142680-9

142680-9 Application Field and Working Principle

The 142680–9 connector is primarily used in military and aerospace applications, where precise control of cabling is required. It is also frequently utilized in harsh environments, such as high temperatures, where traditional connectors may not be suitable.

The 142680–9 is a solder type connector. It features two micro-dampers that help to securely hold the cable for a connection. The first one, known as the primary connector, is inserted into either an electronic device or an electrical receptacle. The second one is referred to as the secondary connector and it provides an additional layer of protection against vibration and shock.

When it comes to the actual connection type, the 142680–9 is a low-profile connector that locks the cable in place using two small springs. It is designed to reduce cable stress due to vibrations and shock and also has excellent electrical and radio frequency shielding performance. This ensures that the system will have uninterrupted signal quality.

When assembling a 142680–9 connector, you first need to make sure that you have the right components and tools. A soldering iron, heat gun, and solder should all be on hand. The outer shell of the connector needs to be properly oriented and then the wires should be threaded through the shell. The wires are then cut to the appropriate length and the heat resistant pin sealant should be applied. Finally, the outer shell should be fitted with the screw into place and sealed with a thread sealant.

Once assembled, the 142680–9 offers a reliable and secure method of connecting cables in an aerospace and military environment. It features a low profile design, which helps to reduce the amount of space needed for installation. Furthermore, its robust design helps to eliminate any risks posed by vibration or shock, ensuring a reliable connection regardless of the environment.

To prevent any damages caused by undue wear or shock, the 142680–9 should be regularly inspected and any damage or wear should be immediately replaced. Additionally, it is important to ensure that the connector is installed correctly according to the manufacturer’s instructions. This is especially important in harsh environments, where performance is critical.