The Gigabit Ethernet slip ring is an advanced signaling component designed to meet the
demands of high-speed Ethernet data transmission.
It enables stable, continuous and uninterrupted transmission of
Gigabit Ethernet signals in rotating devices.
With its excellent performance,
data loss and delay are effectively avoided, ensuring reliable and efficient network connections.
The Gigabit Ethernet slip rings are manufactured using high-precision manufacturing processes
and high-quality materials, providing good anti-interference capability and durability.
Gigabit Ethernet slip rings play a key role in industrial automation, robotics, monitoring systems,
medical equipment and many other fields.
It enables rotating equipment to transmit large amounts of data in real time and accurately,
providing strong support for intelligent,
automated production and monitoring.
Gigabit Ethernet slip ring is an important component to ensure
the normal operation and high efficiency of
the equipment under the environment of
high-speed data transmission demand.
LPA000-03100-01PE-0220-1002-02E3-03E2-04S-01A With high-current transmission capability,
the LPA000-0220-01PE also integrates 3 groups of 100 Gigabit, 2 groups of Gigabit Ethernet,
and overgassing function to meet diversified transmission needs.
LPT000-0414-0210-0402-E3-E2-06S-FO02 With hollow shaft design, it integrates Ethernet 100 Gigabit, Gigabit, signaling
and fiber optic transmission to provide comprehensive data and signaling support.
The LPC-76A-0405-0202-06E3-IP54： is a capsule structure that integrates 6 groups of Gigabit Ethernet
and is IP54 rated for a wide range of complex environments.
The LPC-D26-14S-04E3-02HD has four Gigabit Ethernet groups and supports power overload and signaling for stable and reliable performance.
The LPC-36A-04E3 focuses on pure quad-Gigabit Ethernet transmission, providing you with a simple and efficient Ethernet transmission solution.
Advantage:
1. High-speed and stable data transmission: it can realize fast and stable transmission of Gigabit-level Ethernet data,
ensuring real-time and accurate information.
2. Supports multi-channel transmission: It can transmit data from multiple Ethernet channels at the same time,
improving the comprehensive performance and efficiency of the system.
3. Rotational flexibility: maintains uninterrupted data transmission during the rotational movement
of equipment, adapting to various dynamic working environments.
4. Enhanced system reliability: Reduce the risk of cable entanglement and damage, improve the operational stability and reliability of the whole system.
5. Space-saving: integrated design, effectively saving the internal space of the equipment, making the layout more compact.
Features:
1. High-precision manufacturing: Ensure good contact and reduce signal loss and interference.
2. Good compatibility: compatible with various Ethernet devices and network architectures,
easy to integrate into existing systems.
3. Strong durability: using high-quality materials and advanced technology,
it has a long service life and low maintenance cost.
4. Good anti-interference ability: it can effectively resist external electromagnetic interference
and ensure the quality of data transmission.
5. High customizability: according to different application requirements, customize special interfaces,
number of channels and protection level, etc.
Installation and maintenance
Installation: Follow the product manual for installation to ensure that each connection is secure.
Maintenance: Check the connection status of the slip ring regularly, keep it clean, and avoid foreign objects to hinder contact
JINPAT electronic professional slip ring manufacturer
JINAPT has strong technical strength, with more than 10,000 kinds of slip ring scheme drawing database, products sell well all over the world
Industrial automation: such as the rotating head of CNC machine tools, rotating stations of automated production lines, joint parts of robots, etc.,
to ensure the stable transmission of Ethernet signals when the equipment is rotating, and to realize precise control and data acquisition.
Surveillance system: including rotatable surveillance cameras, panoramic surveillance equipment, etc.,
to ensure smooth transmission of high-definition video data and realize all-round monitoring without dead angle.
Wind power generation: Ethernet communication between the rotating part of the blades of the wind turbine and
the tower for monitoring and controlling the operation status of the power generation equipment.
Medical equipment: such as movable medical imaging equipment (e.g., movable parts of CT machines and MRI machines)
to ensure accurate transmission of image data and assist medical diagnosis.
Ships and marine engineering: the rotating mechanism of all kinds of ship equipment, such as shipboard radar,
communication antenna, etc., to ensure stable communication in the complex environment at sea.
Aerospace: rotating parts in aircraft, satellites and other vehicles, such as antennas, cameras, etc.,
to meet the requirements of high-speed, high-precision data transmission.
Stage performance: for rotatable and movable stage lighting, sound equipment, etc., to realize wonderful stage effect display.
Printing Machinery: Cylinder rotating part of printing machine to ensure continuous transmission
of control signals and data to improve printing quality and efficiency.