MS46LR-30-1920-Q1-15X-15R-NO-F

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Optical Sensors are devices that measure light intensity or certain properties in light of visible, infrared and ultraviolet frequencies and their derivatives. Photoelectric sensors, industrial sensors, custom-made sensors are all part of this technology. In this article, special attention will be given to MS46LR-30-1920-Q1-15X-15R-NO-F Photoelectric Sensor to discuss its application field and working principle.

MS46LR-30-1920 Photoelectric Sensor is an all-fiber photoelectric switch, which is a high-speed, industrial grade optical sensing device, used to detect the presence of objects in the air gap between sensing end faces. This type of photoelectric sensor is applied in the areas of autorotation (gradient sensing and direction detection) and automation. In the field of automation, the MS46LR-30-1920 Photoelectric Sensor is used for local sensing, range finding, vibration detection, flow sensing, motion detection, presence/absence detection, and distance sensing.

MS46LR-30-1920 Photoelectric Sensor is composed of two sets of fiber-optic end faces, light source unit, signal processing unit, and the evaluation circuit. The light source, usually a light-emitting diode (LED), is positioned on the outer surface of the sensing end of the transmitter. The light emits from the LED propagates through the fiber in the form of light waves, and is reflected from the object surface, returning back as a reflected wave. The wave produced by the signal processor fits into the photodiode that is part of the receiver. The photoelectric sensor converts the reflected wave into electrical output signal.

The working principle of the MS46LR-30-1920 Photoelectric Sensor is based on the phenomenon of Total Internal Reflection (TIR). Before transmission, the sensor end is aligned with the object surface, causing the beam to be refracted when the end face is approached by the object. The angle of refraction is critical for the operation of the sensor because if the angle of refraction falls outside the allowed operating range the level of light returning back to the receiver is inadequate, resulting in cases of false triggering or the limitation of detection distance.

It is also important for MS46LR-30-1920 Photoelectric Sensors to operate within the predetermined ambient temperature, to make sureit can effectively detect the object and to validate the outgoing signal from the receiver. This is especially true for systems that involve rapid sampling or large number of objects at high speed or if the objects are moving erratically.

Moreover, these sensors are highly stable, with excellent repeatability when exposed to abrupt shock, vibration or high-frequency random shock resistance. For such reasons, the MS46LR-30-1920 Photoelectric Sensor is widely used in a variety of industrial applications, from products sorting to monitoring assembly line production, to laser scanning, to 3D sensing.

To conclude, MS46LR-30-1920 Photoelectric Sensor is an excellent solution for automated applications. It provides precise and reliable performance as well as a long service life, and is essential for the efficient operation of automated systems.

The specific data is subject to PDF, and the above content is for reference