LORDWORLD
LORDWORLD USB 3.0 Male to USB-C Female Panel Mount Connector M24×1.5 25mm
Panel-mount adapter converts a USB 3.0 male plug to a USB-C female port with M24×1.5 nut fixing in a 25 mm cut-out, supporting 5 Gbps data and 5 V 2 A charging under a waterproof dust cover
- Panel mount with M24×1.5 nut fits a 25mm cutout
- USB 3.0 male to USB-C female conversion for modern devices
- Up to 5Gbps data and 5V 2A charging supported
- Waterproof and dustproof cover protects the port
- Zinc alloy shell withstands harsh environments
Panel-Mount USB-C Connector
This adapter converts a USB 3.0 male plug into a USB-C female port that mounts through a panel. A 24 mm threaded nut secures it in a 25 mm cut-out on material up to 9 mm thick. The zinc-alloy shell and included cover protect the port from water and dust ingress.
For Fixed Enclosure Builds
Ideal for technicians adding a modern USB-C face to industrial cabinets, marine dashboards or custom PC cases where a sealed, through-panel connection is required. Not suited for cable-to-cable extensions or portable dongle use because the design demands a permanent mounting hole.
Mounting Hole and Thread Specification
The single decisive detail is the M24×1.5 thread that requires an exact 25 mm diameter hole in the panel. If your enclosure cannot accommodate that cut-out or the 9 mm maximum plate thickness, the connector cannot be installed.
Highlights
- Panel mount with M24×1.5 nut fits a 25mm cutout
- USB 3.0 male to USB-C female conversion for modern devices
- Up to 5Gbps data and 5V 2A charging supported
- Waterproof and dustproof cover protects the port
- Zinc alloy shell withstands harsh environments
Specifications
| Brand | LORDWORLD |
|---|
Questions about this item
Will the waterproof cover or zinc-alloy shell need periodic replacement?
The zinc-alloy shell and integrated cover are built for long-term use; no scheduled replacement is mentioned.
What is the maximum sustained data rate before the 5 Gbps limit is reached?
The connector supports up to 5 Gbps, so that ceiling appears first under continuous transfer.
Does the adapter generate noticeable heat when delivering 5 V 2 A continuously?
No active components are present, so heat remains minimal even during all-day charging at 5 V 2 A.
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