CX-482-P

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Optical sensors are an important part of industrial applications. In particular, CX-482-P photoelectric sensors and industrial optical sensors have become increasingly popular due to their ability to detect a variety of objects and materials, including liquids, solids and gases. In this article, we will discuss the application field and working principle of CX-482-P photoelectric sensors and industrial optical sensors and how they could be used in industry settings.

The CX-482-P photoelectric sensor is a single-channel device that uses a photocell to detect the presence or absence of an object or light source. The sensing range of the sensor is up to 300 mm (12 inches) and it can detect objects at distances up to 10 meters (33 feet). The sensing head of the CX-482-P has a special built-in response time of 0.5 ms, making it highly accurate for industrial applications. Furthermore, the device has a two-bit programming mode and can be set to output PNP or NPN signal according to user requirements.

In terms of working principle, when the sensing head of the CX-482-P receives light from the object or light source, its photocell generates a voltage. This voltage is then sent to the amplifier, which amplifies the voltage and transmits it to the switching circuit. When the amplitude value of the transmitted voltage exceeds the preset value, the switch is activated, driving the on/off output signal of the device.

In terms of application field, CX-482-P photoelectric sensors and industrial optical sensors can be used for a variety of applications. These include presence/absence detection, position and speed detection, touch sensing, object marking, gap detection, as well as contrast inspection. An example of presence/absence detection would be the usage of the CX-482-P in order to detect the presence or absence of a part being moved down the assembly line. In addition to this, industrial optical sensors can be used to detect gap sizes in order to ensure accuracy in machining processes.

Furthermore, industrial optical sensors can also be used for touch sensing. In this application, an infrared light source is triggered, which then lights up a touch sensitive spot. If an object is detected in the spot by the sensor, the light source will be disabled, thus preventing further operation. This can be used to prevent objects from being positioned incorrectly during a process.

In conclusion, CX-482-P photoelectric sensors and industrial optical sensors are a type of instrument widely used in industrial applications. They work by converting an optical signal to an electrical signal which can then be used to control various functions and processes. These devices are used to detect the presence or absence of an object, detect the size and position of objects, and can even be used for touch sensing. Due to their reliable performance and versatility, industrial optical sensors are an invaluable tool in industry settings.

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