202417-1

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Contacts - Multi Purpose

The 202417-1 contact has been manufactured and distributed as a part of the Multi Purpose solutions range. This contact is designed to serve a variety of application fields in a range of conditions.

Properties and Characteristics

The 202417-1 contact has been developed to be versatile and is made from durable materials, has excellent contact reliability and long contact service life. It comes equipped with features like a non-wohl pearl wiring solution, solderable terminals and two display terminals with wire connection.

The contact has an insulator dielectric strength of up to 1000V RMS, and a contact resistance between 5 and 40 ohms. It has an operating temperature range from -40 to +85 degrees Celsius (-40 to +185 degrees Fahrenheit).

Design Principles

The design of the 202417-1 contact is focused on safety and reliability in a diverse range of applications. The shape and materials have been specifically chosen to create a robust contact that won’t degrade in harsh conditions or when exposed to high temperatures. The contact geometry has been optimized to provide a very low contact resistance over a range of environmental conditions.

Applications of 202417-1 Contact

Due to its design and properties, the 202417-1 contact can be used in a wide range of applications. These applications include, but are not limited to, industrial motor control systems, telecommunications, automotive sub-systems, DC/DC power conversion systems, security systems, starters, and signal control systems.

Working Principle of 202417-1 Contact

The 202417-1 contact works by creating a connection between two conductive surfaces. In its most basic form, the contact will close a circuit when the two conductive surfaces are in close contact with each other. The contact surface can either be a conductive metal or a material containing conductive particles. When the two surfaces are pressed together, the two contact elements create a conductive path with minimal resistance.

The contact will open up the circuit when the two conductive surfaces are no longer in contact. Depending on the environment, the contact may also be designed to open even under a small amount of force, such as a jarring vibration or electrostatic fields. This type of contact is often referred to as a non-latching contact.

Conclusion

The 202417-1 contact is a versatile and reliable contact solution designed to suit a variety of applications and environmental conditions. Its unique design features and properties make it suitable for use in a range of applications, such as motor control, security systems, and starter systems. The contact works by forming a conductive path between two conductive surfaces when they are in contact.

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