E3Z-T61-G0SHW-P2

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Optical sensors are mainly used in industrial high-precision information detection due to their accurate and sensitive features. As an example, the E3Z-T61-G0SHW-P2 is an optical sensor developed for industrial positioning applications.

The main components of the E3Z-T61-G0SHW-P2 are a photoelectric element, a control unit, and a mounting bracket. The photoelectric element is built in a false focal point configuration, which means that the two light-receiving elements that control the beam both with the same potential. The control unit provides a dual High/Low power output selection, which enables the user to choose between high and low sensitivity depending on application requirements. Finally, the mounting bracket is designed so that the whole unit can be easily mounted on a variety of surfaces.

In terms of performance, the E3Z-T61-G0SHW-P2 offers a high resolution output as well as a wide detection range. It is capable of detecting objects between 20 mm and 700 mm with a resolution of up to 0.1 mm. Additionally, its photoelectric detector is composed of two separate semiconductor elements that allow it to detect both opaque and semi-transparent objects, making the E3Z-T61-G0SHW-P2 suitable for a wide range of industrial applications.

The working principle behind the E3Z-T61-G0SHW-P2 is relatively simple. It utilizes a transmission system that sends an infrared light beam across a target surface, the position of which is detected by the receiver. When an object is in the path of the beam, the light beam is reflected and detected by the receiver, which then sends a signal to the control unit. The control unit then processes the signal and provides an output either high or low signal.

The E3Z-T61-G0SHW-P2 is an optical sensor that can be used for a variety of industrial applications. It offers a high resolution, a wide detection range, and the ability to detect both opaque and semi-transparent objects, making it suitable for a range of positioning applications. Through its simple working principle, the sensor can easily detect objects in its path and provide a clear output signal for processing.

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