MS46LR-20-260-Q1-10X-10R-NO-FP

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

The MS46LR-20-260-Q1-10X-10R-NO-FP is an optical sensor operating in the photoelectric, industrial field. It is commonly used in industrial automation, robotics, process control, and manufacturing industries, and is beneficial in a variety of applications.

The MS46LR-20-260-Q1-10X-10R-NO-FP is primarily composed of a light source, a receiver, and an electrical circuitry. The light source is a diode that emits light from the sensor tip. The receiver is a photodetector. The electrical circuitry is composed of a processor, a transducer, and a power source, and is used to control the electrical output of the sensor.

When the MS46LR-20-260-Q1-10X-10R-NO-FP sensor is used, it operates by reflecting the emitted light from the diode light source off of an object or surface. When the reflected light is received by the photodetector, a current is generated and sent to the processor. The processor then processes the current and sends a transducer signal to the power source. The power source then uses the signal to control the operation of the sensor.

The MS46LR-20-260-Q1-10X-10R-NO-FP has several advantages over other similar sensors. It is durable and operates in harsh environments. It has a high speed response time, which is beneficial for applications that require fast response. It features a non-contact operation, reducing the risk of potential wear or damage caused by contact. It also includes a wide sensing range and adjustable sensitivity, allowing for use in a variety of applications.

The MS46LR-20-260-Q1-10X-10R-NO-FP is a reliable and efficient sensor for use in industrial, robotics, process control, and manufacturing operations. It offers flexibility for various applications and features durable construction, fast response time, non-contact operation, and adjustable sensitivity. This sensor is ideal for use in demanding applications and environments where efficiency and performance are critical.

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