70156-4138 Datasheet/PDFAn optical sensor is an informational device that measures and records visible or invisible light in real-time, ultimately providing information about a particular environmental or industrial environment. Specifically, the 70156-4138 optical sensor works on the principle of a photoelectric effect - that is, it detects the change in light levels, or the photoelectric effect, where visible light is converted into electrical energy.
The 70156-4138 optical sensor is and industrial sensor, and it is designed primarily for use in a wide number of industrial applications, such as factories, industries, and production lines. Its working principle is relatively simple: it has two components, a transmitter and a receiver. The transmitter part emits a light beam, which the receiver part measure.
The 70156-4138 is specifically designed to detect changes in light levels, or the photoelectric effect. As stated above, it uses a transmitter and a receiver, along with an optical fiber. The transmitted light beam is then reflected off a target object and is detected by the receiver. This detection triggers an electrical pulse, which can be used as an input for various processes in various industries.
The 70156-4138 is designed to be resistant to dust, dirt, vibration, and moisture. This makes it particularly suitable for use in industrial applications, and also where a high degree of reliability is required. Additionally, the device is designed to be low in power consumption, which is a big advantage in industrial applications.
The 70156-4138 is particularly useful in a variety of industrial applications. For example, it can be used in factory automation, to detect changes in light levels, as well as in process monitoring, to detect changes in pressure. Additionally, the device is suitable for use in many safety-related applications, such as in the detection of flames and smoke.
In summary, the 70156-4138 optical sensor is an industrial sensor, designed primarily for use in a variety of industrial applications. It works on the principle of a photoelectric effect, and is designed to be resistant to dust, dirt, vibration, and moisture. Additionally, it is low in power consumption, making it an ideal choice for industrial applications.