70156-2598

Optical Sensors are devices that detect and measure light. They are used in many industries, from automotive safety systems to industrial automation control systems. The ability of optical sensors to detect and measure light provides a reliable way of detecting and measuring objects, often without contact. 70156-2598 is an optical sensor specifically designed for industrial applications. Here we will look at 70156-2598 application field and working principle.

70156-2598 Application Field

70156-2598 photoelectric sensor is primarily designed for use in industrial environments, but can be used in other applications like packaging machines, injection molding machines, automatic gates, car washes and slide gates. It is a reliable and precise optical sensing device ideal for detecting the presence or absence of an object in a designated area. It can detect objects within 15m in front of the sensor which makes it ideal for long-distance applications. It can be easily installed and has a long-lasting lifespan.

70156-2598 features an advanced optical sensing technology, which makes it ideal for demanding industrial automation processes where accurate. It works reliably in harsh environmental conditions like vibration, dust, moisture and high temperatures. It can be used to detect an object even in extreme temperatures ranging between -30°C and 70°C.

Compared to other optical sensors, 70156-2598 offers a much longer detection range, and high immunity to environmental conditions, such as heat, dust or humidity, making it suitable for industrial use. Additionally, it is easy to operate and maintain and has an impressive five-year warranty.

70156-2598 Working Principle

70156-2598 is a photoelectric sensor that uses a light transmission principle to detect an object in its detection zone. This light transmission principle works by sending a beam of infrared light, that when an object is present, is interrupted. This interruption triggers a signal to indicate the presence of the object. The sensor has two components, the transmitter, and the receiver. The transmitter sends out a continuous infrared light beam. It is directed to the receiver, and when an object is present in the light path, the beam is broken and the signal is sent to the receiver.

In order to detect an object in extreme ranges, the 70156-2598 employs a proprietary focusing technology to ensure that the signal is strong and reliable. This technology allows the signal to be detected from farther away than standard sensors, up to a distance of 15 metres. Additionally, the 70156-2598 is fitted with an advanced noise-rejection circuit which ensures that the signal is robust and reliable even in harsh industrial environments.

In addition to its long-distance detection capability, the 70156-2598 also has other advanced features like selectable output, adjustable response time and automatic noise reject feature. The selectable output feature allows the user to choose from two different voltages, NPN or PNP. The adjustable response time feature allows the user to set the desired pulse width of the signal, depending on its application. The automatic noise-rejection feature ensures the signal is reliable, even in noisy environments.

Conclusion

70156-2598 is a reliable and precise photoelectric sensor ideal for industrial applications. It has a 15-meter detection range and offers high immunity from environmental conditions. It is also easy to install and operate, and is backed by a five-year warranty. Understanding how a photoelectric sensor works and its additional features can enable you to take advantage of its benefits for your industrial automation needs.