192900-0005

The 192900-0005 contact is a multi-purpose device used in many applications. It is typically used to enable the transfer of power, control, or signals. Contacts of this type are highly customizable and can be adapted to meet a variety of requirements. The level of customization can range from a single feature to an entire system to enable multiple contacts with varying degrees of complexity. This type of contact is often used in control systems, engine controls, instrumentation, and operator interface.

The contact has a variety of components that make it suitable for use in various applications. The core components include: a switch arm, a magnet, a locking mechanism, a metal contact, and a rivet. The switch arm allows the contact to be moved in various directions. The magnet is used to actuate the locking mechanism and the contact. The metal contact provides a measure of electrical conductivity, while the rivet is used to hold all the components together.

The working principle behind the 192900-0005 contact is relatively simple. When the switch arm is moved, the magnet is actuated, which causes the locking mechanism to engage. This movement causes the metal contact to be pressed against the springs, generating an electric current. The rivet secures all the components in place, ensuring that the contact functions properly.

The 192900-0005 contact is a versatile solution for a variety of applications. It is especially popular in industrial applications that require frequent adjustments or troubleshooting. It can also be used in consumer products, such as computer keyboards and gaming consoles. The contact is highly durable and can withstand a wide range of temperatures, pressure, and vibrations. Additionally, it is affordable and can be customized to suit specific requirements.

The 192900-0005 contact is a multi-purpose device used in many applications. It enables the transfer of power, control, or signals with a wide range of customization and versatility. The contact is composed of a switch arm, a magnet, a locking mechanism, a metal contact, and a rivet. Its working principle relies on the actuation of the magnet, which causes the locking mechanism to engage, generating an electric current. The contact is highly durable and can withstand various temperatures, pressure, and vibrations, making it ideal for a variety of applications.