Customized Compact IEEE1394 USB Slip Ring Transmitting USB2.0 Signal
USB Slip Ring Transmitting USB2.0 Signal High Protection Level, Customized Slip Ring Solution Description of UH50119-01 series slip ring The SENRING UH50119-01 series 4-port USB rotary joint is a rota
- Brand
- YUMO
- Place of Origin
- China
USB Slip Ring Transmitting USB2.0 Signal High Protection Level, Customized Slip Ring Solution
Description of UH50119-01 series slip ring
The YUMO UH50119-01 series 4-port USB rotary joint is a rotary connector that can rotate 360 degrees and transmit four USB 2.0 signals. It can also support the mixed transmission of 1-38 channels of power, current, and signal. The rotary joint can stably transmit IEEE1394 and various USB signals.
The UH50119-01 series 4-port USB slip ring has the advantages of stable signal transmission, no packet loss, no code error, low return loss, and low insertion loss. The bore of the rotary joint is 50mm, making it suitable for any rotating device with a shaft diameter of less than 50mm.
The UH50119-01 series USB slip ring is a standard product of Sereep with readily available inventory. It has strong versatility and can be customized to meet special specifications.
Features of UH50119-01 series slip ring
The rotary joint you are referring to has a standard USB male or female connector, which can be customized to suit specific requirements. The joint is capable of stably transmitting four channels of USB2.0 signals and can be combined to transmit 1-38 circuits of power, signal, or a combination of both.
The hole size of the rotary joint is 50mm, with an outer diameter of 120mm. The joint is versatile and can be combined with other rotary unions to transmit power and various signals, including IEEE1394, Ethernet, USB2.0, and more.
The rotary joint is also compatible with power and hydraulic/pneumatic rotary unions, making it suitable for a wide range of industrial applications. It provides a reliable and efficient solution for transmitting power and signals in rotating equipment and can be customized to meet specific application requirements.