Technical parameters of the L-type M12 panel through-wall aviation socket.
L-buckle type M12 panel through-wall aviation socket is a connector widely used in automation equipment, electronic equipment, communication equipment and other fields. Due to its high connection reliability and stability, it is widely used in various occasions that require frequent plugging and unplugging. In order to better understand and use the L-buckle type M12 panel through-wall aviation socket, we first need to understand its technical parameters.
First of all, the interface type of the L-buckle type M12 panel through-wall aviation socket is M12, and its connection method is soldering cable or soldering PCB board, which is suitable for cable 15 square or 25 sq. m. In addition, the contact mode of this socket is pin contact, the number of pins is 4, and the number of jacks is 4. These parameters are important factors in determining the performance and range of the socket.
Secondly, the electrical performance of the L-buckle M12 panel through-wall aviation socket is also an important parameter that needs to be paid attention to. The most important electrical parameters include rated current, rated voltage, and impedance. The rated current refers to the maximum current that the socket can carry, and the rated voltage refers to the maximum voltage that the socket can withstand. These two parameters directly determine the load capacity and application range of the socket. The impedance refers to the sum of the contact resistance and insulation resistance of the socket, and the size of the impedance directly affects the quality and stability of signal transmission.
In addition, the L-buckle type M12 panel through-wall aviation socket also has some mechanical performance parameters, such as mechanical life and mating force. Mechanical life refers to the number of times the socket can withstand mating and unplugging, while mating and unplugging force refers to the amount of force between the socket pin and the jack. These parameters have a significant impact on the application and service life.
In addition to the above technical parameters, there are some other parameters that need to be paid attention to, such as shell material, protection level and installation method. The shell material determines the mechanical strength and durability of the socket, and the protection level refers to the performance indicators of the socket such as waterproof and dustproof. The installation method refers to the way in which the socket is fixed to the device or the wall. Although these parameters are not the core factors that directly determine the performance of the socket, they also have a certain impact on the use effect and service life.
To sum up, the technical parameters of the L-buckle M12 panel through-wall aviation socket include interface type, connection method, contact method, electrical performance, mechanical properties, shell material, protection level and installation method. In order to better select and use this type of socket, we need to select and apply it according to the specific use needs and occasions on the basis of understanding its various parameters. At the same time, in the actual use process, it is also necessary to pay attention to keep it clean and maintained to ensure its normal operation and prolong its service life. By understanding and applying these technical parameters, we are able to better exploit the advantages of L-buckle M12 panel through-wall aviation sockets, improve the reliability and stability of the equipment, and provide more reliable connection solutions for various industrial applications.