6XE27-1

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Snap Action, Limit Switches

Limit switches are one of the most common types of switches used in industrial applications. They are designed to open or close an electrical circuit in response to the motion of a machine part or other physical object. The 6XE27-1 is a specific type of limit switch manufactured by Siemens. This article will explain the application field of the 6XE27-1 and its working principle.

Application Field

The 6XE27-1 is a snap action lever switch. It is used in industrial environments such as heavy equipment, automotive manufacturing, and industrial plants. It is used to monitor the position and movement of a variety of objects, including gates, conveyor belts, and press machines. The 6XE27-1 is equipped with a long arm lever and a heavy-duty die-cast housing, making it well-suited for harsh industrial environments. It is rated for use in temperatures up to 70°C, and its operating pressure is 0.1-0.25 N/mm2.

Working Principle

The 6XE27-1 is a snap action switch, meaning it snaps from one position to another as it is actuated. This is accomplished by the use of a spring that is attached to the lever. As the lever is moved, the spring is compressed and released, causing it to snap back to its starting position. This snapping motion creates a distinct sound that is easily heard. The switch is then turned “on” or “off”, depending on its starting and finishing positions.

In addition to this basic operation, the 6XE27-1 is also equipped with a mechanical locking feature. This feature prevents the switch from accidentally being actuated, as long as the lever is locked in the proper position. Additionally, the switch can be adjusted to provide a variety of different operating sensitivities.

Conclusion

The Siemens 6XE27-1 is a snap action, limit switch that is specifically designed for use in industrial settings. It is equipped with a long arm lever, a heavy-duty die-cast housing, and a mechanical locking feature that prevents accidental actuation. It is well-suited for harsh environments where temperatures up to 70°C are common. Additionally, its adjustable sensitivity ensures that it can be tailored to the exact needs of the application.

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