CX-493

Optical sensors are a type of sensor that detects perceived light and converts it into a usable form of energy and or a signal to be interpreted later. The photoelectric sensor is the most commonly utilized type of sensor in industrial settings; these sensors are used to detect changes in the area around them, often connecting to a basic computing system. CX-493 is a photoelectric sensor able to integrate with a standardized industrial computer system. Its impressive application field and working principle make it the perfect choice for many industries.

Application Field

The CX-493 is well recognized for its flexibility and range of applications; it can be easily used with any type of industrial setup, from small batch production to large-scale production centers. In industries like automotive, robotics, packaging, assembly, plastic injection molding, and glass manufacturing, CX-493 is the go-to photoelectric sensor. With its ability to detect any type of light emitted by various types of materials, such as objects, metal objects, and liquids, CX-493 is a sure bet to cover any industrial application.

In addition to being versatile, this sensor also has a wide range of available outputs. These outputs are selected through a 4-way DIP switch, allowing manufacturers to select the type of output they need for their application. The CX-493 also offers a Buzzer output for auditory indication of output status, as well as a few different types of Background Suppression output that provide the user with an accurate indication of the state change in the target. All of this makes this sensor able to cover the vast majority of any production environment.

Working Principle

The CX-493 photoelectric sensor works by detecting a light source and outputting a signal in response to it. It is able to detect ambient light as well as infrared and ultraviolet light emitted from certain materials. Depending on the type of material being detected, CX-493 has the ability to differentiate between different types of light sources, such as light emitted from a laser pointer, and objects emitting invisible UV or Infrared light.

The CX-493 is able to distinguish between ambient light, infrared and ultraviolet light by using its two mini-sensors on the sides of the unit. The mini-sensors monitor the levels of infrared and ultraviolet light, comparing them to that of the ambient light. When a light source is detected, the sensor then outputs a signal, which can be used to detect when the target is in proximity, or has been moved away from the sensor.

The CX-493 is highly versatile, as its range of outputs allow for a variety of control applications. It has been used in a range of industrial settings, including healthcare, robotic arms, and assembly lines. This is due to its plastic housing, providing it with extra durability and increased protection from the harsh industrial environment.

Conclusion

The CX-493 photoelectric sensor is a great choice for a wide range of industrial settings. With its diverse range of outputs and wide application field, the sensor is perfect for any production environment. Its two mini-sensors on the sides can detect infrared and ultraviolet light from different sources, giving it an accurate indication of the target’s position. This makes it a great choice for many industrial applications, as it can quickly detect subtle changes in the environment around it and provide the necessary output signal to be interpreted by the system. Its rugged housing makes it highly reliable and helps to protect it from the harsh industrial environment, making it a great long-term investment.