1375193-8 Connectors, Interconnects

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Keystone – Inserts are a type of precision mechanical components used to join two or more parts, and serve as an interface between them. In particular, Keystone 1375193-8 Inserts are the most widely used for applications that require high accuracy, load-bearing capacity, and toughness.

The 1375193-8 inserts consist of two distinct components: the base and the screw. The base is typically brass or steel, and it typically has four through-holes and a flat-faced mounting surface. These through-holes provide stability and secure attachment when being secured into a mating component or assembly. In addition, there is an outside diameter of 12.85mm, which allows for adjustable grip strength. The screw is typically steel, and its head is typically designed to fit a hex-key wrench to facilitate easy assembly.

The 1375193-8 inserts are capable of withstanding high loads due to their superior machining process. The exterior surface of the insert is smooth and highly resistant to wear and corrosion, and the internal threads are cut to the tightest tolerances. This ensures that when the insert is assembled, it firmly grips and locks into place, providing incredible strength and durability. It also has an exceptional fatigue strength, which is vital for high load-bearing and heavy-duty applications.

The 1375193-8 inserts are primarily used for engineering and fabrication work. It is commonly used in hydraulic and pneumatic systems, suspension systems, and steering mechanisms. These inserts are often found in automotive, mining, and construction equipment, and are frequently used to construct industrial machinery. They are also commonly used in medical devices, robotics, electronics, and aerospace applications.

The working principle of the 1375193-8 inserts is relatively straightforward. When the insert is threaded into the mating component or assembly, the base of the insert and the surrounding material are pulled together due to the threaded nature of the insert. As the insert continues to tighten, the base of the insert is compressed, and the material around it begins to expand. This expansion and compression create a strong bond, which locks the insert in place and ensures stability.

In summary, the 1375193-8 inserts are designed for high accuracy, load-bearing capacity, and toughness. They are used for engineering and fabrication work, and are commonly found in automotive, mining, and construction equipment. The working principle is relatively simple, in which the insert is tightened into the mating component or assembly and creates strong bond to lock it in place.

The specific data is subject to PDF, and the above content is for reference