EKMC1601113

EKMC1601113 is an optical motion sensor that is used to detect the presence and speed of various objects including, but not limited to, moving motors, robots, and people. It is made with a high performance three-chip optical array, enabling it to operate in harsh conditions and in temperatures up to 85°C. This optical motion sensor is designed to work in a wide range of industrial applications, including motion control, linear surveillance, and accident detection.

The working principle of EKMC1601113 lies in its ability to sense motion. The sensor comprises three arrays of infrared diodes, which emit and detect infrared rays to identify objects. It can detect objects that are moving in the field of view (FOV) of the sensor such as motors, robots and people. The array of infrared diodes then sends an electrical signal to the controller, which then triggers a response accordingly.

This optical motion sensor is also equipped with digital and analog outputs, allowing it to provide feedback to a computer for more accurate tracking. It also has adjustable speeds and switching frequencies, allowing it to be tailored to specific applications. Additionally, it is capable of adapting to dim and bright light, making it more reliable and precise when it comes to object following and recognition.

As an industrial-grade motion sensor, the EKMC1601113 offers a cost-effective and reliable solution for detecting motion in various environments. It may be used for monitoring and controlling robots, measuring and controlling object movements, and detecting suspicious access or movements. Additionally, it may be used for motion-based security systems and accident prevention.

The EKMC1601113 optical motion sensor is a reliable and cost-effective solution for motion detection applications. Its adjustable speeds and switching frequencies, along with its digital and analog outputs, make it suitable for use in a wide range of industrial applications. Furthermore, its lightweight design and small size make it ideal for use in tight spaces.