AV2510MA12T5Q04

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Pushbutton switches are mechanical components used to control the flow of power, and the AV2510MA12T5Q04 switch is no exception. This toggle-style switch features a two-position lever designed to be used as a push-to-release mechanism. This basic switch uses one moving contact that is maintained in both positions by two springs, one of which provides the toggle movement.

The AV2510MA12T5Q04 is a 5A, 12V, latching pushbutton switch with contacts in both positions. The latching feature of this switch allows for quick and easy switching between states, making it suitable for use in applications that require frequent on or off operations. It is a momentary contact switch and has a maximum switching frequency of 1000 operations/minute.

The AV2510MA12T5Q04 is typically used in industrial and manufacturing applications, where it is often operated with a rotary or push-to-turn handle. It is also used in medical and scientific applications, such as dental chairs, blood pressure monitors, and laboratory equipment. Additionally, this switch can be used in automotive applications, including dashboard switches and tail lights.

The AV2510MA12T5Q04 has an impressive insulation resistance of 500MΩ minimum, a dielectric strength of 750VAC/10mA minimum, and a contact bounce time of 1ms maximum. This switch also features a mechanical life of 1 million operations and an electrical life of 50,000 operations.

The typical working principle of the AV2510MA12T5Q04 involves pressing the switch lever to activate the switch. When the lever is pressed, the contacts are closed and the switch is in the on position. When the lever is released, the switch is in the off position and the contacts are open. This is a momentary contact switch, which means that the switch will remain in the off position until another press of the lever is made.

The AV2510MA12T5Q04 is a reliable and robust switch with a variety of potential applications in both industrial and domestic settings. Its latching design enables frequent and efficient switching between states and its impressive insulation resistance and dielectric strength make it a safe and cost-effective solution for many applications. Furthermore, its excellent mechanical and electrical life ratings make it a great choice for demanding applications.

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