MPS-224TSTU0

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Position sensors, specifically angle, linear position measuring, are widely used in a range of industries. The MPS-224TSTU0 is a low profile, miniature angular position sensor series providing accuracy and repeatability needed for many applications. With its ultra-flat design, low current consumption, and a wide measurement range, this series of position sensors can be used to measure and monitor the precise angular position of moving parts in a wide range of industrial and medical applications.

The MPS-224TSTU0 consists of a sensor element which is fixed to a rotating gear or shaft, and a detector element which is affixed to the moving part. When the gear or shaft rotates, the sensor element moves the detector element accordingly, and the detector element’s position is monitored by the MPS-224TSTU0. The detected position is then converted into a signal output which can be used to control different aspects of a device or system.

The MPS-224TSTU0’s ultra-flat design and low current consumption allow it to be well-suited for many applications that require reduced mounting space and power. The MPS-224TSTU0 series measures from -360° to +360° and has a resolution of 0.001° of an angle. It provides highly accurate angular measurement with low power consumption, thus making it ideal for applications that require constant monitoring of position over a set period of time.

The MPS-224TSTU0 also features a wide range of options. These include zero reset, zero reset lock, and both short and long housing versions for a variety of mounting requirements. The housing material is made of die-cast aluminum alloy which is corrosion-resistant, allowing it to withstand harsh environmental conditions, making it suitable for a wide range of applications and environments. The MPS-224TSTU0 can also be customized to fit specific application apace and features a low inertia plunger and other optional features to provide a broad range of motion sensing and position control options.

The accuracy and repeatability of the MPS-224TSTU0 makes it ideal for a variety of industrial and medical applications such as robotic arms, stepper motors, medical bed positioning, and orthopedic surgery tables. It can also be used in applications where human safety and process security is of the utmost importance. The MPS-224TSTU0’s flexibility makes it suitable for a variety of motion and process control applications, allowing for precise measurements and control over position, speed, and torque.

The MPS-224TSTU0 uses a combination of Hall effect and optical sensing technology to measure rotational position. The Hall effect measures positions of a rotating gear or shaft, while the optical sensing component uses a light beam to measure rotation. This combination allows for highly accurate measurement of angular displacement with minimal power consumption. The Hall effect sensor measures the magnetic field created by unexposed ferrite material on the rotating gear or shaft and converts the magnetic field into electrical signals. The optical sensing component measures the position of an embedded beam of light coming from the gear or shaft and transmits the data to the MPS-224TSTU0. The combination of data from the two sensing technologies allows for highly accurate and repeatable measurements.

The MPS-224TSTU0 combines the accuracy and repeatability needed for a range of different position sensing applications. With its ultra-flat design, low current consumption, and a wide measurement range, the MPS-224TSTU0’s is an ideal solution for many industries looking for precise angular measurements. The flexibility of the series and the different options available allow for a wide range of applications and industrial requirements.

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