MB7563-110

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• MB7563-110 Application Field and Working Principle

• The MB7563-110 is in the industry’s most advanced ultra-sonic receiver, transmitter and processor for system solutions. It is specifically designed for applications in industrial automation, energy efficiency and other condition automation technologies. It is capable of providing a wide range of ultrasonic signal detections and processings in high-performance industrial grade reliability.

• Application Field

  MB7563-110 is a multi-function receiver, transmitter and processor designed for industrial automation applications. It is used in industrial sites that need to detect and process movement and sound data from flat surfaces and/or objects. Its main application fields include but are not limited to:

  • Monitoring acoustic signals
  • Receiving input of motion-detection systems
  • Detecting and tracking moving objects
  • Analysis of acoustic vibrations

• Working Principle

  In MB7563-110’s working principle, the transmitted ultrasonic energy is focused through a focusing cylinder to produce a linear acoustic field. This field focuses on an emitter, amplifier and control unit, which send an acoustic signal that is received by the processor and processed to detect and measure specific parameters of the area or object. Upon receiving the signal from the processor, the device’s active components and control unit identify the signal with scanning linear CCD image scanners. The CCD image scanners then perform integral image processing to detect objects of different sizes, shapes and other characteristics.

  Once the oriented signal has been received, the processor processes the signal and computes the data to be stored in the memory of the device. The processor also controls the transmitting and receiving duration of the ultrasonic signal, providing a reliable measure of the objects and environment that is to be monitored. Furthermore, the processor enables remote access so that the system can be monitored and controlled from a remote location.

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