0901-0-15-00-00-00-11-0 Connectors, Interconnects

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Contacts

0901-0-15-00-00-00-11-0 are multi-circuit contacts that can be classified as either normally open (NO) or normally closed (NC). They are commonly used to complete an electrical connection, control a circuit, and/or send signals. NO contacts are designed to carry current when an electromechanical actuator, such as a switch, relay, or solenoid, is opened. On the other hand, NC contacts are created to carry current when the actuator is closed. There are several types of 0901-0-15-00-00-00-11-0 contacts, such as silver-tipped, alloy silver-tipped, silver-plated, and virtually no-contact.

Spring Loaded and Pressure Contacts

0901-0-15-00-00-00-11-0 can also be spring loaded or pressure types. Spring loaded contacts are designed to provide quick and reliable connections, while pressure contacts create a firmer contact with the contact element. The contact elements of spring loaded and pressure contacts are typically made from either silver or copper, and are designed to be corrosion resistant and provide maximum contact. The contact elements are also often sealed to make sure that the electrical connection remains intact for a longer period of time. Additionally, 0901-0-15-00-00-00-11-0 contacts have a wide range of operating temperatures, which allows them to be used in a variety of different applications.

Working Principle

0901-0-15-00-00-00-11-0 work by providing an electrical connection between two wires. This is accomplished through a series of conductive pathways in the contact element. When the contact element is energized, an electrical current will flow through the contact’s circuit, allowing the current to pass through. If the contact element is de-energized, the current is stopped, therefore stopping the flow of electricity. Depending on the type of contact element, the current could be switched on and off multiple times, allowing for the control of electrical current in specific applications. Additionally, some contact elements are designed to be more sensitive to certain frequency changes in order to accurately control the current.

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