70156-3968

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Optical sensors are vital components to many industries, providing specific information related to light, such as intensity, energy, and wavelength. Generally speaking, these sensors are usually classified into two categories based on the physical principle they use. Photoelectric sensors and industrial optical sensors both have their own unique set of advantages and disadvantages, and it is important to know what to consider when making a selection.

One of the more popular optical sensors is the 70156-3968. It is a photoelectric sensor, which offers superior performance and accuracy in detecting and measuring light. This sensor is specifically designed for applications involving detection of any type of linear target, ranging from staffs and banners to metal and plastic strips. The 70156-3968 has a high range of operation, with a maximum sensing distance of 3.5 meters and a wide field of view of 80°. Additionally, it is communication-compatible with many popular industrial networking systems.

The working principle of the 70156-3968 is based on the generation of a carrier frequency modulated (FMC) beam of infrared radiation. The sensor will emit a pulse of radiation at a certain frequency and measure the returning radiation for any changes that occur when it reflects off of a linear target. For each target that is detected, the sensor will generate a corresponding output signal, providing an effective means to monitor industrial environments.

The many benefits of the 70156-3968 make it an ideal choice for many applications. Its unique design makes it suitable for operation in hazardous locations where standard photoelectric sensors may not be suitable. Additionally, the large sensing range and wide area coverage make it an ideal solution for monitoring large linear environments where multiple targets may be present.

In conclusion, the 70156-3968 is a photoelectric sensor designed for detecting and measuring light, and it utilizes a carrier frequency modulated beam of infrared radiation to detect linear targets. It offers superior performance and accuracy, and the wide field of view, maximum sensing distance, and communication compatibility make it a suitable choice for many industrial application needs.

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