70156-4082

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Optical sensors are versatile tools used for detecting and measuring a broad range of physical, chemical, and spectral phenomena. Photoelectric sensors are among the most common type in use today, and the 70156-4082 is a classic example of the technology. This sensor offers a single-piece construction and high reliability, enabling it to perform well in industrial settings. In this article, we\'ll explore the application field and working principle of the 70156-4082 optical sensor.

The 70156-4082 optical sensor was developed to provide reliable solution for measuring changes in illumination levels. It has an extremely wide field of application - industrial, medical, and laboratory settings are all common locations for its use. It can also be used indoors and outdoors; the sensor is self-contained and weatherproof, meaning it can withstand extreme temperatures, high winds, and high humidity. Additionally, the sensor is shockproof, meaning it won\'t be damaged if subjected to sudden impacts.

When it comes to working principle, the 70156-4082 is a photoelectric sensor. This type of sensor produces an electric current when exposed to a light source. The intensity of the electric current depends on the amount of incident light, enabling the sensor to detect changes in illumination levels. The photoelectric effect is typically used as a means for controlling machinery, measuring the presence or absence of objects in a given area, or detecting objects that block a beam of light.

The 70156-4082 optical sensor utilizes an Extra High Efficiency (EHE) diode with a built-in amplifier circuit. This allows the sensor to be extremely sensitive; even small changes in incident light levels can be detected. The built-in amplifier boosts the signal and increases the sensor\'s sensitivity. This allows the sensor to detect changes in light levels up to 5,000 lux.

The 70156-4082 is also equipped with a high-efficiency photodiode. This photodiode is able to detect very low levels of incident light, making it ideal for use in locations prone to very low light levels. The sensor also features a dark-activated switch, allowing it to be used in applications where the light source is not constantly on.

Another important feature of the 70156-4082 is its long-term reliability. The sensor is designed to operate for at least five years without any failure or performance degradation. This makes it an excellent choice for industrial settings, where reliable performance is a must. Additionally, the sensor\'s small size makes it easy to integrate into existing systems.

The 70156-4082 photoelectric sensor is one of the most reliable and versatile sensors on the market. Its light-sensitive properties, combined with its long-term reliability and small form factor, make it great for use in industrial, medical, and laboratory settings. Its ability to detect low light levels, as well as its shock-proof construction, make it an ideal choice for applications that require long-term performance.

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