Transition from standard PCB-edge connectors to this panel-mount version to eliminate stress on your main circuit board during cable insertion.

• Interface Modernization: Replace outdated DC barrel jacks or Micro-USB ports with this Type-C socket to allow your hardware to be powered by universal modern cables.

Package Includes:

• 1 x USB Type-C Female to 2-Pin Solder Type Connector

• 2 x Mounting Screws

FREQUENTLY ASKED QUESTIONS (FAQ)

1. What do the "V" and "G" labels stand for? "V" is for the positive Voltage input and "G" is for the Ground connection.

2. Does this support data transfer? No, this is a 2-pin power-only version designed for charging and power delivery.

3. Are the mounting screws included? Yes, the package includes two silver mounting screws for chassis installation.

4. Is this a Type-C male or female connector? This is a female socket designed to receive a Type-C male cable.

5. Can I use this for 12V power? While the connector can handle different voltages, ensure your internal circuitry is rated for the voltage supplied by the Type-C source.

6. Do I need a special tool for the screws? A standard small Phillips-head screwdriver is required for installation.

7. Is soldering required for this part? Yes, you must solder your power wires to the rear pads labeled V and G.

8. What is the PCB part number? The board is identified as JRC-B009.

9. Can I mount this on a 3D-printed case? Absolutely; it is ideal for 3D-printed enclosures using the provided mounting flange.

10. How many pins are on the solder side? There are two main solder pads for the power lines.

11. Does it support USB Power Delivery (PD) negotiation? This 2-pin version provides a direct path; for advanced PD negotiation, an external controller is usually required.

12. What color is the mounting flange? The flange on this model is white.

13. Is the port reversible? Like all Type-C sockets, you can insert a Type-C cable in either orientation.

14. What gauge wire should I use? 22-24 AWG wire is typically recommended for standard power applications.

15. What are the mounting holes for? They allow you to screw the connector directly into a panel to prevent it from moving when a cable is plugged in.

16. Is it durable? The panel-mount design is much stronger than standard board-mount connectors because the mechanical force is transferred to the case.

17. Can I use this to repair a laptop? Only if the original port was a 2-pin power port; otherwise, check for the specific data pin requirements of your device.

18. Does it include a dust cover? No, this is the raw connector; a separate dust plug can be used if needed.

19. What is the spacing between the mounting holes? The design uses a compact industrial standard for mini-panel mount hardware.

20. Is this suitable for beginner soldering? Yes, the V and G pads are large and relatively easy to solder compared to multi-pin SMD connectors.