ZAP-G

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Pushbutton switches are useful in a wide range of applications and environments. ZAP-G is one such switch, designed for use in harsh environments and for applications which require a particularly high level of reliability. In this article we will explore the application field and working principle of the ZAP-G switch.

Application Field of ZAP-G

The ZAP-G switch is designed to function reliably in areas where environmental conditions can be particularly extreme. These include extreme temperatures, cutting fluids and dust, as well as damp or corrosive environments. This makes it an ideal choice for applications in the oil and gas, automotive, communications and military industries, where reliable equipment is essential. The switch is also resistant to a large range of chemicals and is suitable for use in harsh industrial environments in a range of applications.

Working Principle of ZAP-G

The ZAP-G switch is an electro-mechanical switch which works by using an electrical current to move a mechanical switch. The switch is operated by pressing a button which activates an electrical switch. This activates a series of electrical contacts which control the operation of the device. It can be configured to operate either automatically or manually, depending on the application.

The switch is constructed using a hermetically sealed reed switch which is triggered by a set of magnets mounted on either side of the switch. When the button is pressed, the magnets move the reed switch to its ‘on’ position, which completes the circuit and activates the switch. The switch then affects any devices connected to it which are connected in series with the switch.

The ZAP-G switch is designed to operate reliably even in the most extreme environments and for applications which require the highest levels of reliability. This makes it an ideal choice for many industrial applications and for use in areas where reliable equipment is essential.

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