MS46SR-30-1215-Q1-50X-50R-NC-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 used to detect objects or changes within a certain environment and are utilized in a wide range of industrial applications. One particular subset of optical sensors include photoelectric sensors which use a combination of light transmitters and receivers to detect objects or changes. One such example is the MS46SR-30-1215-Q1-50X-50R-NC-F model, an industrial grade photoelectric sensor.

The MS46SR-30-1215-Q1-50X-50R-NC-F contains both an LED transmitter (Tx) and a phototransistor receiver (Rx). The optical path between the Tx and Rx is the sensing range, which it can detect objects/changes up to a certain distance. This model is typically used in assembly line automation, and is capable of detecting objects and changes at a greater distance than its other photoelectric counterparts.

The MS46SR-30-1215-Q1-50X-50R-NC-F utilizes a loop current circuit for its sensor control. It draws a fixed current or voltage through a Tx-Rx loop circuit, and once the light from the Tx is blocked, the current or voltage decreases, an indicating that an object/change is detected. When the Tx and Rx are aligned and the light is uninterrupted, the current or voltage remains constant, notifying the operator that the object/change has been detected.

This model is typically used for power transfer applications. The Tx is attached to one side of the product and the Rx is attached to the other. When the product moves, the Tx-Rx loop is disrupted, increasing the current or voltage, thus alerting the operator of a product transfer. The MS46SR-30-1215-Q1-50X-50R-NC-F is also used to detect objects or changes in the overall product orientation, such as when a product is turned upside down.

Overall, the MS46SR-30-1215-Q1-50X-50R-NC-F is an industrial grade photoelectric sensor that utilizes a loop current circuit for its sensing control. It is used primarily for product orientation or power transfer applications, and can detect objects and changes farther than many other photoelectric sensors. This sensor is a valuable tool for industrial applications that require a precise and reliable detection system.

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