SS-10-3D

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Snap action limit switches (SS-10-3D) are used in many applications, ranging from vending machines to motor control. The switch is designed to activate and deactivate when a certain threshold of force is exerted.

When it comes to the actual working mechanism of SS-10-3D, the switch is actually composed of two main parts. The first is the base, which is designed to fix the switch in position, and the second is the actuator, which is designed to trigger the switch when the predetermined force is achieved.

When the switch is triggered, the actuator snaps inwards, activating an internal electrical contact. This contact is connected to the other end of the switch, allowing electrical current to flow when the switch is turned on. When the switch is turned off, the actuator snaps back into place and the contact is broken, interrupting the electrical current.

SS-10-3D switches are used in a wide range of applications, including vending machines, motor control, industrial automation, and security systems. In vending machines, the switches are used to detect when a product has been dispensed, allowing the machine to stop dispensing and prepare for the next purchase. In motor control, the switches are used to detect when a motor reaches a certain speed, allowing the motor to be turned off or adjusted. In industrial automation, the switches are used to detect when a certain task is complete, allowing the automated process to move on to the next step. And in security systems, the switches are used to detect when a door is opened or closed, allowing the system to activate if necessary.

The advantage of using SS-10-3D switches over other types of switches is that they are very reliable and require very little maintenance. Additionally, they are very precise and will not activate if the predetermined force is not achieved. This makes the switch ideal for applications where precise triggering needs to be achieved.

Despite the fact that snap action limit switches are used in many applications, the main purpose remains the same. The switch is designed to activate or deactivate when a certain force is applied, allowing for automation, precise control, and reliable operation.

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