Keystone Assembly
Keystone assembly is a type of electrical connection that is used to join two components together. It consists of two metal plates that are designed to be placed in contact with each other, and when they are pressed together, they create a strong bond that can stand up to significant force and temperature extremes. This type of assembly is commonly found in electrical applications such as transformers, connectors and circuit boards.
The two metal plates that make up the keystone assembly are designed to fit together perfectly. When the two plates are pushed together, a metal clamp applies a force that tightens the assembly. This pressure is what locks the two components together creating a strong connection that wont fail.
The metal plates used in a keystone assembly have a unique shape that helps ensure a strong connection. The plates are coated with a lubricating material which helps to reduce friction and wear. This helps to ensure a tight fit that wont slip apart over time.
This type of electrical connection is considered to be one of the most reliable and effective types of electrical connections. It is ideal for use in harsh environments where temperature changes, moisture, and shock can cause other types of electrical connections to fail. Keystone assemblies can also be designed to resist a wide range of voltages and frequencies, which makes them ideal for use in both high and low voltage applications.
The use of a keystone assembly also reduces the amount of wiring needed in electrical applications. By using two metal plates that fit together to create a strong connection, the same wiring can be used for multiple components. This can save time and money when wiring electrical circuits.
Overall, keystone assembly is a great choice of electrical connection for a variety of applications. It is able to create a strong bond that is capable of withstanding large amounts of force and temperature extremes, and it can also be designed to resist a range of different voltages and frequencies. This makes it ideal for use in virtually any electrical application. It also requires less wiring than other connection types, making it an efficient and cost-effective solution.
