MK26-1A85D-500W

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Magnetic sensors are a type of sensor that uses a magnetic field solidly fixed to an object as a reference. They are used to measure the position, proximities, speed, or direction of magnetic fields. In particular, the type of magnetic sensor known as a module is used to measure the properties of a moving magnetic field. One such type of magnetic sensor module is the MK26-1A85D-500W, which is used to measure the position and speed of a rotating magnetic field.

The MK26-1A85D-500W is a magnetic sensor module that is designed for use in motor control and other applications where accurate measurements are needed. The MK26-1A85D-500W is a combination of two magnetic sensors: a ferrite core and a Hall effect sensor. The ferrite core is a solid-state device that transforms magnetic field variations into electrical signals, while the Hall effect sensor acts as a voltage signal detector. When combined, these two components can measure the position and speed of a rotating magnetic field.

The MK26-1A85D-500W’s main advantage compared to other types of magnetic sensors is its sensitivity and accuracy. This module can detect changes in magnetic field strength as small as 0.1 Gauss and can accurately measure the direction and speed of the magnet up to 500 rev/min. This makes the MK26-1A85D-500W ideal for use in motor control and motion tracking applications, where fast and accurate measurements are essential.

The positioning accuracy of this magnetic sensor module is also very high. It is capable of detecting changes in the direction of the magnetic field with a resolution of 1 micron. This ultra-fine resolution allows for more accurate measurements that can be used to control the speed and position of motor and drive components with a high degree of precision.

The MK26-1A85D-500W module is also resistant to temperature and shock, making it suitable for use in harsh environments. It is rated for operation from -25 to +70 degrees Celsius, and can withstand a maximum shock level of 10G. These features make the MK26-1A85D-500W an ideal choice for applications that need to maintain operation in extreme conditions.

In summary, the MK26-1A85D-500W is a magnetic sensor module that combines two sensing elements - a ferrite core and a Hall effect sensor - to measure the position and speed of a rotating magnetic field. This module is accurate and sensitive, with a positioning resolution of 1 micron and a shock rating of 10G. It also has a wide operating temperature range of -25 to +70 degrees Celsius, making it suitable for use in motor control and motion tracking applications in harsh environments.

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