70156-1386

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Optical sensors are widely used in industrial automation and in everyday life, due to their versatility and reliability. One such device is the 70156-1386 sensor, an improved version of the standard photoelectric sensor that uses reflective or transmissive optics to detect the presence of an object. This article will provide an overview of the application field, working principle, and design considerations of the 70156-1386 sensor.

Application Field

The 70156-1386 sensor is suitable for a wide range of industrial applications, including control and monitoring, robotics, level detection and monitoring, and position detection. It can also be used in medical, automotive, and aviation applications. In general, it is suitable for any application where the presence of an object needs to be detected and the location of that object needs to be determined.

Working Principle

The 70156-1386 sensor works by using either reflective or transmissive optics to detect the presence of an object. In the reflective setup, the sensor contains an emitter and receiver. When an object is present, it reflects light from the emitter to the receiver. In the transmissive setup, the object passes between a source of light and a receiver.

The 70156-1386 sensor can be used for both levels and positions. When using the sensor for levels, the light emitted from the sensor is directed downwards so that it is reflected off the object being detected. An internal mechanism will then detect the presence of this reflected light, allowing for the level to be reported.

For position detection, light is emitted from the sensor in a continuous stream and is monitored by an internal receiver mechanism. When an object is detected, the emitted light is blocked. This interruption will be detected by the internal mechanism and the position of the object can then be determined.

Design Considerations

Due to the versatility of the 70156-1386 sensor, there are a number of design considerations that should be taken into account when selecting a model. It is important to consider both the environment and the purpose of the application when choosing a sensor. Environmental factors such as temperature, humidity, light, and vibration should all be taken into account when selecting a sensor.

Other design considerations include the type of optics used (reflective or transmissive), the maximum range of the sensor, the maximum speed at which the sensor can detect objects, and the power requirement. Depending on the application, one should select a sensor with the appropriate sensitivity, range, speed, and power requirements for the given application.

The 70156-1386 sensor is an improved version of the standard photoelectric sensor, offering improved levels of accuracy and performance, as well as a wide range of application possibilities. With the appropriate design considerations taken into account, this versatile sensor is ideal for a wide variety of industrial and everyday applications.

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