0460-202-2031

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0460-202-2031: Application Field and Working Principle

The 0460-202-2031 is classified as a multi-purpose contact. This contact is made of silver, silver alloy, or palladium alloys. This type of contacts can be used in a variety of application fields and is designed to operate in diverse environments. In the following we’ll discuss the application fields and the contact working principle of this type of contact.

Application Fields

The 0460-202-2031 contacts are typically found in electrical and electronic devices such as relays, contactors, switches, and terminal blocks. It is a reliable contact in areas of high current and high voltage, in safe and hazardous areas. It can be used in high-tightness and anti-vibration applications. This contact is usually used in AC, DC, and pulse circuits that require frequent contact and disconnection. Thus it can be utilized in various applications such as low-frequency and communication circuits, and industrial and household equipment.

Working Principle

When the upper part of the contact is loaded with a movable contact, the contact is opened or closed. The movable contact is connected to the upper part of the contact through a spring which creates a strong contact force that holds the movable contact tightly to the upper part of the contact, thus preventing contact bounce. When the movable contact is loaded on any part of the contact, a spring is compressed and the contact beaks. This causes the contact to open. The 0460-202-2031 contacts are attached to a base structure which allows it to operate in both vertical and slant directions. When the movable contact passes over a protruding part of the contact’s structure, then it is closed. This is the simplest operation of the 0460-202-2031 contact.

To sum up, 0460-202-2031 contacts are high performance contacts than can be used in a variety of application fields. It is designed for operations in AC, DC, and pulse circuits where there is a need for frequent contact and disconnection. The contact works on a simple spring mechanism: when the movable part is loaded onto the contact, its spring is compressed and the contact opens. When it passes over a protruding part of the contact’s structure, then it is closed.

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