BEA offers weekly online webinars on specific BEA products. Sign up to participate in a scheduled training or contact us to schedule a private webinar for your team.
BEA’s product webinars offer educational presentations covering applications, technology understanding and detailed technical know-how. We offer 45-minute training sessions various times throughout the day to accommodate your schedule or location. Sign up to participate in a scheduled training or contact us to schedule a private webinar for your team.
BEA’s MS51 series presents long-lasting battery-powered, active infrared touchless actuators that provide an easy three-step installation and reliable operation. The MS51W offers an integrated 900 MHz wireless transmitter for a completely wireless solution.
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Touchless activation provides the most advanced and hygienic form of automatic door activation. BEA’s MAGIC SWITCH product line can be used on all types of automatic doors to provide an aesthetically pleasing activation solution that maximizes accessibility.
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EVOLOOP is the alternative to traditional, in-ground induction loops used for vehicle detection in parking, access, and security applications.
Designed with a 140° field of view, EVOLOOP allows for up to 3 virtual loops that provide precise detection for control of the barrier. Capable of triggering both the opening and closing of the barrier, this solution is suitable for parking systems, ticketing, biometric recognition, and license plate recognition cameras for access control systems.
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BEA’s LZR-WIDESCAN is a LASER-based, Time-of-Flight sensor used for motion, safety and presence detection in a variety of industrial door applications.
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BEA’s LZR-FLATSCAN 3D SW is a LASER-based Time-of-Flight presence sensor for swing doors. The four curtains create a three dimensional detection pattern covering the door’s entire pathway, benefiting daily users in healthcare, education, and commercial settings.
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Wireless technology uses transmitters and receivers operating on specific radio frequencies. The transmitter applies a radio frequency alternating current to an antenna, which then radiates radio waves. The receiver receives the transmitted frequency and converts the information into a usable form. Radio transmitters and receivers are used for activation.
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