WL9M4-3P2234

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Optical sensors – photoelectric, industrial – are used to detect objects and measure changes in a range of industries, from consumer electronics to process automation. One such sensor, the WL9M4-3P2234, is a 1.5-mm reflection-type photoelectric sensor used to detect objects, determine object movement, proximity, and counting in industrial automation, and to automate small parts assembly.

The WL9M4-3P2234 is a polarized optical reflection type photoelectric sensor, meaning it works by detecting reflections of light. This sensor emits a beam of infrared light, which reflects off of objects in its field of view. If there is an object in the field, the sensor emits a photoelectric signal to detect it. This signal can be used to measure changes in size, speed, or distance of the object, depending on the application.

The WL9M4-3P2234’s small size and high resolution make it well-suited for industrial applications such as process automation. It is suitably used in semiconductor and food processing industries to detect objects in high-speed production lines. It can also be used to detect parts in small spaces in electronic assembly lines. This sensor is highly sensitive, with a resolution up to 1 ms, and its wide beam angle can detect objects up to 700 mm away.

The WL9M4-3P2234’s small form factor and wide field of view make it advantageous for detection and measurement applications. Its low noise, high speed, and high sensitivity, combined with its long range and good selectivity, make it an excellent choice for industrial automation. The sensor is also highly reliable, with a small temperature coefficient and stable output.

The WL9M4-3P2234 is easy to install and maintain, with low output voltage and high output current. Its optical isolation feature ensures that the sensor is unaffected by electrical noise and other disturbances. Additionally, its self-restart system ensures that the sensor is not affected by short-term interruption or output polarity reversal.

In summary, the WL9M4-3P2234 is an ideal photoelectric sensor for industrial automation applications. Its small size, wide field of view, high resolution, and reliable performance make it an ideal choice for detecting objects in small spaces and high-speed production lines. Its low-noise output and optical isolation features ensure reliable performance even in harsh industrial environments.

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