Photoelectric pod slip ring is a key component specially designed for photoelectric pod system.
It can achieve stable and uninterrupted power, signal and data transmission during the continuous rotation and movement of the photoelectric pod.
Optoelectronic pod slip rings are usually manufactured using high-precision manufacturing processes and high-quality materials to ensure excellent reliability and durability in complex working environments. Its compact structure design can not only meet the limited space requirements inside the pod, but also ensure the stability and low friction loss during high-speed rotation.
By effectively solving the connection problem between rotating parts and fixed parts, the slip ring enables the photoelectric pod to accurately acquire, transmit and process images and other relevant information, thus playing an important role in the fields of aerial reconnaissance, monitoring, mapping and so on.
LPC-98S-HF01:
The LPC-98S-HF01 is a high-performance optical pod slip ring. It is manufactured using advanced technology and
high-quality materials to ensure excellent performance in complex working environments.
This slip ring is capable of simultaneously transmitting large amounts of power, signal and data for
demanding optoelectronic pod applications. Its compact design and precise structure effectively save the installation space.
In terms of electrical performance, the contact resistance is extremely low, the signal transmission is stable
and accurate, and the signal attenuation and interference are reduced. It has a good rotation performance,
can be stable during high-speed rotation, to ensure the continuous and accurate operation of the pod.
The LPC-98S-HF01 also has excellent protection against dust, moisture, vibration and other external factors,
extending service life and reducing maintenance costs.
LPC-48S-FO01:
The LPC-48S-FO01 is an optical pod slip ring designed for specific needs.
It has enough to meet the transmission needs of most medium-sized opto-electric pod systems.
Its exquisite manufacturing process ensures the stability and reliability of each path.
The slip ring is structurally optimized to achieve smaller volume and lighter weight without compromising its performance.
During the rotation process, it can maintain low noise and low wear, improving the overall work efficiency and service life.
The LPC-48S-FO01 is compatible with a wide range of optoelectronic pod devices and is easy to install, debug and maintain.
Its high level of protection can work normally in harsh environments, ensuring the stability and reliability of the equipment.
1. The slip ring has compact structure and strong vibration resistance;
2. Light weight, start and run smoothly;
3. Integrate 1.5G HD video (up to 12G-SDI*4K@60fps HD signal transmission)
communication, power, control, 1/0 quantity and cameralink and other sensitive signals;
4. This type of product is also suitable for medium and large surveillance and attack integrated UAVs,
various general reconnaissance armed helicopters, large floating airships and other military and
civilian general air based equipment as well as land and sea based air search Cable equipment.
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
JINPAT has strong technical strength, with more than 10,000 kinds of slip ring scheme drawing database, products sell well all over the world
Military reconnaissance: Installed in the photoelectric pod of military aircraft and unmanned aerial vehicles to
achieve real-time monitoring, reconnaissance and intelligence collection of the target area.
Border Patrol and security monitoring: Carried on patrol aircraft or drones, continuous monitoring of the border area,
timely detection of abnormal situations.
Forest fire monitoring: Pods for forest firefighting aircraft or helicopters to quickly detect fire sources and provide accurate location information.
Marine monitoring: In the pods of maritime patrol aircraft or drones, the Marine environment, ship activities, etc., are monitored.
Power inspection: Assist the power department to inspect the transmission lines to find the faults and hidden dangers of the lines in time.
Traffic monitoring: Installed on the monitoring aircraft or drones of the traffic management department to
monitor road traffic conditions and provide support for traffic facilitation.
Geological exploration: In the pod of the geological exploration aircraft, geological data and images are
collected to aid geological research and resource exploration.
Meteorological observation: a pod used for meteorological observation aircraft to collect meteorological
information and improve the accuracy of meteorological forecasts.
Emergency rescue: In the pod of a rescue aircraft or drone, help search and locate victims and assess the disaster situation.