CNA10E2500FB

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CNA10E2500FB is a non-contact, self-contained optical proximity sensor designed for industrial applications requiring reliable detection, fault-tolerant operation, and low maintenance. The CNA10E2500FB is a compact, sealed optical proximity sensor ideal for applications in which external light interference is a concern. It features an integrated light source, image processing algorithms, and a highly sensitive dual-element forward-scattering infrared (FSIR) optical sensor that is optimized for robust target detection in extreme ambient light conditions.

The CNA10E2500FB is designed to detect objects in a wide variety of applications such as industrial automation, robotics and other motion control systems. It is ideally suited for applications in production requirements where up-time of the machine must be maximized and “run-time” monitoring for efficiency and optimization can be implemented. The CNA10E2500FB’s advanced design architecture provides superior immunity to electrical noise and contamination, excellent accuracy in the presence of physical vibration, and extremely high reliability. Its fast response time and low power requirements make it ideal for use in applications where space is limited and precise positioning accuracy is critical.

In the CNA10E2500FB, an LED light source sends a light beam through the sensing chamber to a two-element image sensor. The light is reflected off of the image sensor and measured by the Raman domain optical detection element. The information is then processed by the CNA10E2500FB’s integrated image processer which compares the newly measured light return signal with a reference light signal. When the image processor detects a change in the light return signal, it sends a signal to the digital output signaling the presence of an object in the sensing field.

The CNA10E2500FB specifically incorporates advanced design features such as an adjustable gain and sensitivity setting, temperature compensation technology, and an advanced optical calibration algorithm to provide excellent detection accuracy and reliability. With its self-calibrating design, the CNA10E2500FB can measure the environment and adjust its performance accordingly to ensure optimum performance in the presence of any changing environmental conditions. The device is also capable of accurately detecting objects with sharp edges, in water, or of various sizes and shapes, enabling it to be used in a wide variety of applications in the industrial and consumer markets.

CNA10E2500FB is an advanced, self-contained optical, non-contact proximity sensing technology developed to provide highly accurate and reliable detection of objects, without manual calibration and on a continuous basis. It is a cost-effective solution for industrial automation, sensing, and motion control applications requiring fault-tolerant operation and low maintenance. CNA10E2500FB is designed with an integrated light source, image processing algorithms, and a highly sensitive dual-element forward-scattering infrared (FSIR) optical sensor that is optimized for robust target detection in extreme ambient light conditions.

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