MS46LR-30-1570-Q2-30X-30R-NC-F

Optical Sensors - Photoelectric, Industrial

MS46LR-30-1570-Q2-30X-30R-NC-F is a type of photoelectric or industrial optical sensor. It consists of a number of components, including an infrared light source, a detector, a logic circuit, a reference diode, an amplifier, and a control switch. It also includes a photoelectric sensor, which converts an input signal into electrical energy.

Application Field

MS46LR-30-1570-Q2-30X-30R-NC-F is mainly used for intricate positioning, optical detection, and proximity sensing in various industrial applications, such as CNC machines, 3D printing machines, robotics, automotive equipment, welding equipment, and material handling equipment. It can be used for detection, positioning, and alignment precision, as well as for accuracy and speed in fabrication processes.

Working Principle

MS46LR-30-1570-Q2-30X-30R-NC-F works by using a combination of an infrared light source and a light detector. The infrared light is projected from the light source towards the target. When the light beam is interrupted, the detector will begin to record the amount of energy and duration of the interruption. The logic circuit will then determine whether or not the interruption occurred and send a signal to the control switch.

When the interruption occurs, the reference diode will detect the level of the resistance and the amplifier will be used to convert the signal from the logic circuit into electrical energy. The control switch will then be used to control the operation of the machine, depending on the application. For example, in a CNC machine, the control switch will be used to stop the machine when the interruption has occurred. Similarly, in a 3D printer, the control switch will be used to position the nozzle, so as to be able to accurately print the desired material.

Conclusion

MS46LR-30-1570-Q2-30X-30R-NC-F is a type of photoelectric or industrial optical sensor. It consists of several components, including an infrared light source, detector, logic circuit, reference diode, amplifier and control switch. Its primary application is for sensing, positioning, and alignment precision in various industrial applications.

It works by using a combination of an infrared light source and a light detector. When the light beam is interrupted, the detector will measure the amount of energy and duration of the interruption. The logic circuit will then send a signal to the control switch, which will be used to control the operation of the machine, depending on the application.