Small Flange Fiber Optic Rotary Joint Ultra Mini Single Channel Installation Diameter 6.8mm

Price Negotiable

Price: Negotiable

MOQ: 10pcs

Delivery Time: 2 weeks ARO

Brand: JINPAT

Product Description

LPFO optical slip rings are also known as fiber optic rotary joints, optical rotatory connector. The optical slip ring adopts optical fiber as media. It offers the best solution to transmit great capacity data and signals. The optical slip ring can be integrated with traditional electrical slip rings. The hybrid slip ring model is able to transmit power, signals and high speed data.

Specifications
Fiber types	SM or MM	Connector types	FC/SC/ST/LC(PC or APC)
Channel number	1	Estimated life cycle	＞200million revolutions
Wavelength range	SM:1270-1650nm MM:650-1300nm	Vibration	MIL-STD-167-1A
Insertion loss	＜2dB	Mechanical shock	MIL-STD-810G
Insertion loss ripple	＜0.5dB	IP rating	IP65 or IP68
Return loss	≥40dB	Max Optical power	23dBm
Working temperature	-45～+80℃	Maximum speed	2000rpm or more
Storage temperature	-50~+85℃	Jacket types	0.9/2/3mm(Kevlar/PVC or Armor)
Weight, approx	10g(No tail cable andconnection included)	Package style	Pigtails on both ends

Advantages:

No contact and friction, long life, up to 10 million rpm (more than 100 million rpm for signal channel )
Can combine with multiple signals such as video, series, and Ethernet signal, etc.
Use optical fiber to transmit information, no leakage, no electromagnetic interference; can transmit tens of
hundreds of kilometers of networking applications over long distances
The transmission bandwidth is much larger than the electrical connector, and it can be used to double the
bandwidth with the wavelength division multiplexer.
Small in volume and light in weight that is easy to integrate with electric slip ring, and system is easy to
upgrade and change
Providing the world's smallest single-channel fiber optic rotary joint, as well as double-channels, four-chan
nels, ten-channel or even more channel for your option
Providing photoelectric integrated rotary joint