59210-4-T-00-0

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Magnetic sensors are sensors designed to detect or quantify the intensity of a magnetic field. They are often used in industrial automation and robotics for the detection of objects, for positioning, speed control, or for monitoring the presence and absence of ferromagnetic or paramagnetic materials. The 59210-4-T-00-0 is a magnetic sensor designed to be used in these types of applications. This article will discuss the application field of the 59210-4-T-00-0 and the key features of its working principle.

Application Field of the 59210-4-T-00-0

The 59210-4-T-00-0 is a contactless magnetic sensor designed for a wide range of position, proximity and speed measurement applications. It employs a combination of magneto resistive Bridge Technology, signal conditioning algorithm and CERN technology to make this possible. It is suitable for use in a wide range of industrial and commercial applications, from the monitoring of vibrating components to the detection of load presence in cranes and gantries.

The 59210-4-T-00-0 is suitable for use in many types of environments, ranging from very wet or humid outdoor applications, through to extreme temperature and vibration requirements. It is designed to provide reliable operation in the harshest of conditions, and is capable of measuring position and speed data in a wide range of conditions. It is also designed to be easily configured and adjusted, enabling it to meet the precise needs of each application.

Working Principle of the 59210-4-T-00-0

The 59210-4-T-00-0 works by detecting the presence or absence of a magnetic field. It is based on magneto resistive Bridge (MR) technology, which measure changes in the magnetic flux density around a source of magnetism. The sensor measures the intensity of the magnetic field and provides output signals corresponding to the position, speed and presence of the magnetic field source.

The 59210-4-T-00-0 uses a combination of MR technology and digital signal conditioning algorithms to extract position and speed data from the magnetic field. The sensor contains an internal data memory to allow the sensor to learn the size, shape and orientation of the magnetic field source, as well as to store up to 30 analog-to-digital converter measurements. This data is used to determine the position, speed and presence of the source.

The 59210-4-T-00-0 contains an internal temperature sensor which is used to compensate the output signals in response to changes in the ambient temperature. This ensures that the signal accuracy of the sensor remains the same regardless of the temperature outside. The 59210-4-T-00-0 also contains an adjustable time delay to prevent false detection from the surrounding electromagnetic environment.

The 59210-4-T-00-0 is also equipped with an analog output, which provides a voltage signal corresponding to the position, speed and presence of the source with an accuracy of 0.1µV/°. The output can be used to control external components such as motors and actuators. The output can also be connected to a microcontroller, allowing for digital control of the system.

The 59210-4-T-00-0 is a reliable and easy to configure sensor, suitable for use in a wide range of industrial applications. Its combination of MR Technology, signal conditioning algorithms and an adjustable time delay make it one of the most accurate and robust magnetic sensors available on the market.

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