CCS-LFL-50

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Machine vision (MV) is a rapidly developing field of science that applies digital image processing techniques and computer systems to generate, measure, and interpret data from digital images to help machines perform tasks normally requiring human visual perception. As a sub-field of artificial intelligence, machine vision encompasses the fields of robotics, computer vision, digital signal processing, and image analysis. In the world of machine vision, lighting is a crucial component in order to gather the most reliable data possible.

The Müller CCS-LFL-50 controller was developed to meet the needs of these complex machine vision applications, providing superior lighting control and flexibility where illumination needs to be optimized for both enhanced performance and safety. The CCS-LFL-50 is an integrated lighting control module that offers all of the necessary features, straight out of the box. With an integrated Illumination processor, this controller provides unprecedented levels of reconfigurability to allow for optimal lighting control.

Application Fields

The Müller CCS-LFL-50 controller is primarily designed for industrial machine vision applications. It is ideal for use in environments where lighting needs to be accurately and consistently regulated, such as inspecting or processing components, detecting defects, and verifying labels. This product can also be used in other lighting applications such as lighting for medical imaging systems and CCTV cameras.

Working Principle

The Müller CCS-LFL-50 controller is an integrated lighting control system. It is based on the principle of “controlled light flux”, which is the more precise control of lighting intensity and position. This lighting control system works by controlling the individual switching of each of the luminaires within the system. The controller is connected to individual drivers, which are then connected to each of the luminaires, giving the user total control over each of the luminaires.

When the CCS-LFL-50 controller is powered on, users may choose from a variety of preset Illumination profiles. These profiles allow for the optimization of the illumination intensity, direction, and position of the luminaires. In addition to this, users have the option to adjust the settings to an individual basis. This allows for further precision in the illumination of each of the luminaires.

The CCS-LFL-50 also supports external sensors such as photometers, allowing for further control over the light output. The external sensors measure the light output of each of the luminaires and allow for more accurate and faster lighting control. With these external sensors, the CCS-LFL-50 can be used in more difficult and challenging lighting applications.

Conclusion

The Müller CCS-LFL-50 lighting control system was designed with industrial machine vision applications in mind. This controller offers unprecedented levels of reconfigurability to allow for optimal lighting control. The controller is also capable of supporting external sensors such as photometers, providing even more control over the light output of each of the luminaires. With its features and flexibility, the CCS-LFL-50 controller offers an ideal solution for machine vision lighting needs.

The specific data is subject to PDF, and the above content is for reference