With the development of the country, people’s pace of life is becoming faster and faster, and the status of rail transit in public transportation is also becoming increasingly important. The practicality and safety of rail transit equipment are gradually entering the vision of relevant departments and the public. Since 2008, photoelectric sensing technology has made rapid progress, and smaller, more accurate, and convenient sensing methods have been widely introduced in rail transit, widely used in subway gates, subway doors, and unmanned ticket vending machines. The popularization of photoelectric sensors has bid farewell to the mechanical induction mode of “one pole, one person” in rail transit and entered a new era of more scientific, practical, efficient, and safe photoelectric induction.

Small remote detection photoelectric sensor:

Accurate sensing avoids drawbacks such as physical gate jamming, high loss, and difficulty in transportation

Product features: ultra small, built-in amplifier, ultra strong receiver for sharp signal capture, and good durability for high-frequency use;

Small remote detection diffuse reflection photoelectric sensor:

Sensitive identification of target light source, small deviation distance, infrared light source, low power consumption

Product features: small remote detection, bright through dark through knob conversion, NPN open collector output, Max.100mA;

High sensitivity, standard wiring of 2M, installation holes with internal threads for easy installation, and adjustment tools included