V15W11-WZ200-W3

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Snap action, Limit Switches are important components found in a variety of applications, including industrial automation and process control. The V15W11-WZ200-W3 switch is a high-rigidity micro-switch with a strong resistance to external shock, suitable for a wide range of industrial applications.

Overview

The V15W11-WZ200-W3 switch is a high-rigidity micro-switch with secure contacts and a strong resistance to external shock and vibration. Its design features a physically rigid contact mechanism, ensuring excellent contact stability and maximum productivity. This design also reduces the frequency of contacts’ resetting or replacing due to contact degradation. The switch is suitable for a variety of industrial applications, ranging from low to high speed operations. Contact rating is 1A at 250VAC.

Application fields

The V15W11-WZ200-W3 switch is marketed primarily for industrial automation applications and process control. It is suitable for positioning, sensing and controlling operations and as a safety switch for machines. It is most frequently used for motor control, material handling and safety equipment. The switch can also be used to sense the opening and closing of doors, protect against too-high or too-low temperatures in heating, ventilation and air conditioning systems, and detect the presence or absence of a component in an assembly system.

Working Principle

The working principle of the V15W11-WZ200-W3 switch is based on the movement of a fixed contact link that carries the armature. Since the contact link is fixed, it is generally referred to as a fixed switch arm. When the armature moves between its two endpoints due to an external force, the contact link acts as the medium that provides the physical connection between the active contact points and the switch body. As the contact link is physically connected to the armature, the contacts close or open, depending on the force that is applied.

The switch also includes a series of electrical components that work together to detect and activate the close or open action. These components include a coil or magnet, a metal armature, a contact plate and a spring. When a current is applied to the coil or magnet, the armature is magnetized and pushed back by the force of the magnetism. The contact plate, in turn, is pushed back against the spring. This action causes the spring to close or open, depending on the direction of the applied force. The contact link then carries the switching action to the switch housing, causing the contacts to open or close, thus triggering the switch.

Conclusion

In summary, the V15W11-WZ200-W3 switch is a high-rigidity micro-switch that is suitable for a wide range of industrial applications. Its design features a physically rigid contact mechanism, ensuring excellent contact stability and maximum productivity. Its working principle is based on the movement of a fixed contact link that carries the armature. When the armature moves between its two endpoints due to an external force, the contact link acts as the medium that connects the active contact points to the switch body, thus triggering the switch.

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