Product Details
Fiber Optic Slip Ring (Single Channel)
Product Description:
Features:
- High-speed transmission: Supports high-speed fiber optic signal
transmission, ensuring fast and stable data transfer.
- Low insertion loss: High-quality optical connectors and precision
design minimize insertion loss, ensuring optimal signal integrity.
- Single-channel design: Specifically designed for transmitting a
single channel of fiber optic signals, providing dedicated and
reliable communication.
Typical Application:
- Robotics and Automation: Fiber Optic Slip Rings find applications
in robotic systems and automated machinery where continuous and
reliable transmission of high-speed fiber optic signals is required
for tasks such as control, feedback, and communication.
- Medical Equipment: Fiber Optic Slip Rings are used in medical
equipment and devices where the transmission of optical signals is
crucial for applications like imaging, diagnostics, surgical
robotics, and minimally invasive procedures.
- Communication and Surveillance Systems: Fiber Optic Slip Rings are
utilized in communication and surveillance systems that require the
transmission of high-bandwidth fiber optic signals, such as video
surveillance, broadcasting, and telecommunications.
Specifications:
Technical Specifications |
Rate | 1.25Gbps/155Mbps |
Operating Wavelength | 1310/1550nm |
Transmit Power | >3dBm |
Receive Sensitivity | ≤3dBm |
Voltage | 3.3V |
DDM Interface | SFF-8472 |
Optical Interface | LC |
Power Consumption | 1W |
Encapsulation | SFP |
Cable Type | 3mm Armoured Black |
Technical Specifications |
Fiber Type | Single Mode Optical Fibre | Bending Radius | >R25 |
NO.Of Circuits | 1 | Roating Speed | 0-1000RPM |
Operating Wavelength | 1310nm-1550nm | Working Temperature | -40~+85℃ |
Insertion Loss | ≤3dB | Working Life | 30-50 Million Turns |
Insertion Loss Variations | ≤0.7dB | Lead Length | Rotor:>300mm Stator>300mm |
Connector Type | LC | Else | Can be sold with optical modules |
Drawing for 3KM-F001A(3KM06-02-01HW):
FAQ:
How many channels does the Fiber Optic Slip Ring support?
The number of channels supported by a Fiber Optic Slip Ring can
vary depending on the specific model and design. It is important to
check the product specifications for the desired number of
channels.
What is the maximum data transfer rate supported by the Fiber Optic
Slip Ring?
The maximum data transfer rate can vary depending on factors such
as the fiber optic technology used, the quality of the components,
and the design of the slip ring. It is recommended to refer to the
product specifications for the specific data transfer rate
supported.
Can the Fiber Optic Slip Ring tolerate harsh environmental
conditions?
Fiber Optic Slip Rings are designed to withstand a wide range of
environmental conditions, including temperature variations,
humidity, dust, and vibrations. However, it is essential to
consider the specific IP rating or environmental certifications of
the slip ring to ensure its suitability for the intended
application.
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.