WSPSMUNVLWO-D-BK

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The WSPSMUNVLWO-D-BK is a type of proximity/occupancy sensor. Proximity/occupancy sensors are designed to detect and differentiate objects based on proximity and/or movement. The WSPSMUNVLWO-D-BK is a ready-made unit that is typically used in industrial applications. It is a self-contained unit, with all the components needed to detect and differentiate objects, integrated into a single, small enclosure.

The WSPSMUNVLWO-D-BK can detect objects from a range of 0-6 inches at a distance of 1-3 feet. It uses infrared light to detect objects in its range and can differentiate between objects that are close by and those that are farther away. The sensing range of the unit can be extended to a maximum of 10 feet by adding an external diffuse reflection sensor. The output from the sensor can be used to activate various types of devices, such as relays, solenoids, or motors.

The working principle of proximity/occupancy sensors is based on reflection and refraction of infrared light. When an object is placed within the range of the sensor’s field of view, the sensor sends out infrared light which is either absorbed or reflected by the object. The reflected light is then received back into the sensor, which interprets the pattern of the received light and generates an analog signal.

The analog signal from the sensor is then converted into a digital signal by an internal analog-to-digital converter. The digital signal is then processed by internal logic to detect the presence of objects. Depending on the configuration of the sensor, the output signal from the sensor can be either an on/off signal, indicating the presence or absence of an object, or a variable analog signal that is proportional to the distance of the object from the sensor.

The WSPSMUNVLWO-D-BK is a simple and reliable proximity/occupancy sensor that is widely used for applications such as object recognition, security, and robotics. The unit is easily configurable and is capable of detecting objects from a wide range of distances. The sensor is also immune to variations in environmental parameters such as temperature and humidity, making it a reliable and consistent device for detection.

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