Industry Standard Guide To Universal Components (3)
The use of universal components is a staple of modern manufacturing. With their durable designs and versatile capabilities, universal components provide an effective and efficient solution for any necessary application. In this guide, well explore the industry standard for universal components, from their generally accepted design characteristics to the specific ways these components complement the larger manufacturing process.
Universal hub-centric components provide a sturdy design for medium to large-scale applications. Thanks to the addition of an adjustable hub, the components can be used for a wide range of applications. Typical applications for these components include pumps, motors and conveyors. Hub centric components are typically built from aluminum or steel, but other materials such as bronze, brass, and plastic may also be used.
Swivel-type components are designed with a pivot point that allows the component to freely pivot around its axis. This type of component is often used in robotics and other automated systems, where precise pointing is required. Swivel-type components usually consist of a housing and stem, as well as an internal bearing that allows for smooth pivoting. These components are generally made from steel or aluminum and may also be paired with a secondary component, such as a wheel to provide additional stability.
Universal components often require additional support or mounting accessories in order to best fit a given application. In most cases, these components will require a mounting plate, which acts as a base or platform for the component to rest upon. Additionally, components may require fastening devices, such as screws and bolts, in order to secure the component in place on the plate. This can also prevent the component from being accidentally released or shifted during its operation.
Sliding-type components are characterized by their motion along a fixed or pre-defined path. This path is generally a flat surface but can also include other shapes depending on the specific application. These components are typically self-centering and easy to install, and are often used in applications where precise positioning is required. The sliding-type component is typically constructed of steel or aluminum and may include a secondary component, such as a wheel, rollers or cams, to provide additional stability.
No matter what type of application you are using universal components in, it is important to ensure that they meet the industry standard for their intended use. By adhering to established standards, manufacturers can ensure that the components they use are properly designed and constructed and that they are compatible with the specific applications requirements. Additionally, standards ensure that components are reliable and consistent, providing greater functionality, efficiency, and safety. When shopping for universal components, make sure to pay close attention to their specifications and that they meet the relevant industry standards for the desired application.
