8151V4T3L.5CW

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Position sensors provide a device for detecting and resolving the angular, linear, rotary or absolute position of an object relative to its environment. The 8151V4T3L.5CW is one of the world\'s foremost position sensor products, offering both precision and affordability.

A 8151V4T3L.5CW is a contact-less, absolute position sensor that combines both Incremental Encoders and Absolute Encoders technologies into one. Similarly, this series of position sensor measures contact-less, absolute rotary positions. Offering an extremely accurate resolution of up to 28 bits for both the position and the angular velocity, its primary field of application is precision control. The 8151V4T3L.5CW is used to measure the rotation and position of motors and components on machines, enabling industrial automation.

The 8151V4T3L.5CW also features a Zero-Point Calibration for improved repeatability and accuracy. This is performed by taking an actual position of a permanent magnet when the sensor is idle, using a special scanning tool to determine the Zero-Position of the target. The Zero-Position is then used as a reference point for measuring rotational or angular changes in position.

Time Multiplexing is also utilized in the 8151V4T3L.5CW, which allows users to run multiple sensor outputs simultaneously. In addition, the series features a robust design which allows it to operate over a wide temperature range of -40°C to +125°C.

How does the 8151V4T3L.5CW application field and working principle work? At the core of the technology is a unique combination of an Incremental Encoder and Absolute Encoder. The Incremental Encoder provides the angular position information from the target, where the absolute encoder provides the absolute position information. This allows for accurate, reliable measurement of rotary motion even in harsh conditions.

The 8151V4T3L.5CW is primarily used to control robot arms, brushless DC Motors, and stepper motors. It can also be used for applications requiring a high accuracy position measurement, such as closed loop motor control or automated inspection systems. It is also used in applications such as electric forklift controllers, sensor based friction welding, and automated factory layout systems.

In addition, the 8151V4T3L.5CW can be interfaced with other measurement systems such as analog/digital converters and even microprocessors. This allows for high-level signal conditioning, multi-axis synchronization, and sensor fusion.

The 8151V4T3L.5CW’s precision resolution of up to 28 bits (Angular 0.00012°), and an operating temperature range of -40°C to +125°C makes it well-suited for a wide range of industrial applications. Its compact design, low price, and excellent performance make it an ideal choice for precise control in a wide variety of applications.

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