E32-D22L 5M

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Optical sensors are an important component for measuring and recording quantitative data in a wide range of industrial applications. In particular, photoelectric sensors have traditionally been used in industrial processes for sensing objects, measuring distance, and detecting presence. The E32-D22L 5M series of photoelectric sensors are particularly widely used in industrial applications due to their excellent performance and reliability. This article will provide an overview of the E32-D22L 5M series of photoelectric sensors, along with details of their application field and working principle.

The E32-D22L 5M series of photoelectric sensors are TrueDiff optical sensors which are designed to provide reliable and accurate results across diverse industrial applications. They feature two individual sensing elements – an infrared LED and a silicon phototransistor – which are sensitive to visible and non-visible light. This makes them suitable for use in a wide variety of industrial applications, such as sensing presence or absence of a target object, or measuring distance between two objects.

The E32-D22L 5M photoelectric sensors are typically used in applications where long distance sensing is required, as they are capable of achieving a sensing range of up to 5m. Furthermore, the sensors are also capable of providing a wide measurement angle, from 0°-40°, which makes them suitable for use in a range of industrial applications such as packaging, sensing presence in CNC machine assemblies, and even non-contact measurement of distance. It is also possible to configure the sensors to either operate in normally open or normally closed mode, depending on the user’s requirements.

The E32-D22L 5M series of photoelectric sensors are also notable for their immunity to ambient light, which is achieved through built-in filters. This ensures that only the light which is emitted from the sensor’s LED is detected, eliminating any errors due to erroneous signals from ambient or outside light sources. Furthermore, the sensors have an impressive response time of 0.25ms, which ensures that they are able to operate at maximum efficiency.

The E32-D22L 5M series of photoelectric sensors are operated via a dedicated control unit, which allows the user to set and adjust various parameters such as sensitivity and range. The control unit is also capable of carrying out diagnostic tests, and provides feedback on the state of the sensor for error checking and adjustment. Furthermore, the E32-D22L 5M series of photoelectric sensors are also resistant to vibrations and shocks, and are capable of withstanding temperatures ranging from -10°C to +60°C.

In terms of their working principle, the E32-D22L 5M photoelectric sensor works by sensing the light emitted from its infrared LED and converting it into an electrical signal, which in turn is used to trigger the output of the sensor. Depending on the mode of operation, the output signal will either be a normally open or normally closed signal. The sensor is capable of detecting objects within its sensing range, and will generate a signal when an object is detected.

In summary, the E32-D22L 5M series of photoelectric sensors are widely used in industrial applications due to their excellent performance and reliability. They are especially suitable for applications where long distance sensing is required, and are capable of withstanding temperatures ranging from -10°C to +60°C. Furthermore, the sensors are also capable of providing a wide measurement angle, from 0°-40°, making them ideal for a range of industrial applications. With their dedicated control unit, the sensors can be configured to provide reliable and accurate results in a range of industrial applications.

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