LRLI-27-250-R-00-20-A

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Position sensors form an integral part of control systems. They are used to measure angle, linear displacement, speed and acceleration information. Depending on the application, they can either be based on hall-effect, contactless, incremental, incremental encoders, capacitive, inductive, digital or magnetostrictive sensing technology. LRLI-27-250-R-00-20-A is a position sensor which is commonly used in industrial applications. It is based on a Hall-Effect technology and is capable of providing accurate position feedback, making it ideal for a wide variety of applications.

The LRLI-27-250-R-00-20-A position sensor has an operating frequency of 27 mV/V. It is equipped with a ferromagnetic core that can detect the movement of an iron or steel rod. The rod is connected to the ferromagnetic core which, when moved, creates a magnetic field. The magnetic field is then detected by the sensor which in turn gives a signal indicating the position of the rod. This signal is then transmitted to the control system which then processes it to get the final output.

The LRLI-27-250-R-00-20-A position sensor is highly reliable and accurate. It is capable of providing a repeatable and linear output at high speed and with a low temperature coefficient. It also has a strong resistance to shock and vibration which makes it an ideal choice for harsh conditions. The mechanical construction allows the sensor to be easily integrated into a variety of applications, making it a versatile and cost-effective solution.

The LRLI-27-250-R-00-20-A position sensor is used for measuring angle and linear position in a wide variety of industrial applications. It is particularly useful for monitoring moving parts in automation systems, such as motors, pumps, conveyors and robots. The sensor is also used in medical equipment to measure the position of organs, such as a heart ventricle. The LRLI-27-250-R-00-20-A position sensor is also used to monitor and control the movements of automated production line machinery, such as cranes, palletisers and packaging systems.

The working principle of the LRLI-27-250-R-00-20-A position sensor is based on the Hall-Effect principle. The position sensor contains a ferromagnetic core that responds to the movement of a rod. When the rod is moved, it creates a magnetic field, which is detected and converted into an electric signal by the sensor. This signal can then be processed by a control system to obtain the desired output.

In conclusion, the LRLI-27-250-R-00-20-A position sensor is a highly reliable and accurate solution for measuring angle and linear positions in a variety of applications. It is based on the Hall-Effect principle and is capable of providing repeatable and linear output at high speed. With its strong resistance to shock and vibration, the sensor is well suited for tough industrial environments. The versatile and cost-effective solution of the LRLI-27-250-R-00-20-A position sensor makes it an ideal choice for a variety of applications.

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