70156-4665

Optical Sensors use the principles of light to accurately detect and measure varying forms of energy. Photoelectric, Industrial, and Nitrogen Oxide (NOx) optical sensors, are commonly used in a broad range of applications. The 70156-4665 sensor is a type of Industrial Optical Sensor, and this article will discuss the types of applications and the working principles of this device.

The 70156-4665 is composed of three components including an emitting source, optical arrangement and a sensor. It works by the emitting source creating a beam of light which is then transmitted through an arrangement of lenses and filters. The light is then detected by the sensor, which provides a signal indicating the presence of an object.

Industrial optical sensors are designed for demanding, non-environmental applications and can include such features as high power output, high shock and vibration resistance, and wide temperature range. The 70156-4665 makes use of these features and is ideal for use in industrial applications such as machine vision, robotics, optical inspection, detection of objects in motion, and non-contact sensing.

One of the main advantages of using the 70156-4665 Industrial Optical Sensor is its ability to operate in hazardous environments. As the sensor has no direct electrical or magnetic contacts the risk of sparking or short circuits is minimized. This makes the device ideal for use in applications where the environment has flammable gases present such as welding and metal lathe applications. The device also has a very fast response time which makes it suitable for quickly detecting objects on a production line.

In addition to industrial applications, the 70156-4665 can also be used in medical, inspection, and security applications. As it is designed to operate without direct contact, the device is capable of accurately detecting the presence of objects without disruption to either the object being detected or the environment. It is also suitable for use in areas where contaminants such as dust, oil and smoke is present.

The 70156-4665’s working principle can be broken down into four main stages. The first stage is the emission of light from the device by means of a light emitting diode. The beam of light is then passed through glass lenses and filters which can further concentrate the light or change the shape of the beam. The third stage is the signal detection by the sensor. The sensor’s output can then be detected by a microprocessor or other equipment. Finally, the signal is interpreted and the resulting action is taken.

In conclusion, the 70156-4665 Industrial Optical Sensor is suitable for a broad range of applications where a need for an optically controlled device is present. It combines the features of excellent high power output, high shock and vibration resistance, and a wide temperature range with the added advantage of no need for direct contact. Its working principle is composed of four stages, from the emission of light to the interpretation of the signal.