What is this?
Panel mount coupler USB 2.0 can send and receive data at the same time, and have super transmission speed. pass through panel-mount connector is very suitable for industrial automation, smart home, professional audio and video equipment and data center.What will I get?
Style: Pass Through Female to Female Connector USB 2.0; Transmission efficiency: 480Mbps; Rated voltage: 5V; Rated current: 0.5A; Panel size: φ28x3mm; Color: Black; 5Pcs x Bulkhead Extension Adapter(with five dust cover)

Is there any advantages of the product?
High power supply capacity and low power consumption: It can provide stable power supply for external devices, optimize power management, and automatically enter low power mode when idle
How to use it?
No welding or installation tools are required. The installation can be completed by fixing with nuts, which saves space and Can be used with industrial cabinets, home walls and other scenes.What should I notice?
The direction must be aligned when plugging and unplugging to avoid forced insertion that may cause deformation of the pins.

• Panel mount coupler USB 2.0 can send and receive data at the same time, and have super transmission speed. pass through panel-mount connector is very suitable for industrial automation, smart home, professional audio and video equipment and data center.
• Style: Pass Through Female to Female Connector USB 2.0; Transmission efficiency: 480Mbps; Rated voltage: 5V; Rated current: 0.5A; Panel size: φ28x3mm; Color: Black; 5Pcs x Bulkhead Extension Adapter(with five dust cover)
• High power supply capacity and low power consumption: It can provide stable power supply for external devices, optimize power management, and automatically enter low power mode when idle
• No welding or installation tools are required. The installation can be completed by fixing with nuts, which saves space and Can be used with industrial cabinets, home walls and other scenes.
• The direction must be aligned when plugging and unplugging to avoid forced insertion that may cause deformation of the pins.