SF39S00000016

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Toggle Switches: SF39S00000016 application field and working principle

Toggle switches are highly versatile devices used to control circuits in a variety of applications. The SF39S00000016 line of toggle switches offered by FET are ideally suited for high-amperage, AC circuits, making them ideal for use in larger machines, heavy vehicles and welding applications. This article will discuss the application of the SF39S00000016 toggle switch line and how it works.

The SF39S00000016 line is designed to be used in a variety of applications and is capable of carrying a current up to 100 amps. It is a UL listed, NEMA rated switch that is rated to stand up to heavy usage and a wide temperature range. The internal contacts are made of silver-plated copper, which is corrosion-proof and conductive. It is also designed with a dust shut-off feature, which prevents dust and other particles from entering the switch and shorting out the contacts.

The SF39S00000016 toggle switch line is most commonly used for high-amperage, AC circuits, such as those found in larger machines or welding equipment. As mentioned before, the switch is UL listed and NEMA rated, which make it suitable for use in a variety of industrial environments. It is also often used in marine applications, due to its ability to withstand high humidity and salty air.

The working principle of the SF39S00000016 toggle switch line is based on a simple mechanical actuation. When the toggle switch lever is moved up or down, it mechanically actuates the internal contacts and creates a connection between the two leads. This actuation is designed to be highly reliable, with a contact bounce time of less than 50 µs. The toggle switch lever can also be locked in position with a simple locking mechanism, which prevents it from accidentally being moved.

In summary, the SF39S00000016 line of toggle switches from FET is a highly reliable and versatile device. It is designed for use in high-amperage, AC circuits and can withstand a wide temperature range and harsh environments. The internal contacts are made of silver-plated copper, and the switch is rated to stand up to heavy usage. Its working principle is based on a simple mechanical actuation, with a contact bounce time of less than 50 µs. The toggle switch is also equipped with a dust shutoff feature, which prevents dust and other particles from entering the switch and shorting out the contacts.

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