PA46-4-300-Q2-X-M-TK1

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Photoelectric, industrial, optical sensors are increasingly being used for motion control and assessments in a wide variety of applications ranging from manufacturing automation to food processing. The PA46-4-300-Q2-X-M-TK1 is a type of optical sensor specifically designed to detect minute reflective objects even in low-energy diffuse illumination.

The device utilizes a four-channel array of 0.1mm lighting spots, each of which can detect the presence of a reflective object when shining within the spot’s range. The detection range is adjustable on-the-fly by way of a potentiometer that it is connected to in order to provide precise positioning and detection. The device also features a detection speed of up to 11kHz, 5V current, 1.65V working voltage, and 3.3V stand by voltage.

The PA46-4-300-Q2-X-M-TK1 is a versatile and compact optical sensor that can handle a wide range of applications, including assembly lines, conveyors, and robotic controls. Its applications include but are not limited to, detecting small parts, detecting flaws on products, checking for specific conditions such as broken items, aligning parts in production, and packaging of items.

In addition to its ability to detect the presence of a reflective object, the device is also equipped with an active filter that eliminates any ambient light sources. This capability allows the device to detect the presence of objects even in low-light conditions.

The application of the PA46-4-300-Q2-X-M-TK1 is further enhanced by its ability to output a digital signal in response to ambient light or changes in the field of view. This digital signal can then be used in a variety of applications such as motion control systems or lighting feedback. It can even be used to send warnings to manufacturing personnel about low reflective objects or damages to products.

The PA46-4-300-Q2-X-M-TK1 utilizes a frequency scanning technology called Fresnel Diffraction in order to detect the presence of a reflective object. In this process, two beams of light are emitted from the device, with one light beam being brighter than the other. If an object is present, then the reflected light beams will intersect and create an interference pattern due to the refractive and diffractive properties of the object. The resulting interference pattern is then detected by the device and used to determine the presence of the object. Additionally, the device is also able to detect the distance of the reflected object from the device by using a time-of-flight method to measure the round-trip time it takes for the light beams to reach the object and return.

The PA46-4-300-Q2-X-M-TK1 is a reliable and versatile optical sensor for applications that require both a high level of accuracy and a short sensor response time. It is suitable for use in a wide range of applications such as detection of parts on conveyor belts, robotic collision avoidance, motion control systems, production line monitoring, and automated quality control.

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