1478603-3

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Snap action, Limit switches have a wide range of uses in industrial automation. 1478603-3 switch is a type of snap action, limit switch which is used to control automated equipment or machinery. This switch is great for applications that require a high level of precision, as it quickly detects when a certain contact is made, or broken. It also offers protection from over current and over voltage protection.

The 1478603-3 switch consists of a contact block, which contains two contacts and a plunger. The plunger is attached to the contact block via a spring. When the plunger is pressed, it makes contact with the contacts and can act as an on/off control switch. The contact block is then connected to the electrical circuit which is controlling the equipment they are installed in.

The working principle of the 1478603-3 switch is pretty straightforward. When the plunger is pressed, the contact block will close the circuit, which will cause the equipment to start working. When the plunger is released, the circuit is opened and the equipment stops working. This switch can also be used to detect changes in the electrical current, and can act as a safeguard to protect the equipment from damage if the current goes too high.

The 1478603-3 switch is a great choice for applications that require a high level of precision. It is also one of the most reliable snap action, limit switches available, making it ideal for applications where reliability is of utmost importance. One advantage of this type of switch is that it does not need resetting or adjustment after it has been installed, and it will remain accurate for a long time.

The 1478603-3 switch is a valuable tool for controlling automated equipment or machinery. Its quick response and dependability make it suitable for applications such as doors and gates, industrial automation, and other areas where high accuracy and reliability are required. This switch is not only reliable, but also cost-effective, as it can save time and money by reducing the need for manual switching.

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