GRTE18S-P134Z

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Optical sensors are devices that measure and monitor optical signals that are usually emitted or reflected from a target. They can also be used to detect changes in energy within a medium. Optical sensors are used in various industrial applications, such as automotive, aerospace, medical, and security. The GRTE18S-P134Z is an optical sensor that is used in industrial applications. This article will discuss the application field and working principle of the GRTE18S-P134Z optical sensor.

The GRTE18S-P134Z is a high-performance optical sensor with low power consumption. It is designed for industrial applications and is suitable for medium and long-distance sensing. The sensor can be used to sense objects within a range of 16-30 m. The operating voltage range is 5-24V, with a maximum output current of 1600mA. The maximum response frequency is 500 kHz, with a response time of 2 ms.

The GRTE18S-P134Z has two working modes. The first mode is a switch output mode, in which the sensor switches its output from high to low or vice versa when it senses the target object. The second mode is a proportional analog output mode, in which the output voltage of the sensor changes in proportion to the distance of the target object. This mode is useful in applications where the position of the target object needs to be measured continuously.

The GRTE18S-P134Z can detect objects of various sizes, shapes, and colors. It can also sense objects of various materials, such as metals and non-metals. The sensing distance of the sensor can be adjusted using the built-in potentiometer. This allows the sensor to be easily customized to suit different applications.

The GRTE18S-P134Z is often used in industrial applications, such as level detecting, proximity detection, product counting, and presence detection. Due to its high accuracy and reliability, the sensor is also suitable for use in automation and robotics. It is also used for object positioning, motion detection, and tracking.

The working principle of the GRTE18S-P134Z is based on the optical triangulation principle. This principle utilizes the relationship between the angle of incidence and the emitted light intensity to calculate the distance of the target object. The angle of incidence is determined by the position of the light source and a receiver diode. When the light source illuminates the target object, the receiver diode receives the reflected light and converts it into an electrical signal. This signal is then sent to a processor, which calculates the distance of the target object.

In summary, the GRTE18S-P134Z is an optical sensor that is suitable for use in various industrial applications. It has two working modes and can detect objects of various sizes, shapes, and materials. The sensor is based on the optical triangulation principle and is highly accurate and reliable. As such, it is an ideal choice for use in automation, robotics, and positioning systems.

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