ADL021-14E

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ADL021-14E Application Field and Working Principle

The ADL021-14E is a magnetic sensor switch that is part of the Solid State Magnetic Sensor Switch family from the manufacturer Arlington. It is commonly used in the automation of various applications ranging from agricultural systems to industrial robotics. The ADL021-14E is capable of automatically detecting the presence of a magnetic field and turning off a system without any manual intervention from an operator. To an expert it is an indispensable part of the design of automated systems.

The design and layout of the ADL021-14E consists of four mechanical parts: the plunger, the armature, the contact bridge and the retaining clip. The most notable aspect of this design is the contact bridge, which consists of two permanently connected magnets placed on either side of the plunger. The armature, which is the main component of the sensor, is also equipped with a sensing magnet which is used to detect any changes in the magnetic field.

When the magnetic field is detected, the two magnets in the contact bridge react together by being drawn closer together in a vice like grip. This is the basic principle behind the ADL021-14E’s detection mechanism. This then causes the armature to move and make contact with the contact bridge, thus closing the circuit and turning off the system.

So how is the ADL021-14E used in practice? The most common application is in industrial automation. This could be used as part of a robotic arm system, as a sensor to detect objects in its environment, or as part of a self-contained system used to shut down a motor or start a process. There are also applications in the agricultural industry, such as using the ADL021-14E as a sensor to detect when crops are ready to be harvested.

The ADL021-14E can be used for a range of applications, yet at its heart, it is a simple, yet effective device that is considered a must-have for any automated system. All its components are designed to work in sync to detect a change in the magnetic field, and when that happens, the system shuts down. This is a simple, but highly effective method for automation which is highly valued by many engineers and industrialists in various sectors.

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