Product Details
Fiber Optic Slip Rings, Single-Channel Optical Signal
Product Description:
Features:
- FC receptacle, free to choose fiber patch cable
- Used for optical signal transmssion,no electromagnetic leakage and
anti-electromagnetic interference
- Contactless signal transmission
- Integrated FORJ with electrical slip ring
Typical application:
- Robotics and Automation: Fiber optic slip rings are used in robotic
systems and automation equipment, enabling the transmission of
optical signals between stationary bases and rotating joints or
arms. This facilitates real-time data communication, control
signals, and video transmission in robotic operations.
- Medical Devices: Fiber optic slip rings are utilized in medical
equipment and devices such as endoscopes, surgical robots, and
imaging systems. They enable the transmission of high-resolution
video signals, imaging data, and optical power between rotating and
stationary parts, facilitating minimally invasive procedures and
precise imaging.
- Aerospace and Defense: Fiber optic slip rings are employed in
aerospace and defense applications, including surveillance systems,
remote sensing platforms, and communication systems in aircraft,
satellites, and unmanned aerial vehicles (UAVs). They enable the
transmission of optical signals in rotating parts, ensuring
reliable communication and data transfer.
Options:
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 | 1 |
Wavelength Range | 780-1650(Default:1310& 1550 nm) |
Insertion Loss | ≤ 3.0dB |
Insertion Loss Variations | ≤±0.25dB |
Return Loss | >40dB |
Optical crosstalk | - |
Max. Optical Power | 25dBm |
Roating Speed | 2000rmp |
Working Life | ≥200 million (300 rpm) |
Pulling Strength | ≥75N |
Working Temperature | -40~80℃ |
Storage Temperature | -45~85℃ |
Weights | 25g |
Protection(IP Grade) | IP61 |
Housing Material | Stainless Steel SUS304 |
Connector Type | Default:FC/PC |
Package Style | FC/PC Flange |
Vibration Standard | MIL-STD-167-1A |
Mechanical shock | MIL-STD-810G |
Drawing for HF01E-FC001:
FAQ:
What is the maximum rotational speed that fiber optic slip rings
can handle?
The maximum rotational speed of fiber optic slip rings can vary
depending on the specific model, but they are designed to handle
high speeds ranging from a few hundred to tens of thousands of
rotations per minute (RPM).
Can fiber optic slip rings transmit power?
No, fiber optic slip rings are primarily designed for the
transmission of optical signals. Power transmission is typically
handled separately through electrical slip rings or other power
transmission methods.
Do fiber optic slip rings require lubrication?
No, fiber optic slip rings do not require lubrication as they rely
on non-contact transmission methods, such as air gaps or fiber
optic rotary joints, which eliminate the need for lubrication.
Company Profile
Shenzhen Hiscience, linking the future of technology
Shenzhen Hiscience Co.,Ltd. (abbreviation: Hiscience) was
established in 2011.
It is a professional slip ring manufacturer integrating independent
research and development, production and sales. It is the only
R&D department in the domestic slip ring industry composed of
senior R&D teams in the three major fields of laser technology,
communication industry and microwave devices. It is accurate,
efficient and quick to respond to customers. meet customer needs
with customized products and services.
The company's products strictly control the quality from design to
mass production, and have a complete testing system. At the same
time, a simulation testing platform is built according to different
customer needs to ensure product consistency and reliability. The
products win the trust of customers with their high quality and are
widely used in civil and military fields such as engineering
machinery, automation equipment, intelligent manufacturing, medical
instruments, new energy wind power generation, aerospace,
navigation and ships, security monitoring and so on.