CCS-LDR2-50RD

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CCS-LDR2-50RD is an example of a high-efficiency lighting device designed to provide uniform illumination and contrast for the challenging industrial application field of machine vision. To greater understand the device’s features and functions, this article explores a comprehensive introduction of its primary application field and working principle.

Application Field and Specifications of CCS-LDR2-50RD

CCS-LDR2-50RD belongs to CoolLED LED machine vision lighting family, which are applied in machine vision fields when high intensity imaging and uniform illumination is needed. It is a very bright lighting device with a total output power of 50 watts, and is available in multiple wavelengths which allows users to customize the light color. The maximum output frames of this device can be determined by combining amplification parameters according to the system requirements. Additionally, the CCS-LDR2-50RD has a self-calibration capability with a resolution of 0.02mm. It is also equipped with an auxiliary function which helps in controlling the brightness and temperature of the light.

Furthermore, the CCS-LDR2-50RD has a very low power consumption and can be operated with a maximum power saving of up to 80%. The device also comes with a special LED driver with a maximum current of 6A, which will help to regulate the lighting intensity and provide a stable transition from light to dark. This will help to achieve uniform lighting and contrast for the machine vision fields.

Working Principle of CCS-LDR2-50RD

The CCS-LDR2-50RD is a high-efficiency lighting device that is designed to provide uniform illumination and contrast for the challenging industrial application field of machine vision. It implements a novel principle called minimal diffraction white light illuminator (MDWLI), which is based on the principles of light diffraction studied by physicist Ernst Klinkoschf. This principle utilizes a combination of diffraction gratings and carefully designed optical lenses to create high-efficiency illumination.

The working principle of CCS-LDR2-50RD consists of two main stages, namely, beam shaping and projection. In the beam-shaping stage, the light is directed through a series of diffraction gratings that act to shape the beam into an array of circles, squares, or other shapes. After it passes through the gratings, the light is focused by carefully designed optical lenses and projected onto the imaging sensor. The lenses are designed to ensure that the light is spread over the imaging sensor in an even manner, thus optimizing the illumination and contrast of the machine vision application.

The CCS-LDR2-50RD also comes with a special LED driver to regulate the lighting intensity and provide a stable transition from light to dark. This will help to achieve uniform lighting and contrast for the machine vision fields. In addition, it is equipped with an auxiliary function, called a gain curve, which helps in controlling the brightness and temperature of the light.

Conclusion

In conclusion, CCS-LDR2-50RD is a high-efficiency lighting device that has been designed to provide uniform illumination and contrast for the challenging industrial application field of machine vision. Its working principle is based on the minimal diffraction white light illuminator (MDWLI) principle, and it is equipped with a special LED driver to regulate the lighting intensity and provide a stable transition from light to dark. Moreover, it is also equipped with an auxiliary function which helps in controlling the brightness and temperature of the light. This device is sure to provide effective and reliable illumination for the machine vision field.

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