AMS22B5A1BLASL124N

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The AMS22B5A1BLASL124N is a bi-directional linear position sensor that is ideal for a wide range of industrial applications. This device offers reliable performance and accuracy in a wide variety of environmental conditions. It is designed to provide precise linear position measurements up to 18 inches (457mm), to within ± 0.02 inches (0.5mm). The output from the sensor is proportional to the linear displacement, making it ideal for applications requiring precision positioning.

The AMS22B5A1BLASL124N is an analog output position sensor. It operates on a differential circuit, meaning that it is able to measure and report both the direction and magnitude of linear displacement. The on-board microprocessor is able to offer up to four different analog output ranges. The output is temperature compensated for accurate and reliable measurements over a wide temperature range. Additionally, the device has a wide operating voltage range (4.5 to 18 VDC) and a low current consumption.

The primary application of the AMS22B5A1BLASL124N is in the industrial automation sector. It can be used to detect the linear displacement of drilling, cutting, and machining tools. It can also be used to detect the movement of conveyor belts in sorting and packaging applications. The device is designed for use in harsh environments due to its robust stainless steel housing and durable, polymer components. Furthermore, its integrated linearity-correction capability ensures that the output is reliable over long-term usage.

The working principle of the AMS22B5A1BLASL124N is based on the Hall effect, a phenomenon in which the strength of a magnetic field is altered when a magnet is placed close to it. When the sensor is mounted in a system, the magnet attached to the moving part of the system is guided along the sensor’s axis of measurement. As the magnet passes near the sensor, its presence causes the sensor’s Hall effect to change, resulting in a corresponding change in the output voltage. The strength of the magnetic field is proportional to the linear displacement of the moving part, and the resulting output voltage reflects this displacement. This output voltage is then transmitted as a signal to a controller, which can be used by the system to determine the linear displacement of the moving part.

In summary, the AMS22B5A1BLASL124N is a bi-directional linear position sensor designed for industrial applications. The device operates on a differential circuit and is capable of measuring linear displacement up to 18 inches (457mm) to within ± 0.02 inches (0.5mm). It is primarily used in industrial automation systems, where it detects the movement of tools and conveyor belts. The device operates on the Hall effect, where the presence of a magnet near the sensor causes its output voltage to change in proportion to the displacement of the moving part.

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