269.0000.051

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269.0000.051 is an application field and working principle in the Miscellaneous category. It is a system for the measurement and control of distance, typically for conveyor belts. The system utilizes an optical sensor to detect the position of the belt\'s limit points. The sensor is connected to a control unit, which in turn is connected to a control panel with a user interface. The control panel can be used to adjust the position of the belt\'s limit points as required.The sensor makes use of a light beam to determine the position of the belt\'s limit points. The light beam is typically emitted from a light source such as an LED. The light beam is directed towards a reflective surface, which then reflects the light beam back towards the sensor. The sensed signal is then sent to the control unit for processing.The control unit is responsible for receiving the signal from the sensor and determining whether it is within the acceptable range for the belt\'s limit points. If it is outside this range, the control unit will adjust the position of the belt\'s limit points. The user can adjust the required range using the control panel.The data collected by the sensor is used to generate a graphical representation of the conveyor belt system. This data is used to identify any anomalies in the system that require further diagnosis. The graphical representation is also used to track the maintenance status of the system, ensuring that it is operating at optimum levels.Finally, the control unit is used to control the power supply to the conveyor belt. The power supply can be adjusted according to the system requirements, such as when the belt is running too fast or too slow. This ensures that the conveyor belt is working as efficiently as possible.In summary, 269.0000.051 is an application field and working principle in the Miscellaneous category. The system uses an optical sensor to detect the position of the belt\'s limit points and is connected to a control unit which is responsible for adjusting the positions according to user requirements. The data gathered by the system is used to identify any anomalies and track maintenance status. Finally, the control unit is responsible for controlling the power supply to the conveyor belt.

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