Brand Name : JINPAT
Model Number : LPFO-02N-A
Certification : ISO9001.ISO14000.CE.UL.FCC.RoHS
Place of Origin : China
MOQ : 1PCS
Packaging Details : Standard/On Request
Maximum speed : 300rpm
Package style : Pigtails on both ends
IP rating : IP65 or IP67
Fiber Optic Rotary Joint, also known as fiber optic slip ring, fiber optic rotary connector, optical hinges, etc. This slip ring adopts optical fiber as media for transmitting data, providing the best technical solution for elements of system to transmit data when rotating. It is especially suitable for equipments that require unlimited, continuous or intermittent rotation and transmit large capacity of data and signals from stationary position to rotary position. It can improve mechanical performance, simplify system operation, and avoid damage to fiber optic due to rotation of moving joints. The fiber optic rotary joints can be used with a traditional electric slip ring as a photoelectric hybrid slip ring to transmit power and high speed data.
Mini dual-channel optical fiber slip ring, the installation diameter is only 20mm, the smallest multi-channel optical fiber slip ring in the industry, the performance index is better than similar imported products, ultra-long life, single multi-mode optional, short delivery.
Specifications | |||
Fiber types | SM or MM | Maximum speed | 300rpm |
Channel number | 2 | Package style | Pigtails on both ends |
Wavelength range | SM:1310-1550nm MM:850/1300nm | Weight, approx | 200g(No tail cable and connection included) |
Insertion loss | <4dB | Jacket types | 2.0mm (Kevlar/TPU or armor) |
Insertion loss ripple | <2dB | Connector types | FC/SC/ST/LC(PC or APC) |
Crosstalk | ≥50dB | Estimated life cycle | >100 million revolutions |
Max Optical power | 23dBm | Vibration | MIL-STD-167-1A |
Working temperature | -20~+65℃(Industrial grade) -50~+80℃ (Military grade) | Mechanical shock | MIL-STD-810G |
Storage temperature | -55~+85℃ | IP rating | IP65 or IP67 |
Installation Instructions
Dual Channel Optical Rotary Joint 300rpm IP65 Images |