CA10592_NIS036-2-M

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Optics plays an important role in various industries that are dependent upon projected light. Lenses are designed to refractor light in a specific direction, and focus beams of light to various points in space. CA10592_NIS036-2-M is a lens primarily used in industrial settings for manufacturing, scientific research, and biomedical applications. It is a medium-power lens, designed for the visible light range, and can be customized for usage in other spectrums, including infrared or ultraviolet.

The form factor of CA10592_NIS036-2-M facilitates a robust design for harsh industrial settings. It is made of polycarbonate plastic, a material that is highly resistant to environmental and chemical damage, and is also compatible with many mounting types of hardware, including threaded couplers and T-slots. The lens comes in a 25mm diameter, with a length of 22mm, giving it a narrow profile for limited space applications. It has also been designed with a P-F index of 0.9, or focused power index, which translates to long-term reliability and reliability that is rarely seen in similar competing models.

The base power of the CA10592_NIS036-2-M is 10X, with the capability of additional magnification in intensity up to the range of 25X. The power transmission function is designed with a higher refractive index, allowing for more power to be generated in comparison to competing lenses. That makes the CA10592_NIS036-2-M is an excellent choice for extremely wide-angle applications of visible light spectrums.

In terms of its operating wattage, the CA10592_NIS036-2-M operates at up to 24 watts, and provides a 40um measurement. As with many optics components, the watt and measurement level should be adjusted according to the required application.

The working principle of CA10592_NIS036-2-M is based on the principles of refraction and reflection. The lens is designed to refract and reflect the incoming light at specific angles, creating the desired images or object identification. The curvature of the lens determines the amount of refraction, which is essential when it comes to applications such as imaging and surveillance. The speed of the lens is also important, as it determines how quickly the images can be formed, allowing for quicker processing and analysis.

The CA10592_NIS036-2-M is also designed with a low power requirement, which results in energy savings and lower operating costs. The lens is well suited for automation, production lines, and can also be used for autonomous robotics, such as guidance systems and motion tracking.

CA10592_NIS036-2-M provides excellent performance for its form factor, durability, and power transmission capabilities. It is ideal for use in industrial and scientific applications where precision control and tight power requirements are present. Its reliability and affordability also make it an excellent choice for end-users looking for long-term solutions.

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