Airborne radar antenna slip ring is a key component specially designed for space-based radar system.
It ensures stable and uninterrupted transmission of power, signals and data while the radar antenna continues to rotate during the flight of the aircraft.
This slip ring uses a highly sophisticated manufacturing process and high-quality materials to adapt to complex environmental conditions at altitude, such as temperature changes, air pressure differences and strong vibrations.
It has high reliability, low loss and excellent anti-interference ability, can accurately transmit a variety of complex radar signals, provide strong support for aircraft navigation, detection, monitoring and other functions, and greatly improve the flight safety and mission execution capabilities of aircraft.
The LPT000-2015-30S is a high-performance slip ring specially built for airborne radar antennas.
It uses advanced manufacturing processes and high-quality materials for excellent performance and reliability.
In terms of structure, its design is compact and robust, which can effectively cope with the strong vibration and
complex mechanical environment during aircraft flight. It can meet the diverse power, signal
and data transmission needs of airborne radar systems.
The contact parts of the slip ring are carefully optimized, and the contact resistance is extremely low,
which ensures the high precision and stability of signal transmission, and reduces the energy loss and signal attenuation.
The LPT000-2015-30S has excellent resistance to high and low temperatures and can operate normally in
the extreme temperature conditions of the aircraft. At the same time, it also has good anti-electromagnetic interference capability,
ensuring stable operation in the complex on-board electronic environment.
In addition, the slip ring has also been carefully designed in terms of maintenance and installation,
convenient operation and subsequent maintenance work, providing a strong guarantee
for the long-term stable operation of the airborne radar system.
1.Working environment: suitable for high environment -55C~+80 altitude 18000 meters and above the protection level 1P65)
2. Starting torque <1N.m(can be customized according to customer requirements)
Integrated high frequency/fiber/waveguide rotary connector module synchronous transmission
3. The machine can meet the requirements of EMC electromagnetic interference
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
Civil aircraft: used in aircraft weather radar, anti-collision radar and other systems to ensure flight safety
and improve the accuracy of route planning and weather warning.
Military fighter aircraft: provide stable signal transmission for the fighter's fire control radar, reconnaissance radar, etc.,
to enhance combat capabilities and situational awareness.
Early warning aircraft: to ensure the continuous transmission of data during the all-round scanning of the early warning radar,
to achieve the monitoring and early warning of a large range of airspace.
Anti-submarine patrol aircraft: Support anti-submarine radar detection of surface and underwater targets
to improve the efficiency of anti-submarine operations.
Uav: In the radar system of various UAVs, it can achieve accurate target search and tracking, and expand the
mission scope and execution capability of UAVs.
Rescue helicopter: Help the radar equipment on the helicopter to quickly locate the target during the rescue operation,
improve the success rate of rescue.
Private aircraft: Improve the navigation and collision avoidance capabilities of private aircraft to increase the safety and comfort of flight.
Research aircraft: When conducting scientific research missions such as atmospheric research and Earth observation,
it provides reliable signal connections for special radar equipment and collects valuable scientific research data.