BEA Sensors manufactures advanced sensing solutions for the activation and safety of automatic pedestrian and industrial doors, utilizing radar, infrared, and laser technologies.
Ihe mmetụta BEA is a global leader in the research, development, and integration of sensing solutions for automatic door systems. Specializing in pedestrian, industrial, transportation, and security applications, BEA provides critical components that ensure the safe and efficient operation of automated access points. Their comprehensive portfolio includes motion and presence sensors based on microwave Doppler radar, active infrared, and laser time-of-flight technologies.
Designed to meet rigorous safety standards such as ANSI 156.10 and UL 325, BEA’s products are widely used in hospitals, airports, retail centers, and industrial facilities. Beyond standard activation, they offer sophisticated safety monitoring systems like the LZR series, which protect users from entrapment and collision. The company emphasizes ease of installation and reliability, supporting certified installers with intuitive adjustment tools and mobile app connectivity.
Akwụkwọ ntuziaka kacha ọhụrụ si manuals+ kwadoro maka ika a.
Lelee vidiyo nhazi, nrụnye, na nchọpụta nsogbu maka ika a.
Ajụjụ a na-ajụkarị gbasara akwụkwọ ntuziaka, ndebanye aha na nkwado maka ika a.
For many BEA sensors compatible with the mobile app (such as the Evoloop), the first-time pairing code is often 456789. Using the app allows for easier configuration of detection fields and sensitivity.
Optical parts should be cleaned at least once a year. Use a soft cloth and avoid aggressive solvents, oily products, or high-pressure cleaning methods, as these can damage the sensor window and affect detection performance.
BEA strongly recommends that installation and service be performed by AAADM-certified technicians for pedestrian doors or IDA-certified technicians for industrial doors. Proper installation is critical for compliance with safety standards.
LED indications vary by model. Generally, a red LED often indicates detection or a safety trigger, while a green LED may indicate standby or a specific teaching mode. Consult the specific user guide for your model's LED diagnostic codes.