Fiber optic slip ring adopts fiber to transmit signal, used to any devices to transmit electricity and fiber signal when 360° rotating, such as HD video transmission system, microwave communication, medical equipment, sensor signal measurement, radar and video monitoring system. This fiber optic rotary union is suitable for some applications which require to keep continuous or intermittent rotating and transmit mass data from static side to rotation side. It can be combined with the traditional electric slip ring to transmit power and high-speed data. 2 ~ 8 channels fiber optic rotary joint can be customized.

Features

• Can transmit single or multi channels fiber optic signal.
• Can be combined to transmit power, control signal, micro power signal of computer automotive control.
• Can be combined with the traditional electric slip ring to transmit power and high-speed data.
• Non-contact, no friction, long working life, >100 million revolutions (2-3 millions revolutions for signal channel model).
• Safe and reliable, no electromagnetic interference long-distance transmission.

Specification

• Model: CHN-FO100
• Fiber Channel: 1 Channel
• Fiber Type (Optional): 9/125um (Single Mode), 50/125um (Multi Mode), 62.5/125um (Multi Mode)
• Wavelength (Optional): 1310/1550 (Single Mode), 850/1310 (Multi Mode)
• Connector Type (Optional): FC, ST, SC, LC
• Bandwidth:±50nm
• Max Insertion Loss (23℃): 1.2dB (Single Mode), 0.7dB (Multi Mode)
• Insertion Loss Fluctuation:≤0.6dB (Single Mode), ≤0.4 dB (Multi Mode)
• Return Loss (Without Connector):≥55dB (Single Mode), ≥40dB (Multi Mode)
• Max Power: 0.5W
• Max Speed: 2000 rpm
• Working Life: >20 million
• Work Temperature: -45~85℃
• Storage Temperature: -50~85℃
• Protection Grade: IP68

Dimension Drawing (Unit: mm)

Standard Model List

Note: All above models for customization and please contact us if you need the flange. The package includes the controller.

Tips: Fiber Optic Slip Ring Application

Optical fiber slip rings are mainly used in 360 degree continuous rotation and need to ensure power supply, and the optical fiber signal cannot be interrupted, such as high-end robots, high-end material conveying systems, rotating turrets on military vehicles, remote control systems, radar antennas, and fiber optic sensing. Transmission and control of high-speed video, digital, and analog signals for equal turntables (rate tables), medical systems, video surveillance systems, national or international security systems, submarine operation systems, emergency lighting equipment, robots, exhibition/display equipment and medical equipment.