Fiber Optic Slip Rings, Single-Channel Optical Signal
Product Description:
Features:
This product is a compact micro single-channel fiber optic slip ring, with an installation diameter of only 6.8mm, making it highly suitable for use in limited space installations. When the installation aperture is designed as 6.8mm, the fiber connector (10mm) will not be able to pass through, so the fiber connector may need to be processed after installation. Additionally, this product offers the option of single mode or multi-mode fiber, with excellent optical performance and water and dust resistance.
Typical application:
Options:
Wavelength range |
Housing material |
Fiber pigtail Connector type |
Fiber connector typeST. LC |
Installation modes |
Specifications:
Technical Specifications | |
Wavelength Range | 650~1650nm |
Insertion Loss | ≤1.5dB |
Insertion Loss Variations | ≤0.7dB(或±0.35dB) |
Return Loss | ≥30dB |
Power Consumption | 23dBm |
Roating Speed | ≤2000rmp |
Working Life | 200~400 million rpm |
Rotating Torque | ≤0.01N.m |
Working Temperature | -20~60℃(40~85℃ Optional) |
Storage Temperature | -50~85℃ |
Weights | 10g |
Protection(IP Grade) | IP60 |
Shock And Vibration Standards | GJB150 Land Mobile |
Drawing for HF01A-FC001:
FAQ:
What is a micro single-channel fiber optic slip ring?
A micro single-channel fiber optic slip ring is a compact device designed to transmit optical signals between stationary and rotating components in applications with limited space.
What are the key features of the micro single-channel fiber optic slip ring?
The key features of the micro single-channel fiber optic slip ring include its small size with a mounting diameter of only 6.8mm, the ability to accommodate single-mode or multimode fibers, excellent optical performance, and its waterproof and dustproof design.
What is the application of the micro single-channel fiber optic slip ring?
The micro single-channel fiber optic slip ring finds applications in various industries, such as robotics, medical devices, aerospace, defense, industrial automation, and optical sensing systems, where space is limited, and continuous optical signal transmission is required.