ABV1235403R

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The Snap Action, Limit Switches, subcategory of switches, are reactive components with predictable, repeatable reaction to a predetermined action. A leader in their field is the ABV1235403R, and in this article we\'ll cover its application field and working principle.First let\'s look at where the switch is used. This particular type of switch is often employed in automated systems, acting as a gateway of sorts in between different states. For instance, in an automated garage door, the ABV1235403R switch acts as a signal device, detecting when the door is fully opened, or fully closed, and sending a signal to the door open/close system to respond accordingly.Additionally, the switch is often used in count applications, acting as a binary counter so to speak. This can be seen in belt conveyor systems, where the switch detects the movement of a product over a certain section, and sends a signal each time it does so, thereby ensuring that each product is registered individually at the other end.Now let\'s go over the switch\'s working principle. In order to understand the switch, it helps to know a bit about Ohm\'s law. This law states that the flow of current through a conductor is proportional to the voltage, or V = I x R. This basic rule forms the basis of the ABV1235403R switch\'s working.Essentially, the switch contains two internally connected components: a contact set and a coil. When the coil is energized, it generates a magnetic field which acts upon the contact set, pressing it together and establishing a contact between the two. By varying the voltage applied to the coil, the pressure from the coil increases or decreases and the contact can be opened. Conversely, if the voltage is suddenly removed, the contact set springs back and reestablishes the circuit.In summary, the ABV1235403R switch is a versatile Snap Action, Limit Switches, application used widely in automation and counting applications. Its working principle is based on the widely known Ohm\'s law: V = I x R, where voltage, current, and resistance all contribute to the switch\'s behaviour.

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