Ingiant integral precision optoelectronic slip ring combine 4 channel optical fibers for radar antennas

Product drawing:

      DHS085-70-4F Optoelectronic Slip Ring （Four-channel optoelectronic hybrid slip ring）, capable of transmitting 4 optical fibers and 1 to 70 electrical channels at the same time, an integral precision conductive slip ring with an all-aluminum alloy structure. The electrical path supports signal (2A), 10A, 50A, voltage 600VAC/VDC.

Optoelectronic slip rings use optical fibers as data transmission media, providing the best technical solution for data transmission between rotatingly connected system components. It is particularly suitable for applications that require unlimited, continuous or intermittent rotation, and at the same time need to transmit large-capacity data and signals from a fixed position to a rotating position. It can improve mechanical performance, simplify system operation, and avoid collisions due to the rotation of movable joints. Damage to fiber optics. It can be used with traditional electronic bus rings to create photoelectric hybrid bus rings to transmit power and high-speed data.
Typical application:
High-end robots, high-end material conveying systems, rotating turrets on military vehicles, remote control systems, radar antennas, optical fiber sensing and other turntables (rate tables) transmission and control of high-speed video, digital, and analog signals, medical systems, and video surveillance systems , ensuring national or international safety systems, submarine operating systems, emergency lighting equipment, robots, exhibition/display equipment, medical equipment, etc.

        DHS085-70-4F Optoelectronic Slip Ring （Four-channel optoelectronic hybrid slip ring）, capable of transmitting 4 optical fibers and 1 to 70 electrical channels at the same time, an integral precision conductive slip ring with an all-aluminum alloy structure. The electrical path supports signal (2A), 10A, 50A, voltage 600VAC/VDC.

        Optoelectronic slip rings use optical fibers as data transmission media, providing the best technical solution for data transmission between rotatingly connected system components. It is particularly suitable for applications that require unlimited, continuous or intermittent rotation, and at the same time need to transmit large-capacity data and signals from a fixed position to a rotating position. It can improve mechanical performance, simplify system operation, and avoid collisions due to the rotation of movable joints. Damage to fiber optics. It can be used with traditional electronic bus rings to create photoelectric hybrid bus rings to transmit power and high-speed data.

Typical application:

        High-end robots, high-end material conveying systems, rotating turrets on military vehicles, remote control systems, radar antennas, optical fiber sensing and other turntables (rate tables) transmission and control of high-speed video, digital, and analog signals, medical systems, and video surveillance systems , ensuring national or international safety systems, submarine operating systems, emergency lighting equipment, robots, exhibition/display equipment, medical equipment, etc.