Special aviation equipment slip ring is a key component designed to meet the high requirements of the special aviation field.It offers superior performance and precision design for stable operation in extreme aviation environments.
This slip ring enables efficient, uninterrupted transmission of power, signals and data between rotating and fixed parts. Whether it is the aircraft's radar system, camera equipment or other special avionics equipment, the special aviation equipment slip ring ensures that it remains continuously and accurately connected during the various movements and attitudes of the aircraft.
It uses advanced materials and manufacturing processes, and has excellent resistance to high and low temperatures, vibration, shock and electromagnetic interference. At the same time, its compact structure is designed to accommodate the limited space inside the aviation equipment and reduce the overall weight.
The high precision and high reliability of special aviation equipment slip ring provide a strong guarantee for the smooth execution of special aviation tasks, and is an indispensable and important part of modern special aviation equipment.
The LPT000-02200-08180-1060-2110-2701-22S-FO02 is a high-performance slip ring specially designed for special aviation equipment.
The slip ring uses advanced design concepts and manufacturing processes to ensure superior performance in extreme aviation environments.
In terms of structure, it has a compact and robust design, which can effectively save installation space while withstand
the high intensity vibration and shock in aviation.
It can realize the synchronous transmission of various types of power, signals and data
to meet the needs of complex special aviation equipment.
The contact material is carefully selected and has extremely low contact resistance,
ensuring high accuracy and stability of signal transmission, reducing energy loss and signal attenuation.
In terms of environmental adaptability, the LPT000-02200-08180-1060-2110-2701-22S-FO02
can operate normally over a wide temperature range, whether it is extremely cold altitude or
high temperature cabin environment. At the same time, it has excellent dust, water and
electromagnetic interference resistance, ensuring reliable operation in harsh aviation conditions.
In addition, the slip ring has also passed strict quality inspection and reliability testing, in line with the
high standard requirements of the special aviation field, providing a solid guarantee for the safe
and stable operation of aviation equipment
Suitable for high altitude and cold environment (-55°C~+70°c, altitude 21336 meters and above, protection class IP65)
meet the technical requirements related to GJB150-86 "Environmental Test Method for
Military Equipment" and G1063-2008 "Test Method for Airborne Suspension Device".
2. Synchronous transmission of multi-channel power supply, differential, network, high-definition video, optical fiber signal, etc.,
high-frequency rotary joint adopts non-contact through hole, small torque, low loss, long life:
3. Aviation connector, reliable contact, the shell is made of special lightweight materials, the shell design maintenance window,
can be regularly maintained, and has the characteristics of high strength corrosion resistance, etc.,
the slip ring adopts split anti-vibration structure design, which meets the relevant GJB standards for anti-vibration,
impact and EMCElectromagnetic compatibility requirements;
4. JINPAT Electronic original design, product integration is extremely high, the development is very difficult.
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
Airborne Reconnaissance systems: Reconnaissance cameras, video cameras and other equipment mounted
on the aircraft to ensure the continuous and stable transmission of images and
data during the rotation and movement of the aircraft.
Aviation radar system: to ensure the uninterrupted transmission of power and signal when the radar antenna is rotating scanning,
to achieve accurate detection and tracking of the target.
Aviation communication equipment: provides stable connection for all kinds of communication devices on the aircraft,
such as satellite communication, short-wave communication, etc., to ensure the continuity and reliability of communication.
Flight control system: In the aircraft's rudder control, autopilot and other systems, the signal interaction between
rotating parts and fixed parts is realized to ensure the safety and stability of flight.
Aviation weapon systems: such as missile launchers, fire control systems, etc., ensure the
accurate transmission of power and control signals during weapon launch and aiming.
Aeronautical scientific research equipment: When conducting scientific research tasks such as atmospheric research and meteorological observation,
it provides reliable rotating connections for related equipment to collect and transmit important data.
Avionics countermeasures system: to ensure electronic interference, anti-reconnaissance and other equipment in the work of power and signal transmission,
improve aircraft survivability and combat effectiveness.