59075-1-V-02-A

Magnetic Sensors – Position, Proximity, Speed (Modules)

The 59075-1-V-02-A module is a magnetic sensor that is used to detect the presence of a magnet and measure its position, proximity and speed, and is mostly used in large industrial and commercial applications. This module is made up of two main components – a Toroidal core and an Armature that allows it to accurately measure proximity and speed. The core is a ferromagnetic material that is wrapped in a coil and when a magnet is brought near it, it can create a powerful field that will be detected by the armature.

The armature is made up of two parts – a movable part (also known as a plunger or actuator) and a fixed part. The plunger is attached to the core and can move freely within certain limits when a magnet is brought near it. This movement is detected by the sensor and can be used to measure the position, proximity and speed of the magnet. The fixed part of the armature is held in place with the core and has three electrodes that detect the changing magnetic field when the magnet moves. The output of the module is a pulse width modulation signal that is proportional to the magnetic field of the detected magnet.

The 59075-1-V-02-A module is used in many different applications. It is most commonly used in positioning and speed measurement applications such as robot arms and automated machines. Additionally, it can be used in proximity sensing applications such as security systems and door sensors. It is also used in fluid level detection applications, non-contact switches, and automotive applications. By combining the module with a microcontroller, the data from the module can be used to control or monitor a wide variety of systems and devices.

The 59075-1-V-02-A module is a reliable and accurate magnetic sensor that can be used in a variety of applications. It is a cost effective and easy to implement solution for detecting and measuring the position and speed of a magnet. With its robust design, it is a reliable and long lasting solution for many applications.