MA-9DPC6

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Magnetic sensors are probes that can detect the presence, proximity and position of magnetic fields, which have wide applications in industry, automotive and medical industries. In the past, in order to measure the magnetic fields, bulky external sensors and amplifiers were required. Now this measurement can be done easily with the modern magnetic sensors such as the MA-9DPC6.

The MA-9DPC6 Magnetic Sensor

The MA-9DPC6 sensor from SICK is a programmable, high-performance, high-resolution magnetic detection and position sensor with an output signal range of 0-1024 counts. Its SIL2/PL d output configuration is available with single or dual output single / dual redundant operation for safety critical applications. This allows the sensor to detect the exact position of a rotating or stationary magnet in order to control systems accurately.

Applications of the MA-9DPC6

The MA-9DPC6 is widely used in various industrial and automotive applications, such as controlling industrial machinery, detecting wheel position on vehicles, and defining the position of a tool or parts. The MA-9DPC6 is also used in medical devices for patient positioning.

Working Principle

The working principle of the MA-9DPC6 is based on the Hall effect. This effect is a physical phenomenon in which an electric field is produced in the presence of a magnetic field. The effect means that when a current flows through a conducting material in a magnetic field, a voltage is generated across the material due to the Lorentz force that is created by the combination of the two fields. This voltage is detected by the MA-9DPC6, which in turn can detect the presence, proximity and even the exact position of the magnetic field.

The MA-9DPC6 has a programmable, reset-proof micro-controller-based firmware that can be tailored to any application, making it ideal for industrial, automotive and medical applications. It has a built-in signal processing unit that eliminates false signals and can even detect very small fields. The sensor has a wide range of output signals from 0-1024 counts, making it a very precise position detection device.

Conclusion

The MA-9DPC6 magnetic sensor from SICK is a programmable, high-resolution device that can detect the presence, proximity and even the exact position of magnetic fields accurately and reliably. Its wide range of output signals make it ideal for controlling industrial machinery, detecting wheel position on vehicles, defining the position of tools and parts, and even medical devices for patient positioning. Its Hall effect based working principle combined with its micro-controller-based firmware makes it a reliable, accurate and robust device for many applications.

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