BS2RC24

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Introduction: The BS2RC24 is an optically-controlled, non-contact switching device designed specifically for industrial process automation. It consists of a sensor unit with an integrated evaluation circuit and photoelectric transmitter housed in a rugged, dust-proof plastic enclosure.

Application Field: The BS2RC24 is widely used in industrial process automation, such as chemical and oil refining processes, chemical tank level pumps, level controls, and conveyor belts. It can be used to control switches, relays, valves, motors, pumps, and other process automation and control devices in these industrial process settings.

Working Principle: The BS2RC24 works in two stages: the signal receiving stage and the signal evaluating stage. In the signal receiving stage, the sensor housing contains an optical transmitter and receiver. This transmitter uses a process signal which is detected and converted into an electronic signal, which is then sent to the evaluation circuit. In the signal evaluating stage, the evaluation circuit receives the electronic signal and evaluates it according to the parameters set by the user. If the signal meets the specified criteria, the evaluation circuit will indicate a “true” condition. If the signal does not meet the specified criteria, the evaluation circuit will indicate a “false” condition.

Advantages: The BS2RC24 has several advantages when compared to traditional mechanical and electromechanical switches. One of the main advantages is its non-contact detection technique which eliminates the need for physical contact between the sensor and switch element. This means that the device can be used in areas which have limited access such as cable-ways, process automation systems, and in hazardous or explosive environments. Additionally, the BS2RC24 is more reliable than mechanical and electromechanical switches because it employs a digital logic circuit and is capable of providing more accurate and repeatable results. Lastly, the BS2RC24 is cost-effective, as it does not require high-frequency signal generators, oscilloscopes, and control panels; which can be expensive to maintain.

Conclusion: In conclusion, the BS2RC24 is an optically-controlled, non-contact switching device designed specifically for industrial process automation. It works by using a process signal which is detected and converted into an electronic signal, which is then sent to the evaluation circuit. It has several advantages compared to other switches, such as its non-contact detection technique and its accuracy and repeatability. In addition, it is cost-effective and can be used in a variety of industrial process settings.

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