90013-AS

Contacts, Spring Loaded and Pressure

The 90013-AS is a specialty contact, spring loaded and pressure contact relay. Unlike standard contacts, this contact is designed to be able to resist alternating currents and other loads that could potentially cause damage to the electrical circuit.

These contacts were developed to be used in applications that require the contacts to stand up to pressure. They are often used in the automotive industry, in control panels and as load switches for electric motors. The 90013-AS is designed to be used in an environment where extreme temperature, pressures or vibration are present.

The working principle behind the 90013-AS is fairly simple. The contacts are designed to mechanically open and close in order to create an electrical connection. This contact is spring loaded, meaning that as the current is applied to the contacts, the spring will open or close the contact in order to make the connection. The pressure of the contact can be adjusted accordingly by adjusting the spring.

The 90013-AS contacts are tailored to the application, with various conducting and nonconducting materials being available. This means that contact materials that are resistant to corrosion or high temperatures are available for use. The contacts are also designed to be mounted in a variety of ways, including soldering, hooking up to a terminal block, or being mounted to a PCB.

One of the major advantages of the 90013-AS is its ability to reliably make and break electrical connections in a variety of applications. This is because of the spring loaded design which allows the contacts to be opened and closed in a controlled manner. This allows for precise and reliable switching, which is necessary in many industries.

The 90013-AS contact is an example of a specialty contact relay that is designed to be used in extreme conditions. By having a spring loaded design, it is able to reliably break and make connections in a variety of applications. This makes it a popular choice for applications where high performance and reliability are required.