Fiber Optic Slip Ring, 2 to 4 Circuits of Optical Signals
Product Description:
Features:
Low insertion loss |
Optical transmssion technology of multi-channel, no electroma gnetic leakage and anti-elertromagnetic interference |
leakage and anti-electromagnetic interference |
Contactless signal transimission |
Inteorated FORI with electriral slip ring |
Typical application:
Options:
Number of optical Circuits |
Wavelength Range |
Housing Material |
Fiber Pigtail Connector Type |
Fiber Connector TypeST. LC |
Installation Modes |
Specifications:
Technical Specifications | |
Fiber Type | Single Mode(9/125 μm) |
NO.of Circuits | N≤4 According to customer’s request |
Wavelength Range | 780-1650(Default:1310& 1550 nm) |
Insertion Loss | ≤ 4.0dB |
Insertion Loss Variations | ≤±1.0dB |
Return Loss | ≥45dB |
Optical Crosstalk | ≥70 |
Max. Optical Power | 25dBm |
Roating Speed | 2000rmp |
Working Life | ≥50 million (300 rpm) |
Pulling Strength | ≥75N |
Working Temperature | -40~75℃ |
Storage Temperature | -45~85℃ |
Weights | 25g |
Protection(IP Grade) | IP65 |
Housing Material | Stainless Steel |
Connector Type | Default:FC/PC |
Package Style | Pigtails on both ends, default.o3.0mm, 1.0 meters long |
Vibration Standard | MIL-STD-167-1A |
Mechanical Shock | MIL-STD-810G |
Drawing for HF02F-FC001:
FAQ:
Can fiber optic slip rings be used in explosive environments?
Yes, there are fiber optic slip rings that are specifically designed for use in explosive environments, such as oil refineries or chemical plants. These slip rings are made with explosion-proof materials and meet safety standards.
Are fiber optic slip rings compatible with other communication protocols?
Yes, fiber optic slip rings can be compatible with various communication protocols such as Ethernet, USB, or RS-232. This allows for integration with different types of equipment and systems.
Can fiber optic slip rings transmit analog signals?
Yes, fiber optic slip rings can transmit analog signals such as audio or video signals. They can maintain the quality and integrity of analog signals during transmission.