IAR3F17/100

Pushbutton Switches

The IAR3F17/100 application field and working principle are some of the most widely used in the industry due to their ease of use and dependability. Standard models include the IAR3F17/100, a nondestructive pushbutton switch, and the IAR3F17/101, a route selector switch.

The IAR3F17/100 is a pushbutton switch that allows the user to trigger a controller or programmable logic controller without having to manually reset it. It consists of an armature and a contactor, connected by an actuator link. When the button is pressed, the contactors open and the actuator and armature move to the other position, changing the function of the switch.

The IAR3F17/101 is a route selector switch that operates similarly to the IAR3F17/100 in that it is a non-destructive switch that can be used to select between multiple pre-programmed routes. Like the IAR3F17/100, it has an armature, a contactor, and an actuator link. When the button is pressed, the armature and contactors move to different positions, creating new states and providing the user with the ability to select between multiple routes or functions.

The main benefit of using a pushbutton switch is its dependability. They are designed to last for a long time and are not prone to wear and tear like other types of switches. Additionally, they are reliable and simple to operate, making them ideal for applications that require frequent and precise switching.

The IAR3F17/100 and IAR3F17/101 are two of the most commonly used pushbutton switches due to their dependability and ease of use. These switches are particularly popular in the industrial and commercial sectors, where they are used in machines and production lines that must operate with a high degree of accuracy and consistency. They can also be used in other applications such as automatic doors or elevators, or in recreational settings such as gaming machines or amusement parks.

In conclusion, the IAR3F17/100 and IAR3F17/101 are two of the most widely used pushbutton switches. They feature excellent dependability and can be used in a variety of applications and industries. Moreover, their non-destructive design makes them ideal for applications where precise switching and accuracy are necessary.