CUSR1SDLHS1

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

CUSR1SDLHS1 is primarily used for non-contact motion detection. Common applications for this type of sensor include security systems, traffic monitoring systems, and residential or commercial access control systems. It is also used in robotics and automation for detecting movement through an area or for monitoring manufacturing processes. In brief, CUSR1SDLHS1 is a versatile sensor used for a variety of motion-detection needs.

The CUSR1SDLHS1 sensor works by creating an invisible infrared field around the area being monitored. When something moves within the field, the sensor sends a signal to a compatible receiver, which in turn is connected to a processor that can trigger an action like opening a door. Its field of detection ranges depending on what the user selects, which can range from a few feet to tens of feet. The range can also be adjusted depending on the application or environmental conditions.

The working principle behind CUSR1SDLHS1 is fairly simple: it uses infrared waves to create a field that detects motion within the specified range. The sensor’s receiver continually emits infrared waves and monitors the area within the field. When movement exceeds what the receiver has established as “normal”, the signal is sent to the connected processor and the appropriate action is triggered.

CUSR1SDLHS1 is a reliable, cost effective, and easy to install motion detection system that allows users to customize their security solutions. It is ideal for applications like security systems, traffic monitoring, access control, robotics, and automation. The flexibility of these sensors enables users to adjust the detection parameters based on their individual needs precisely, and the robust design ensures reliable operation in a wide variety of applications and harsh environmental conditions.

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