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Fault alerting and maximum demand controller for industries

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Ecwaytech

The document describes an automated fault alerting and maximum demand controller system for industries. Sensors are placed in different zones to measure parameters like temperature, light intensity, and object identification. The sensed parameters are applied to a controller through transistor logic, which monitors all the parameters. Whenever a parameter exceeds its threshold value, the controller delivers a message through a loud speaker indicating which parameter is high. A block diagram shows sensors connecting to a microcontroller, which connects to a voice integrated circuit, speaker, and power supply to announce faults.

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FAULT ALERTING AND MAXIMUM DEMAND CONTROLLER FOR INDUSTRIES ABSTRACT In this fast forwarded world we are trying to reduce the manpower and trying to automate all the systems to improve the speed and also the accuracy. Here is an excellent means of automation, where we are trying to measure the parameters such as temperature, object identifier, and light intensity etc. For example, different parameters are not only measured but also a message is announced through loud speaker when there is a fault. The different sensors are placed in different zones in an industry or it can be any place where you are interested to measure and maintain the parameters. The sensed parameters are applied to the controller through transistor logic where we can monitor all the parameters. The monitored parameters are compared with the threshold values and the required controlling done through the controller. Whenever the values of the given parameters are exceeded when compared to the threshold level then the concerned parameter value is high (suppose, if the temperature is exceed to 50 degrees, which is a threshold value. Then the message, “temperature is high” delivered through the loud speaker) message is delivered through the loud speaker.
BLOCK DIAGRAM Power Supply Voice IC Temperature, LDR, Etc. sensors MICRO CONTROLLER Speaker

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Fault alerting and maximum demand controller for industries

  • 1. FAULT ALERTING AND MAXIMUM DEMAND CONTROLLER FOR INDUSTRIES ABSTRACT In this fast forwarded world we are trying to reduce the manpower and trying to automate all the systems to improve the speed and also the accuracy. Here is an excellent means of automation, where we are trying to measure the parameters such as temperature, object identifier, and light intensity etc. For example, different parameters are not only measured but also a message is announced through loud speaker when there is a fault. The different sensors are placed in different zones in an industry or it can be any place where you are interested to measure and maintain the parameters. The sensed parameters are applied to the controller through transistor logic where we can monitor all the parameters. The monitored parameters are compared with the threshold values and the required controlling done through the controller. Whenever the values of the given parameters are exceeded when compared to the threshold level then the concerned parameter value is high (suppose, if the temperature is exceed to 50 degrees, which is a threshold value. Then the message, “temperature is high” delivered through the loud speaker) message is delivered through the loud speaker.
  • 2. BLOCK DIAGRAM Power Supply Voice IC Temperature, LDR, Etc. sensors MICRO CONTROLLER Speaker