2-1375192-2 Connectors, Interconnects

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Keystone – Inserts have numerous applications in industries ranging from manufacturing to medical. They are used for various purposes, such as to secure or fasten components or to provide a means of joining two or more components together. Common applications include clamping, threading, pressing, threading inserts, decorative inserts, blind and flush mount inserts, counter and threaded inserts, adjustable inserts, bushings, and strain relief inserts. Related to the different types of inserts are the various working principles that govern the use, installation, and functioning of the inserts. Therefore, a brief overview of the application fields and the principles of keystone inserts is presented here.

Application fields

Keystone inserts are used in many different industries, such as plastics, metals, rubber, and electronics. In each industry, they are used to serve different purposes. In the plastics industry, for instance, inserts provide an optimal method of fastening components and assist in creating the design components. In the metals industry, inserts enable precision and accuracy when components are to be joined. They are used to connect rigid and non-rigid components easily and securely. In the rubber industry, inserts provide an efficient and permanent connection between components. They can also be used to enhance the overall design aesthetics. In the electronics industry, inserts create a strong and reliable junction between components. They can also be used to secure electrical connections.

Working principle

The working principle of keystone inserts relies on the interlocking of two separate components to create a secure and strong connection. An insert is placed in the receiver, normally in the form of a metal ring or insulated sheath. When the two components are joined the insert automatically locks into the receiver, creating a tight, water resistant seal. The resulting connection guarantees a strong physical joint between the two components as well as protection against an electrical fault. This ensures the safety and effectiveness of the joined components.

Although most inserts are manually attached using a screwdriver or power tool, some inserts have self-locking features built into their design. This allows the insert to quickly and easily snap into place, often with a single hand motion. This self-locking feature is especially useful when the insert needs to be installed or removed quickly, or in instances when the joining devices are in high-vibration environments.

The versatile nature of keystone inserts makes them ideal for a wide range of applications, from simple fastening and securing tasks to providing secure connections between components. They are also easy to install, making them an efficient and cost-effective choice for many industrial applications. With their various sizes, materials, and designs available, keystone inserts offer an optimal solution to fit any need.

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